Philips DVDR7250-H SM2 Schematic

2. Safety Information, General Notes & Lead Free Requirements

2.1 Safety

Instructions

2.1.1 General Safety

Safety regulations require that during a repair:

• Connect the unit to the mains via an isolation transformer.

• Replace safety components, indicated by the symbol

,
only by components identical to the original ones. Any
other component substitution (other than original type)
may increase risk of fi re or electrical shock hazard.

Safety regulations require that after a repair, you must return
the unit in its original condition. Pay, in particular, attention to
the following points:

• Route the wires/cables correctly, and fi x them with the
mounted cable clamps.

• Check the insulation of the mains lead for external
damage.

• Check the electrical DC resistance between the mains
plug and the secondary side:

1. Unplug the mains cord, and connect a wire between
the two pins of the mains plug.

2. Set the mains switch to the ‘on’ position (keep the
mains cord unplugged!).

3. Measure the resistance value between the mains
plug and the front panel, controls, and chassis
bottom.

4. Repair or correct unit when the resistance
measurement is less than 1 MΩ.

5. Verify this, before you return the unit to the customer/
user (ref. UL-standard no. 1492).

6. Switch the unit ‘off’, and remove the wire between the
two pins of the mains plug.

2.1.2 Laser Safety

This unit employs a laser. Only qualifi ed service personnel
may remove the cover, or attempt to service this device (due
to possible eye injury).

2.2 Warnings

2.2.1 General

• All ICs and many other semiconductors are susceptible to
electrostatic discharges (ESD, ). Careless handling
during repair can reduce life drastically. Make sure that,
during repair, you are at the same potential as the mass
of the set by a wristband with resistance. Keep
components and tools at this same potential.
Available ESD protection equipment:
– Complete kit ESD3 (small tablemat, wristband,
connection box, extension cable and earth cable)
4822 310 10671.
– Wristband tester 4822 344 13999.

• Be careful during measurements in the live voltage
section. The primary side of the power supply, including
the heatsink, carries live mains voltage when you
connect the player to the mains (even when the
player is ‘off’!). It is possible to touch copper tracks and/
or components in this unshielded primary area, when
you service the player. Service personnel must take
precautions to prevent touching this area or components
in this area. A ‘lightning stroke’ and a stripe-marked
printing on the printed wiring board, indicate the primary
side of the power supply.

• Never replace modules, or components, while the unit is
‘on’.

2.2.2 Laser

• The use of optical instruments with this product, will
increase eye hazard.

• Only qualifi ed service personnel may remove the cover or
attempt to service this device, due to possible eye injury.

• Repair handling should take place as much as possible
with a disc loaded inside the player.

• Text below is placed inside the unit, on the laser cover
shield:

Laser Device Unit

Type : Semiconductor laser
GaAlAs
Wavelength : 650 nm (DVD)
: 780 nm (VCD/CD)
Output Power : 20 mW
(DVD+RW writing)
: 0.8 mW
(DVD reading)
: 0.3 mW
(VCD/CD reading)
Beam divergence : 60 degree

CLASS 1

LASER PRODUCT

Figure 2-1

Note: Use of controls or adjustments or performance of
procedure other than those specifi ed herein, may result in
hazardous radiation exposure. Avoid direct exposure to beam.

CAUTION VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID EXPOSURE TO BEAM
ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING VED ÅBNING UNDGÅ UDSÆTTELSE FOR STRÅLING
ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING NÅR DEKSEL ÅPNES UNNGÅ EKSPONERING FOR STRÅLEN
VARNING SYNLIG OCH OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD BETRAKTA EJ STRÅLEN
VARO! AVATTAESSA OLET ALTTIINA NÄKYVÄLLE JA NÄKYMÄTTÖMÄLLE LASER SÄTEILYLLE. ÄLÄ KATSO SÄTEESEEN
VORSICHT SICHTBARE UND UNSICHTBARE LASERSTRAHLUNG WENN ABDECKUNG GEÖFFNET NICHT DEM STRAHL AUSSETSEN
DANGER VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID DIRECT EXPOSURE TO BEAM
ATTENTION RAYONNEMENT LASER VISIBLE ET INVISIBLE EN CAS D’OUVERTURE EXPOSITION DANGEREUSE AU FAISCEAU

Figure 2-2

Safety Information, General Notes & Lead Free Requirements

2.3 Lead Free Requirement

Information about Lead-free produced sets

Philips CE is starting production of lead-free sets from

1.1.2005 onwards.

INDENTIFICATION:

Regardless of special logo (not always indicated)
One must treat all sets from 1 Jan 2005 onwards, according

next rules.

Example S/N:

Bottom line of typeplate gives a 14-digit S/N. Digit 5&6 is the year, digit 7&8 is
the week number, so in this case 1991 wk 18

So from 0501 onwards = from 1 Jan 2005 onwards

• Special information for BGA-ICs:

- always use the 12nc-recognizable soldering temperature
profi le of the specifi c BGA (for de-soldering always use the
lead-free temperature profi le, in case of doubt)

- lead free BGA-ICs will be delivered in so-called ‘dry­packaging’ (sealed pack including a silica gel pack) to
protect the IC against moisture. After opening, dependent
of MSL-level seen on indicator-label in the bag, the
BGA-IC possibly still has to be baked dry. (MSL=Moisture
Sensitivity Level). This will be communicated via AYS­website.

Do not re-use BGAs at all.

• For sets produced before 1.1.2005 (except products of

2004), containing leaded solder-alloy and components,
all needed spare-parts will be available till the end of the
service-period. For repair of such sets nothing changes.

• On our website www.atyourservice.ce.Philips.com you
fi nd more information to:

 BGA-de-/soldering (+ baking instructions)
 Heating-profi les of BGAs and other ICs used in Philips-sets

You will fi nd this and more technical information within the

“magazine”, chapter “workshop news”.

For additional questions please contact your local repair-helpdesk.

Important note: In fact also products of year 2004 must be treated in this way as long as you
avoid mixing solder-alloys (leaded/ lead-free). So best to always use SAC305 and the higher
temperatures belong to this.

Due to lead-free technology some rules have to be respected by the
workshop during a repair:

• Use only lead-free solder alloy Philips SAC305 with order
code 0622 149 00106. If lead-free solder-pate is required,
please contact the manufacturer of your solder-equipment.
In general use of solder-paste within workshops should be
avoided because paste is not easy to store and to handle.

• Use only adequate solder tools applicable for lead-free
solder alloy. The solder tool must be able

o To reach at least a solder-temperature of 400°C,
o To stabilize the adjusted temperature at the solder-tip
o To exchange solder-tips for different applications.

• Adjust your solder tool so that a temperature around 360°C
– 380°C is reached and stabilized at the solder joint.
Heating-time of the solder-joint should not exceed ~ 4 sec.
Avoid temperatures above 400°C otherwise wear-out of
tips will rise drastically and fl ux-fl uid will be destroyed. To
avoid wear-out of tips switch off un-used equipment, or
reduce heat.

• Mix of lead-free solder alloy / parts with leaded solder alloy
/ parts is possible but PHILIPS recommends strongly to
avoid mixed solder alloy types (leaded and lead-free).
If one cannot avoid or does not know whether product is
lead-free, clean carefully the solder-joint from old solder
alloy and re-solder with new solder alloy (SAC305).

• Use only original spare-parts listed in the Service-Manuals.
Not listed standard-material (commodities) has to be
purchased at external companies.

123456

0803 E4
1700 E1
2700 A2

2701 B3
2702 A2
2703 D3

A

1

B

A

C

B B

D

1700
TMQZ2

owner.

is prohibited without the written consent of the copyright

All rights reserved. Reproduction in whole or in parts

E

C

F

D

G

2705 E3
2707 C3

7701

BC857BW

I700

3704

100R

I701

1920

VIDOUT

RFAGC

TUNER

SIFOUT

VFV

to IOV,FOME

F705

18

AFT

GND2

VTU
NC5

MB

SDA
SCL

GND1

AOUT

NC4
NC3
NC2
NC1

BB

21

2708 C4
2709 B3
2710 C1

3706

2K2

17
16
15
14
13
12

10

11

9

8
7
6
5
4
3
2
1

2711 C1
2712 D4
3700 A2 5706 D4

3701 A2
3704 B1
3706 A1

5700 A22704 E3
5702 D3
5703 C4

23

5V

SIF1

to MSP

5700

22u

2711

2701

25V
22u

6.3V47u

F704

2710

F703

F702

2700

22n

3700

47K

3701

47K

I703

F701

2702

not used

100n

5704 C4
5705 D3

2709

I704

I706

10n

5705

10n

Bead

2703

7701 A1
F700 D1
F701 E3

5VSTBY

5VSTBY

2707

delete for DTTM

100n

F702 D3
F703 D3
F704 C3

from PS

5704

Bead

47p

not used

33VSTBY

5702

10u

F705 B1
I700 A1
I701 B1

I703 B2
I704 C3
I705 C4

I706 C3
I707 C4

A

4

5V

33VSTBY

B

5V

33VSTBY

A

C

D

E

C

F

D

G

2708

5703

Bead

47p

not used

2712

I705

I707

5706

10u

25V10u

for DTTM only

SCL_5V

from CU

SDA_5V

from/to CU

5VSTBY

-403A

E

H

I

CHN SETNAME dvdrw_2004

CLASS_NO
3PB120

J

2004-03-2623

NAME

1

Frontend Video FV

Friedreich

CHECK DATE

PB AB 04 E1

SUPERS.

123456

2003-01-13

50V4u7

10n

50V

2704

2705

0803

BARCODE

E

H

I

21

10

3

3103 603 3035

C

ROYAL PHILIPS ELECTRONICS N.V. 2005

130

4

2006-01-27

7
6

2005-07-07

0

2004-10-22

0

2004-05-07

0

2004-03-25

1

J

A4

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

20

A

12VSTBY

5VSTBY

B

A

12VSTBY

5VSTBY

C

B

D

E

C

WU

to CU

BC857BW

I404

2402

220n

F

D

G

E

H

I

F

J

G

WSFI

to CU

K

AINFL

to IOA

AINFR

All rights reserved. Reproduction in whole or in parts

is prohibited without the written consent of the copyright

owner.

L

H

M

to IOA

1942

AINFR

GND

AINFL

CVBSFIN

GND

NC
CFIN
GND

from/to FRONT A/V

YFIN

1
2
3
4
5
6
7
8
9

B9B-PH-K

I

N

1

from PS

5V

5V

5VSTBY

7403

3K9

3408

I405

F4201

F4203
F4204

F4207

F4209

5NSTBY

5NSTBY

BC857BW

I406

3405

5VSTBY

7401

22K

from PROG

BC847BW

82K

3489

10u 16V

5NESD

5NESD

5VSTBY

7402

2450

I407

3406

not used

2428

2421

10u16V

100n

470K

2412

I409

3407

5NSTBY

10n

I408

3K3

3429

47K

CVBSIN

3446

3447

to FOME

47K

47K

2459

100n

2401

2410

3490

SCART 1

3404

100p

not used

100n

150R

2404

3435

I422

I423

F4021

1%

75R

6401

5NESD

100n

150R

I419
I420

CVBSIN1

GND

20A

21A

F4020

BZX384-C12

3445

I418

YCVBSOUT1

19A

F4019

6420

150R

1%

75R

3414

7412

NJM2234M

43

GND

GND

17A

18A

F4016

6414

BZX384-C6V8

BZX384-C6V8

3412

3-INPUT

VIDEO SW

1

VIN1

3

VIN2

5

VIN3

2

SW1

4

SW2

I421

NJM2235M

3-INPUT

VIDEO SW

1

VIN1

3

VIN2

5

VIN3

2

SW1

4

SW2

FBOUT

16A

F4015

3409

75R

Φ

GND

7413

Φ

GND

RCOUT

15A

6402

1%

75R

5V

V+

VOUT

8

5V

6

V+

VOUT

8

GND

GND

13A

14A

6403

BZX384-C6V8

2406

1u0

6

7

2407

1u0

5

NC

12A

F4011

BZX384-C6V8

3413

7

GOUT

11A

F4010

1%

75R

3422

I402

5VSTBY

5V

3437

P50

10A

3430

2403

10K

GND

9A

6423

BAT54 COL

820R

4K7

100n

5V

3438

8SC1

BOUT/CIN

8A

F4008

F4007

BZX384-C12

6421

6410

BAS316

7404

BC817-25W

10K

7A

F4006

5NESD

3403

AIN1L

6A

6404

1%

75R

62

GND

GND

4A

5A

F4003

BZX384-C12

2424

12VSTBY

7405

BC847BW

7407

BC847BW

2419

1u0

7416

BC847BW

AOUT1L

3A

F4002

470p

5NESD

I467

BC847BW

33K

3424

3410

75R

2413

1u0

AOUT1R

AIN1R

2A

F4001

6405

BZX384-C12

12VSTBY

7409

1%

5VSTBY

3451

2417

16V 10u

1A

10K

1940-1

2425

3421

3423

3450

ROW_A

27K

390R

BC847BW

3428
100K

7

AIN1R

MRC-021V-10 PC

6406

3443

3426

2447

10n

not used

1u0

from FV

VFV

3472

BZX384-C12

7414
BC857BW

47K

33K

3442

470p

5NESD

7415

2446

100K

to IOA,MSP

2426

100K

3441

470K

150K

5VSTBY

3439

F444

3433

100R

from/to CU

SDA_5V

3475

6407

470p

5NESD

3448

10K

I461

I462

I463

I464

I465

I466

I415

I416

I417

I468
I401

I403

I469

I470

3432

SCL_5V

from IOA

AOUT1R

100R

2429

BZX384-C12

3444

18K

100K

2411

34

33

40

41

1

43

28

42

44

2

14

16

18

38

37

100R

from/to CU

8

from IOA

AOUT1L

3476

100R

470p

6408

BZX384-C12

5NESD

5VSTBY

2414

100n

100n

20

36

VDD

VCCB-REC

R|PR|COUT-TV

G|YOUT-TV

B|PBOUT-TV

FBOUT-TV

Y|CVBSOUT-TV

CIN-TV

Y|CVBSIN-TV

Y|CVBSIN-TUN

CIN-TUN

C-GATE
1

VS

CS

2

3

DIGOUT

4

5

6

SDA

SCL

GNDB-REC

22

AIN1L

3471

8

VCC

to IOA,MSP

100K

I456

2435

7408
STV6618D

P50

from/to CU

6409

BZX384-C6V8

5VSTBY

5406

2434

100n

Φ

MRC-021V-10 PC

10u

6.3V47u

VIDEO SWITCH

MATRIX

Y|CVBSOUT-REC

Y|CVBSOUT-AUX

GND1

GND2

3

12

9

MT2

1940-3

MT1MT2

4401

not used

24

30

32

VCCB3

VCCB2

VCCB1

R|PR|CIN-ENC

G|YIN-ENC

B|PBIN-ENC

CVBSIN-ENC

CIN-ENC

YIN-ENC

DECV

COUT-AUX

R|PR|CIN-AUX

G|YIN-AUX

B|PBIN-AUX

FBIN-AUX

Y|CVBSIN-AUX

GNDB

GNDD

39

26

I414

2409

1029

1127

21

23

25

17

15

13

35

19

3427

5VSTBY

100n

931

4

6

7

5

SCART 2

1%

75R

6424

5NESD

10u

5402

2405

47u 6.3V

I483

2441

I482

1u0

I481

2437

1u0

I479

2438

I478

1u0

2433

47n

I476

3449

75R

2418

1u0

2427

1u0

3452
150R

GND

21B

F4121

F4120

BZX384-C12

2440

1u0

2436

1u0

2439

1u0

2423

1u0

3494
150R

10

YCVBSIN2

CVBSOUT2

20B

19B

F4119

3411

2416

1u0

GND

18B

6419

BZX384-C6V8

75R

GND

17B

FBIN

16B

F4116

GND

RCIN

15B

F4115

3401

75R

6415

BZX384-C12

6422

BZX384-C6V8

3417

75R

GND

14B

1%

5VSTBY

2408

11 12 13

13B

3491

3436

NC

12B

F4211

5NESD

5NESD

3492

150R

4K7

100n

GIN

P50

10B

11B

F4110

3402

1%

75R

6416

BZX384-C12

150R

3425

7406

BC817-25W

GND

9B

75R

F4108

5NESD

1%

8SC2

8B

F4107

3493

BIN/COUT

AIN2L

6B

7B

F4106

2431

150R

5NESD

GND

470p

6425

5NESD

6417

5B

GND

AOUT2L

3B

4B

F4103

3470

BZX384-C12

BZX384-C12

5VSTBY

3431

2422

AIN2R

F4102

100K

4K7

3434

4K7

10n

2B

F4101

2443

6418

100n

2415

AOUT2R

1940-2

1B

470p

6412

5NESD

BZX384-C12

I411

ROW_B

5V

3416

3418

to IOA

to IOA

AIN2L

AIN2R

MRC-021V-10 PC

3469

100K

BZX384-C12

F4720

5V

27K

22K

3415

I410

I412

3420

2442

F4701

F4703

F4705

F4707

F4709

F4712

F4714

F4716

F4718

F4721

F4722

1K0

3440

100R
7411
BC847BW

100R

I451

3478

6411

470p

5NESD

3419
100R

AOUT2L

14

from MSP

2444

1947

100n

I413

3477

470p

6413

5NESD

A_VR

GND

A_UB

GND

A_YG

GND

A_C

GND

A_YCVBS

GND
GND

D_CVBS

GND

D_Y

GND

D_C

GND

D_VR

GND

D_YG

GND

D_UB

5V

7410
BC857BW

2420

100R

BZX384-C12

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22

22FMN-BTRK-A

2430

from MSP

AOUT2R

100R

BZX384-C12

2432

100n

1940-1 A7
1940-2 A13
1940-3 A9
1942 H1
1947 C14
2401 B3
2402 C1
2403 E5
2404 F3
2405 E9
2406 F5
2407 H5
2408 H11
2409 E9

A

2410 E3
2411 D8
2412 G2
2413 F6
2414 D8
2415 H12
2416 H10
2417 H6
2418 G9
2419 F6
2420 I14
2421 I2
2422 I12

B

2423 G10
2424 B6
2425 B7

8SC2

to CU

FB

to CU

2426 B7
2427 G9
2428 H2
2429 B8
2430 G14
2431 B12
2432 G14
2433 F9
2434 D8

C

2435 D8
2436 E10
2437 F9
2438 F9
2439 F10
2440 E10
2441 E9
2442 B13
2443 B12
2444 B14
2446 G7
2447 E7
2450 C2

D

2459 G3
3401 B11
3402 B11
3403 D6
3404 B3
3405 C1
3406 C2
3407 C2

from/to DIGTAL BOARD

3408 C1
3409 B4
3410 E6
3411 B10
3412 C4

E

D_VR

to PROG

D_YG

to PROG

D_UB

to PROG

D_CVBS

to PROG

3413 B5
3414 C4
3415 G13
3416 G13
3417 B11
3418 H13
3419 H14
3420 I13
3421 C6
3422 C5
3423 D6

D_Y

to PROG

F

3424 D6
3425 H11
3426 D7
3427 B9
3428 D7
3429 G2
3430 D5
3431 I12
3432 H7
3433 H7
3434 I13
3435 G3
3436 H11
3437 H5

G

3438 H5
3439 E7
3440 H13

22u 16V

3441 C7
3442 D7
3443 C7
3444 D8
3445 C4
3446 B3
3447 B3
3448 D7
3449 G9
3450 H7

H

3451 G6
3452 H9
3469 B13
3470 B12
3471 B8
3472 B7
3475 A7
3476 A8
3477 A14
3478 A13
3489 G2

CRout

to PROG

I

3490 F3
3491 C11
3492 C11
3493 C12
3494 G10
4401 A9
5402 D9
5406 D8
6401 B3
6402 B4
6403 B5
6404 B6
6405 B6
6406 B7

6407 B7
6408 B8
6409 B8
6410 C5
6411 B13
6412 B13
6413 B14
6414 B4
6415 B11
6416 B11
6417 C12
6418 C12
6419 B10
6420 B4
6421 C5
6422 B11
6423 B5
6424 B9
6425 B12
7401 C2
7402 B2
7403 C1
7404 D5
7405 C6
7406 H11
7407 D6
7408 E8
7409 D7
7410 H14
7411 H13
7412 G4
7413 I4
7414 C7
7415 D7
7416 H6
F4001 A6
F4002 A6
F4003 A6
F4006 A6
F4007 A5
F4008 A5
F4010 A5
F4011 A5
F4015 A4
F4016 A4
F4019 A4
F4020 A4
F4021 A3
F4101 A12
F4102 A12
F4103 A12
F4106 A12
F4107 A12
F4108 A11
F4110 A11
F4115 A10
F4116 A10
F4119 A10
F4120 A10
F4121 A10
F4201 H1
F4203 H1
F4204 H1
F4207 H1
F4209 I1
F4211 A11
F444 G7
F4701 C13
F4703 C13
F4705 D13
F4707 D13
F4709 D13
F4712 D13
F4714 D13
F4716 D13
F4718 E13
F4720 E13
F4721 E13
F4722 E13
I401 G7
I402 C5
I403 H7
I404 C1
I405 G1
I406 C2
I407 C2
I408 B2
I409 B2
I410 H13
I411 H13
I412 H13
I413 H14
I414 D9
I415 G7
I416 G7
I417 G7
I418 G4
I419 G4
I420 G4
I421 H4
I422 I3
I423 I3
I451 I13
I456 D8
I461 E7
I462 E7
I463 E7
I464 F7
I465 F7
I466 F7
I467 D6
I468 G7
I469 H7
I470 H7
I476 F9
I478 F9
I479 F9
I481 E9
I482 E9
I483 E9

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

1

2

3

4

65

7

8

9

654321 201918171615

10 11 12

CHN SETNAME dvdrw_2004

CLASS_NO
3PB120

1
2

2004-03-26

NAME

Neubauer

3

CHECK

1413121110987

13 14

PB AB 04 E1

Video In/Out IOV

SUPERS.
DATE

2003-01-13

10

O

7

2006-01-27

6

2005-07-07

0

2004-10-22

3103 603 3035

0

2004-05-27

0

2004-05-07

2

130

C

ROYAL PHILIPS ELECTRONICS N.V. 2005

A2

P

1234 56

A

A

B

RSA2
RSA1

from MSP

C

D

All rights reserved. Reproduction in whole or in parts

is prohibited without the written consent of the copyright

owner.

E

B

C

D

AINFR

from IOV

AINFL

from IOV

AIN2L

from IOV

AIN2R

from IOV

AIN1L

from IOV

AIN1R

from IOV

IMUTE

from CU

ASC1

from CU

AFER

from MSP

AFEL

from MSP

ALDAC

from DAC_ADC

F

ARDAC

from DAC_ADC

ALDAC

G

E

H

GND

ARDAC

GND

AIN1R

GND

AIN1L

GND

AIN2L

to AUX AV

GND

AIN2R

for RECEIVER only

1

F510

F509

F508

F507

F505

F506

F503

2508

1u0

2507

1u0

2

2501

1u0

2506

1u0

2504

1u0

2505

1u0

2525

1u0

2524

1u0

2513

1u0

X5R

2515

1u0

X5R

I514

I516

I502

I504

3507

3534

100K

100K

3510

100K

3

3516

100K

3514

100K

3504

3511

100K

100K

7

45

5VSTBY

7501

3503

100K

3506

100K

I527

I521

F502

I515

F501

I513

3505

100K

HEF4052B

10
9

6

12
14
15
11

1
5
2
4

7504

HEF4052B

10
9

6

12
14
15
11

1
5
2
4

0
1

G4

0
1
2
3

0
1
2
3

5NSTBY

0
1

G4

0
1
2
3

0
1
2
3

5NSTBY

16

VDD

0

4X

3

MDX

VEE VSS

7

8

5VSTBY

16

VDD

0

4X

3

MDX

VEE VSS

7

8

13

3

13

3

I518

I517

6

3509

1K0

3502

1K0

3523

1K0

3515

1K0

8 9 10 11 12 13

1950 E1

7

8

from PS

5VSTBY

6.3V

2510

47u

5VSTBY

2521

100n

7509-2

5

6

3

2

5VSTBY

7505-2

5

6

3

2

84

MC33078D

5NSTBY

5VSTBY

7505-1

84

MC33078D

5NSTBY

84

5NSTBY

5VSTBY

84

5NSTBY

2531

100n

7

2532

100n

1

MC33078D

7

2530

100n

7509-1
MC33078D

1

2526

100u 16V

2522

100u

16V

I540

I535

3525

220R

2527

3522

220R

2523

5VSTBY

1n0

3527

1n0

3524

5NSTBY

5NSTBY

I528

I505

7506

BC817-25W

820R

7508
BC817-25W

820R

2519

I506

I507

9

6.3V

47u

3517

4K7

3519

4K7

ARADC

to DAC_ADC

ALADC

to DAC_ADC

AOUT1L

to IOV

AKILL

from DAC_ADC

AOUT1R

to IOV

A

B

C

D

E

2501 C2
2504 C2
2505 C2
2506 C2
2507 B2
2508 B2
2510 A8
2513 D2
2515 D2
2519 A9
2521 A7
2522 E7
2523 E8
2524 D2
2525 D2
2526 D7
2527 D8
2530 B7
2531 C7
2532 D7
3502 C6
3503 C4
3504 C3
3505 C5
3506 C4
3507 E4
3509 B6
3510 E3
3511 E3
3514 E3
3515 E6
3516 E3
3517 D9
3519 E9
3522 E8
3523 D6
3524 E8
3525 D8
3527 D8
3534 E2
7501 A5
7504 C5
7505-1 D7
7505-2 E7
7506 D9
7508 E9
7509-1 B7
7509-2 C7
F501 D5
F502 D5
F503 F1
F505 E1
F506 E1
F507 E1
F508 E1
F509 E1
F510 F1
I502 D2
I504 D2
I505 C9
I506 D9
I507 E9
I513 D5
I514 B2
I515 D5
I516 B2
I517 B6
I518 B6
I521 D5
I527 C5
I528 B9
I535 E8
I540 D8

A

B

C

D

E

F

G

H

J

F

F

I

I

1

2

3

45

6

CHN SETNAME dvdrw_2004

CLASS_NO
3PB120

7

PB AB 04 E1

1

89

7
6
0

2006-01-27
2005-07-07
2004-10-22

J

3103 603 3035

2

Audio In/Out IOA

0

2004-05-07

2004-03-26

NAME

1 89

234 56

7

Fischer

3

CHECK DATE

SUPERS.

2003-01-13

10 11 12 13

10

0

130

C

ROYAL PHILIPS ELECTRONICS N.V. 2005

3

2004-03-25

A3

A

123

1351 A3
1352 A3
1353 B3
1932 A1
2352 D3

2353 E1
3358 D4

3361 C3
3362 D3

3363 C1
3364 C1
3365 D1
3366 D3
3367 D1

3368 D1
3369 E3
4701 A33360 C1 F362 B4
5351 A3
5352 B3

5353 B3
6352 D1
6353 E1 F367 A1
7351 E3
7352 D3

7353 D2
7354 D2
7355 E4
9702 B3
9703 B3

9704 C3 F375 B3
F351 A4
F352 A4
F353 A3
F354 A3

456

F355 A1
F356 A2
F357 A2
F358 A1
F359 A2

F360 A1
F361 A2

F363 A1
F364 A1

F365 A1
F366 A2

F368 A1
F369 A1

F370 D3
F371 E2
F372 E4
F373 A1
F374 B3

I351 D3
I352 D1
I353 D1

A

1932

12VSTBY

B

A A

C

B

D

owner.

is prohibited without the written consent of the copyright

All rights reserved. Reproduction in whole or in parts

E

STBY

5VSTBY

DD_ON

3V3STBY

IPFAIL

5NSTBY

GND

33VSTBY

GND

from POWER SUPPLY

VGNSTBY

B11B-PH-K

C

12VSTBY

F

4K7

3365

D

G

6352

BZX384-C8V2

100n

2353

6353

BAS316

E

H

1

3368
100R

F352

5VSTBY

F362

3V3STBY

7355

BC847BW

4

12VSTBY

STBY

from CU

5VSTBY2

to CU

5VSTBY

to IOV,IOA,DAC_ADC,CU

DD_ON

from CU

3V3STBY

IPFAIL

to DAC_ADC

5NSTBY

to IOA,IOV,PROG,CU,

DAC_ADC

33VSTBY

to FV

VGNSTBY

to CU

to IOV,FOME,FV,MSP,

DAC_ADC,DIGIO,PROG,CU

10K

3358

F372

to IOV,CU

to CU

5V

3V3SW

to DAC_ADC

8VSTBY

to MSP

B

C

D

E

B

C

D

E

F

G

H

2

F357

F373

1

F368

2

F358

3
4
5
6
7
8
9
10
11

I353

F369
F360
F367
F363
F365

F355

F364

F359

F361

F366
F356

12VSTBY

3360

3363

3364

3367

I352

7354
BC847BW

47R

47R

33R

33R

F371

7353
PDTC124EU

3V3STBY

3361

I351

3366

1352

800mA

9702

1353

125mA

not used

2M2

2352

100n50V

2M2

3369

3

4701

1351

500mA

not used

F353

F374

5VSTBY

100K

7351
BC857BW

F354

F375

5353

10u

9704

not used

7352
SI2306DS

5351

22u

5352

10u

9703

not used

F370

3362

3K3

F351

12VSTBY

I

1

CHN SETNAME dvdrw_2004

CLASS_NO
3PB120

J

2004-03-2623

NAME

1

Power Supply PS

Folzberger

CHECK DATE

PB AB 04 E1

SUPERS.

123456

2003-01-13

I

2

10

34

3103 603 3035

4

130

C

ROYAL PHILIPS ELECTRONICS N.V. 2005

7
6
0
0
0

2006-01-27
2005-07-07
2004-10-22
2004-05-07
2004-03-25

A4

J

1234 56

7

8 9 10 11

12 13

A

A

B

SCL_5V

from/to CU

SDA_5V

from/to CU

C

B

D

SIF1

C

All rights reserved. Reproduction in whole or in parts

is prohibited without the written consent of the copyright

owner.

E

from FV

D

AIN1R

from IOV

F

AIN1L AOUT2R

from IOV

ARDAC

from DAC_ADC

from DAC_ADC

ALDAC

E

G

H

F

I

3616

2K2

3617

2K2

1

8VSTBY

2624

2625

2u2 50V

from PS

3603

100R

50V2u2

5V8VSTBY

5V

3619

12K

3601

100R

I607

3618

2605

2626

12K

10u 25V

2607

56p

2609

56p

3614

1K0

3615

1K0

1u0

1u0 50V

2630

2627

1u0

2631

50V1u0

I615

I616

I606

I608

7600

MSP3415G

12

I2C_CL

13

I2C_DA

14

I2S_CL

15

I2S_WS

16

I2S_DA_OUT

17

I2S_DA_IN1

21

I2S_DA_IN2

3 ANA_IN-

2 ANA_IN+

43 MONO_IN

41 SC1_IN_R

40 SC1_IN_L

38 SC2_IN_R

37 SC2_IN_L

3

DEMODULATOR

VREF2

25

VREF1

29

AHVSS

35

18

ADR_CL

IDENT

A/D

A/D

ASG

39

I602

10

ADR_SEL

4

AVSS

44

RSA1

3611

I624

8

D_CTR_IO1

S1...4

FM1
FM2
NICAM A
NICAM B

IDENT

SCART-L

SCART-R

SCART

DVSS

20

to IOA

10K

3612

I625

52

RSA2

to IOA

10K

4

9

TESTEN

D_CTR_IO0

I2SL/R

DFP

Switching Facilities

NC

23

24

I2SL/R

LOUDSPEAKER R

LOUDSPEAKER L

HEADPHONE R

HEADPHONE L

28

5V

SCART-R

SCART-L

32

5602

10u

2600

AVSUP

1

I613

2623

25V10u

D/A

D/A

100n

10n

2601

42

VREFTOP

D/A

D/A

TP

7

6

8VSTBY

2602

33

AHVSUP

LOUDSPEAKER

XTAL_IN6XTAL_OUT

5

I610

2620

1600

18M432

3p3

10u 25V

34

CAPL_M

STBYQ

DVSUP

RESETQ

AGNDC

2603

2621

100n

2611

11

19

22

26DACM_R

27DACM_L

36

30SC1_OUT_R

31SC1_OUT_L

I611

3p3

7

16V47u

I614

I605

I617

I618

I619

2618

2612

I620

I623

2628

3604

12K

1n0

50V4u7

1n0

2610

2629

3605

2619

10n

1n0

22K

1n0

2613

2614

6600

25V10u

25V10u

5V

3602

BAS316

2608

I621

I622

8

PDTC124EU

4K7

10u

3606

220R

3607

220R

7601

2622

5V

5600

2606

2615

1n0

not used

10u

100n

I612

1n0

not used

I634

9

7602

BC817-25W

7603

BC817-25W

3609

3610

4K7

4K7

STBY

from CU

AFER

to IOA

AFEL

to IOA

to IOV

AKILL

from DAC_ADC

AOUT2L

to IOV

A

B

C

D

E

F

1600 F6
2600 A6
2601 A6
2602 A6
2603 A7
2605 A2
2606 B8
2607 C2
2608 C8
2609 C2
2610 D7
2611 A7
2612 D7
2613 D8
2614 E8
2615 E8
2618 C7
2619 C7
2620 F6
2621 F7
2622 F8
2623 F5
2624 D1
2625 D1
2626 E2
2627 E2
2628 E7
2629 E7
3601 B2
3602 B8
3603 B2
3604 A7
3605 A7
3606 D8
3607 E8
3608 E8
3609 E9
3610 E9
3611 A4
3612 A5
3613 F8
3614 D2
3615 D2
3616 E1
3617 E1
3618 E1
3619 E1
5600 B8
5602 F5
6600 B8
7600 A3
7601 A8
7602 E9
7603 F9
I602 A4
I603 A6
I604 A6
I605 B7
I606 C2
I607 C2
I608 C2
I609 D7
I610 F6
I611 F7
I612 D8
I613 F5
I614 B7
I615 B2
I616 B2
I617 B7
I618 C7
I619 C7
I620 D7
I621 D8
I622 E8
I623 E7
I624 A4
I625 A4
I626 D2
I627 D2
I628 D2
I629 D2
I630 E1

I631 E2
I632 E1
I633 E2
I634 F8

A

B

C

D

E

F

G

H

I

J

1

2

34

5

6

CHN SETNAME dvdrw_2004

CLASS_NO
3PB120

1

7

PB AB 04 E1

8

9

7
6
0

2006-01-27
2005-07-07
2004-10-22

3103 603 3035

2

Multi Sound Processing MSP

2004-03-26

NAME

1 8 9 10 11 12 13

234 56

7

Posch K.H.

3

CHECK DATE

SUPERS.

2003-01-13

10

130

C

ROYAL PHILIPS ELECTRONICS N.V. 2005

5

0
0

2004-05-07
2004-03-25

J

A3

1234 56

7

8 9 10 11 12 13

A

B

C

D

A

B

1920 A1 2216 B7
1921 C10 2217 C1
1922-A C5
1922-B A10
1922-C B5
1923 E5

2201 A8
2202 A4
2204 A7
2205 A3
2206 B2
2207 B5
2208 B7

1

1920

GND

Pr

GND

Pb

GND

Y

GND

from Digital Board

07FMN-BTRK-A

D_VR

from IOV

D_UB

from IOV

D_YG

from IOV

1
2
3
4
5
6
7

F203

F204

F205

2206

2210

22u 16V

2214

1u0

2209 B3
2210 B2
2211 B5
2212 B7
2213 B3
2214 B2
2215 B5

2 910

16V22u

2218 D2
2219 D3
2220 D7
2221 D8
2222 E72200 A5

2205

22u16V

2209

16V22u

2213

1u0

4601

I203

I207

I211

2223 E10
2224 E7
2225 E1
2226 E7
2227 E10
2228 E2
2229 E3

IPRO

from CU

3215

3216

3219

3

NJM2584M

I201

150R

150R

150R

2230 E7
2231 A9
2232 A9
2233 A9
2234 A9
2235 A10
2236 A10

7200

12

16
1

11
14

8
9

2237 A6
2239 A5
3200 A8
3201 B8
3202 B8
3203 B8
3204 C8

5V

5200

134

V+

Φ

3-CIRCUIT

VIDEO SW

CTL

IN1A
IN1B

IN2A
IN2B

IN3A
IN3B

GND

15

3205 D8
3206 C2
3208 D1
3209 D2
3210 E6
3211 E2
3213 E7

3214 E1
3215 C1
3216 C1
3217 E2
3218 E7
3219 C2
5200 A4

5201 D8
5202 C3
5203 E3
6200 B8
6201 B8
6202 B9
6203 D9

45

10u

F201

6.3V100u
2200

100n

I204

I208

I212

NC

OUT1

OUT2

OUT3

10

2
7

3

5

6

2202

100n

2239

2207

16V22u

2211

22u16V
2215

1u0

6204 D9
6205 D3
6206 D4
6207 E3
7200 A3
7201 A6
7202 D3

678

7201

NJM2580M

7

1

3

5

7203 D8
7204 E3
F201 A6
F202 A9
F203 A1
F204 A1
F205 A1

100n

2237

14

12

10

V+

Φ

3-CHANNEL

VIDEO AMP

PWR_SAVE

VIN1

VIN2

VIN3

GND

2

4

VSAG

VOUT1

VOUT2

VOUT3

6

13

11

F206 B9
F207 B9
F208 B9
F209 B9
F210 C8
F211 C8
F212 D9

F213 C4
F214 D4
F215 D8
F216 D4
I201 A3
I202 A7
I203 A3

I204 A6
I205 A7
I206 A8
I207 B3
I208 B6
I209 B7
I210 B8

I211 B3
I212 B6
I213 B7
I214 B8
I215 C7
I216 C1
I217 C2

I218 D2
I219 D7
I220 D8
I221 E9
I222 E8
I223 E1
I224 E2

I225 E8
I226 E9
I227 E8
I228 E2

A

from PS

5V

5NSTBY

B

3200

1K0

F202

2201

25V10u

2231

100n

2232

2233

100n

100n

2234

2235

100n

100n

2236

5NESD

to IOV

100n

A

5V

5NESD

I202

8

I205

I209

I213

9

2208

2212

2216

100u

6.3V470u

6.3V470u

6.3V

2204

47u 6.3V

I206

I210

I214

3201

75R

3202

75R

3203

75R

1%

1%

1%

F206

9

F207

10

F208

11

F209

1922-B

T-331520-10-10

V
U

Y

REAR OUT

B

8

C

D

All rights reserved. Reproduction in whole or in parts

is prohibited without the written consent of the copyright

owner.

E

C

F

ARDAC

from DAC_ADC

D

BKILL

G

H

E

from DAC_ADC

from DAC_ADC

2217

10u 16V

2225

16V10u

BKILL

from DAC_ADC

I216

3208

I223

3214

100K

100K

3206

270R

3209

470R

3211

270R

3217

470R

2218

I224

2228

I217

470p

I218

470p

I228

5202

Bead

7202
BC817-25W

5203

Bead

7204
BC817-25W

6205

5NESD

6207

5NESD

2219

470p

BZX384-C15

2229

470p

BZX384-C15

6206

5NESD

F213

F214

F216

BZX384-C12

REAR OUT

1922-C

T-331520-10-10

6

7

5

1922-A

T-331520-10-10

2

3

4

1

1923

1

2

3

4

LPR6520-G020G

Aud R
Aud L

CVBS

Aud R

Aud L

Aud R
Aud L

CVBS

for PROGRESSIVE only

I215

3210

75R

1%

I219

3213

100K

3218

2222

100u

6.3V

2224

6.3V100u

2226

100u 6.3V

2230

100u 6.3V

100K

3204

75R

2220

I220

I222

I225

I227

1%

F215

100n

2221

6200

5NESD

6201

BZX384-C12

5NESD

6202

BZX384-C12

5NESD

BZX384-C12

E

1921

TCS7927-24-401

1

5V

F210

F211

3

REAR OUT

4

S-VIDEO

F212

2

7

2223

4u7 50V

2227

50V4u7

5

6

CRout

from IOV

D_CVBSALDAC

from IOV

D_Y

from IOV

1%

6.3V47u

5201

V+

10u

7203
NJM2267M

7

Φ

3205

68R

6203

5NESD

6204

BZX384-C12

5NESD

BZX384-C12

DUAL 6dB

VIDEO AMP

4

3

5

6

VOUT1

VSAG1

VOUT2

VSAG2

GND

I221

VIN1

VIN2

2

1

I226

8

C

D

E

F

G

H

J

delete for PROGRESSIVE

I

I

12

3

4

5

6

CLASS_NO
3PB120

7

8

dvdrw_2004SETNAMECHN

9

PB AB 04 E1

1

10

7
6
0

2006-01-27
2005-07-07
2004-10-22

J

3103 603 3035

2004-03-26

NAME

Norbert Fischer

2
3

Progressive PROG

SUPERS.
DATECHECK

2003-01-13

10

130

C

ROYAL PHILIPS ELECTRONICS N.V. 2005

6

0
0

2004-05-07
2004-03-25

A3

1 8 9 10 11 12 13

234 56

7

123456

2944 D4
2945 D2
2946 E1 3952 B3
2947 E3 7934-1 D1

from PS

5V

A

2941 B3
2942 D2
2943 D4

B

5V

A

C

B

D

owner.

is prohibited without the written consent of the copyright

All rights reserved. Reproduction in whole or in parts

E

C

5V

5V

F

2

7932

4K7

100n

7934-3

3

3945 E3
3946 E2

3948 A2

F950

2

LM339D5

to CU

FOME

4

3939
4K7

3950 A3

3953 B2

3950

12

I951

I952

100K

7933

BC847BW

3937 C1 7934-2 D3
3938 C1
3939 C2
3940 D1

3941 D3
3942 E1
3943 E1

1

7934-1

LM339D

14

3948

4K7

3951

22K

3953

4K7

5V

2940

BC847BW

3954

3937

2K2

3938

2K2

5V

5V

5V

3

3952

15K

2941

10u 25V

LM339D

7934-2

3954 C2
7932 B2
7933 B33947 E4

LM339D

7934-4

7

13

7934-3 A2
7934-4 A3
F950 A2

I951 B22940 A2
I952 B23951 B2
I956 D1
I957 D1

I958 D3
I959 D3
I960 E1
I961 E33944 E3

A

4

1

6

B

A

C

D

B

E

C

F

11

9

8

D

3940

G

E E

H

I

5V

10M

3942

I960

2946

CVBSIN

1

CHN SETNAME dvdrw_2004

CLASS_NO
3PB120

J

2004-03-2623

NAME

1

Follow Me FOME

Neubauer

CHECK DATE

PB AB 04 E1

SUPERS.

2942

I956 I958

2n2

2945

I957

33K

3943

1u0

from IOV

180p

33K

3946

33K

3941

5V

10M

2

10

2003-01-13

C

10

2944

2n2

2943

I959

180p

33K

33K

3945

3944

I961

2947

VFV

3

3947
33K

1u0

from FV

4

3103 603 3035

7

130

ROYAL PHILIPS ELECTRONICS N.V. 2005

123456

7
6
0
0
0

2006-01-27
2005-07-07
2004-10-22
2004-05-07
2004-03-25

A4

D

G

H

I

J

1

A

A

B

C

B

DAINCOAX

to DAC_ADC

D

C

DAOUT

from DAC_ADC

All rights reserved. Reproduction in whole or in parts

is prohibited without the written consent of the copyright

owner.

E

D

F

DAINOPT

to DAC_ADC

E

G

0005

H

F

1

3253
750R

1%

BRACKET

234 56

I252

452

10n

10V1u0

2250

I254

3262

560R

1n0

2257

1924

HSJ1637-010510

5
4
3
2
1

F2401

3257

100K

3255

100K

G-Link
OUT

2255

100n

3254

100R

2256

100n

I258

IROUT

from CU

GLINK_TXD

from CU

GLINK_RXD

to CU

from PS

5V

5V

3266

3261

470R

560R

not used

3

7250-6
SN74HCU04D

I251

3265

100R

for DIGITAL COAX IN only

7250-1

SN74HCU04D

12

I256

3260

2K2

6251

6252

BZX384-C6V8

BZX384-C6V8

12

3258

10K

7250-3

SN74HCU04D

I253

56

7250-2

SN74HCU04D

34

7250-5

SN74HCU04D

11

7250-4

SN74HCU04D

98

for EPG only

6253

BZX384-C6V8

5V

3250

1

11

1

1

1

2267

470R

I250

2265

13

714

10

F2405

F2403

F2402

1n0

7

I255

3267

1K8

6

8 9 10 11 12 13

0001 E1

78

for DIGITAL COAX IN only

F251

2251

100n

6

2254

6250

150p

I257

3252

100R

5250

34

2

1

6RG

3264
100R

not used

3256

BZX384-C6V8

2266

100n

3259

75R

3251

82R

3269

180R

75R

F2503

F2502

5V

3263

2259

5V

3268

2262

47R

25V100n

47R

100n

F2603

F2602

F266

3
2

1

3
2

1

2

1

3

1926

YKC21-3416

1925

YKC21-3416

6255

VS

IN

GND

JFJ1000

for DIGITAL OPT IN only

F267

F250

1

3

2

6269

VS

OUT

GND

JFJ2000

9

DIGITAL
IN

CINCH

DIGITAL

OUT
CHINCH

DIGITAL
OUT
OPTICAL

DIGITAL
IN

OPTICAL

A

B

C

D

E

F

1924 E4
1925 C8
1926 B8
1927 A1
2250 A4
2251 B7
2252 B2
2254 C7
2255 C5
2256 C2
2257 D4
2259 E8
2262 F8
2265 A4
2266 C8
2267 F4
3250 A4
3251 C7
3252 B6
3253 C1
3254 C1
3255 B4
3256 B8
3257 A4
3258 B4
3259 C7
3260 C3
3261 C3
3262 C4
3263 D8
3264 D6
3265 B3
3266 C2
3267 F6
3268 E8
3269 F8
5250 C6
6250 B7
6251 F3
6252 F3
6253 F3
6255 D9
6269 E9
7250-1 C3
7250-2 C4
7250-3 C4
7250-4 D4
7250-5 D4
7250-6 B3
F2401 F4
F2402 F4
F2403 E4
F2405 E4
F250 F8
F2502 C8
F2503 C8
F251 D7
F2602 B8
F2603 B8
F266 D8
F267 E8
F2701 A1
F2702 A1
F2704 A1
F2706 A1
F2708 B2
I250 A4
I251 B3
I252 B4
I253 C3
I254 C4
I255 C6
I256 C3
I257 C7
I258 C2

A

B

C

D

E

F

G

H

J

I

I

1

2

3

4

5

6

CHN SETNAME dvdrw_2004

CLASS_NO
3PB120

78

PB AB 04 E1

**-**-**

1

9

7
6
0

2006-01-27
2005-07-07
2004-10-22

J

3103 603 3035

**-**-**
2004-03-26

NAME

1 8 9 10 11 12 13

234 56

7

Fischer

2
3

CHECK DATE

Digital In/Out DIGIO

SUPERS.

**** *** *****

2003-01-13

10

0
0

130

C

ROYAL PHILIPS ELECTRONICS N.V. 2005

8

2004-05-07
2004-03-25

A3

1234 56

7

8 9 10 11 12 13

A

1900 B1
2002 A5
2003 A5
2004 A6
2005 A1
2006 C8
2007 C9

2008 C8
2009 C9
2010 C10
2011 D10
2012 D10
2013 D9
2014 E10

B

AKILL

to IOA,MSP

A

C

IMUTE

from CU

IPFAIL

from PS

DAINOPT

from DIGIO

D

B

All rights reserved. Reproduction in whole or in parts

is prohibited without the written consent of the copyright

owner.

E

C

F

D

G

E

H

DAINCOAX

from DIGIO

DAOUT

to DIGIO

DAINCOAX

D_PCMCLK

D_DATA0

A_PCMCLK

from/to Digital Board

ARADC

from IOA

ALADC

from IOA

1900

GND

DAOUT

GND

DAINOPT

N.C.

D_KILL

GND

GND

D_WCLK

GND

D_BCLK

GND

GND

A_DAT

GND

A_WCLK

A_BCLK

GND

22FMN-BTRK-A

2015 A10
2017 C10
2018 C4
2019 C6
2020 C6
2021 C7
2023 C8

2025 C8
2030 D8
2032 D8
2033 D9
2035 D6
2037 D5
2038 D4

2041 E10
2042 E3
2043 E4
2045 E8
2047 E8
2048 E1
2050 D1

3001 B7
3003 D4
3004 C8 7003-1 B10
3005 B5
3006 B5
3007 E4
3008 B8

3009 C7
3010 B9
3011 A1
3012 C3
3013 C9
3014 D7
3015 A1

3016 C8
3017 C10
3018 E7
3019 C2
3020 B4
3021 B4
3022 C3

3023 C2
3024 C3
3025 A10
3026 D2
3027 D8
3028 D3
3029 A10

3030 D8
3031 B2
3032 D9
3033 D2
3034 C4
3036 E9
3037 A8

3039 E8
3040 E10
3046 A7
3047 E2
3050 A8
3053 D2
3054 C3

4001 E4
4002 E5
5000 A5
6003 B2
6004 B2
6005 B2
6006 A7

7001 B3
7002 A2

7003-2 D10
7004 A5
7005 A9
7006 C2

7007 D5
7010 A8
F001 B1
F002 B1
F003 B1
F004 C1
F005 C1

F006 A3
F007 C1
F008 C1
F009 D1
F010 C1
F012 D1
F013 D1

F014 D1
F015 C2
I001 B2
I002 C5
I004 C5
I005 B5
I006 B5

I007 B5
I009 A1
I010 A6
I011 A9
I012 A8
I013 D5
I014 D5

I015 D5
I017 B6
I018 D5
I019 B6
I020 B6

I020 B6

I021 E2
I022 E5

I023 C6
I024 B6
I025 B6
I026 B9
I027 B9
I028 D9
I030 D2

I031 E6
I032 E5
I033 D9
I034 D6
c001 E1

12345678910

I009

3011

GND

F001

F002

F003

22
21
20
19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

F014

3015

100K

5NSTBY

GND

GND

GND

GND

GND

GND

GND

GND

2050

2048

47u 6.3V

GND

PDTA124EU

22K

2005

GND

F010

F004

F005

F007

F008

F009

F012

F013

GND

6.3V47u

c001

7002

22n

6005

5VSTBY

3031

F015

I030

I021

A

5VSTBY

6004

BAS316

4K7

I001

3053

10K

3047

10K

BAS316

3019

3023

22R

3026

22R

22R

6003

BAS316

7006
PDTC124EU

GND

22R

3033

3V3SW

F006

3V3SW

3054

22R

22R

3024

22R

3028

22R

from PS

5VSTBY

5V

5VSTBY

5V

PDTA124EU
7001

3022

5V

5NSTBY

5NSTBY

3012

GND

2042

10K

A

100n

5V

3020

2018

GND

2043

A

4K7

25V10u

47u 6.3V

5V

3021

3003

3007

A

10K

47K

3V3SW

47K

GND

GND

GND

3V3SW

3034

2038

A

4001

not used

GND

3005

4K7

3006

4K7

1R0

100u 6.3V

2003

2037

A

GND

100n

GND

5000

Bead

GND

I005

GND

I006

I007

I002

I004

100n

I015

I014

I018

I032

I022

4002

2002

GND

GND

6.3V
7004

100u

AD1852JRS

2

3

4

5

7

9

10

21

20

23

24

25

26

27

7007

UDA1361TS

8

3

2

1

6

7

14

GND

MCLK

CLATCH

CCLK

CDATA

192-48_

DEEMP

96-48_

IDPM0

IDPM1

MUTE

PD_-RST

LRCLK

BCLK

SDATA

SYSCLK

VINR

VREF

VINL

SFOR

PWON

MSSEL

5V

28

Φ

DVDD

DAC

DGND

1

GND

I013

16

VDDA VRP

24-BIT AUDIO

VSSA VSSD

15

A

Φ

ADC

VRN

4

A

AGND

11

A

5

GND

5V

AVDD

ZEROL

ZEROP

OUTL-

OUTL+

OUTR-

OUTR+

FILTR

FILTB

15 18

3V3SW

9

VDDD

DATAO

BCK

10

NC

WS

22

16

17

13

12

14

19

13

11

12

6

8

GND

2004

A

I010

I017

I019

I020

I024

I025

I023

2019

2035

100n

A

100n

I034

I031

GND

2020

10u 25V

5VSTBY

5VSTBY

22K

3046

I011

BAW56W

6006

3001

5K6

1%

25V10u

100n

2021

3009

A

A

5K6

1%

3014

5K6

1%

3018

5K6

1%

3037

100K

2006

A

2023

A

2030

A

2045

I012

7010
BC847BW

33K

3050

GND GND

3008

27K

1%

1n0

NP0 2%

3016

27K

1%

1n0

NP0 2%

3030

27K

1%

1n0

NP0 2%

3039

27K

1%

1n0

NP0 2%

2008

A

2025

A

2032

A

2047

NP0 2%

1n0

1n0

NP0 2%

1n0

1n0

GND

not used

not used

A

I026

2009

A

I028

2033

A

3010

6K8

1%

1%

33K

3004

AA

NP0 2%

3032

6K8

1%

1%

33K

3027

A

NP0 2%

2007

2013

2%

100p

2%

100p

I027

3013

I033

3036

6K8

6K8

7005

PDTA124EU

3

2

1%

5

6

1%

2015

7003-1
MC33078D

5VSTBY

8

4

5NSTBY

22n

3025

5NSTBY

1

2017

2%

100p
2010

not used

27p

3017

33K

1%

2011

100n

7003-2
MC33078D

7

2012

100n

2041

27p

33K

1%

2%

not used

100p
2014

3040

22K

A

A

3029

GND

BKILL

to PROG,CU

100K

ALDAC

to IOA,MSP,PROG

ARDAC

to IOA,MSP,PROG

A

B

C

D

E

A

B

C

D

E

F

G

H

J

A

A

I

I

1 456789

23

CHN SETNAME dvdrw_2004

CLASS_NO
3PB120

PB AB 04 E1

1

10

7
6
0

2006-01-27
2005-07-07
2004-12-07

J

3103 603 3035

2004-03-26

NAME

Fischer

2
3

Audio Converter DAC_ADC

CHECK DATE

SUPERS.

2003-01-13

10

0
0

130

C

ROYAL PHILIPS ELECTRONICS N.V. 2005

9

2004-10-22
2004-05-07

A3

1 8 9 10 11

234

56

7

12 13

1

2

3

4

5

6

7

8

9

10 19

11

12

13

14

15

16

17

18

20

1

A

B

A

1911

GND

SDA_F
SCL_F
CSN_F

IPOR1

RC

C

B

5VSTBY

TEMP_SENSE

KEY1

12VSTBY

KEY2

F_IROUT

VGNSTBY

from/to FRONT PANEL

13FMN-BTRK-A

D

12VSTBY

1913

E

F

C

D

FAN_P
FAN_N

to FAN 1

B2B-EH-A

FAN_P
FAN_N

B2B-EH-A

to FAN 2

1
2

1916

1
2

not used

G

STBY

to PS,MSP

E

DD_ON

H

to PS

for EPG only

I

F

IROUT

to DIGIO

J

G

K

All rights reserved. Reproduction in whole or in parts

owner.

is prohibited without the written consent of the copyright

L

H

M

I

GLINK_TXD

to DIGIO

GLINK_RXD

from DIGIO

1914

RESET

RXD

TXD

INT

SDA0

SCL0

SCL0

N.C.

D_IROUT

FB

GND

10FMN-BTK-A

from/to DIGITAL BOARD

FB

from IOV

N

gedeeltelijk, is niet toegestaan dan met schriftelijke

toestemming van de auteursrechthebbende.

Alle rechten voorbehouden. Verveelvuldiging, geheel of

1
2
3
4
5
6
7
8

9
10
11
12
13

1
2
3
4
5
6
7
8
9

10

F1301

F1302

BC327-25

3123

100R

3124

1K0

3129
150R

F1102
F1103
F1104
F1105

F1108
F1109

F1111
F1112

12VSTBY

2110

7104

3145

1K0

F1401
F1402
F1403
F1404
F1405
F1406

F1407
F1408

5VSTBY

12VSTBY

VGNSTBY

25V10u

7109

BC857BW

I123

1K0

3132

3V3SW

3138

2116

5V

23

3108

I107

I120

100K

3142

1K0

100p

2121

100n

BC847BW

I114

2123

3V3SW

3139

2115

3106

100R

12VSTBY

3112

3116

7105

3161

100p

100K

100p

3V3SW

5VSTBY

12VSTBY

1%
3K3

1%1%

680R

1K0

5V

10K

3127

4K7

3128

3105

100R

5V

3113

3122

2124

3168

1K0

4K7

I108

1% 1%

4K7

100p

7114

BSN20

3162

4K7

910R

3107

47K

3141

1K0

1%

1%

3115

3158

1K0

7115

BSN20

4K7

3126

6106

BAT54 COL

2104

3118
100R

10K

3K3

3166

I118

3143

2114

100K

7111
PDTC124EU

3V3SW

4

7100

NCP301LSN

4

5

100n

3V3STBY

10K

3135

100n

2

45

VCC

NC RESET

GND

3

not used

56

7

8 9 10 11 12 13 14

1100 C9
1101 F8
1911 A1

5VSTBY

5VSTBY

IPRO

to PROG

1

10K

3159

1K0

3160

P50

from/to IOV

5VSTBY

5VSTBY

3100

I102

10K

BAT54 COL

6101

3102
470R

5VSTBY

2100

220n

I101

7101
PDTC124EU

F126

2101

10n

3101

10K

F124

5100

Bead

2102

220m 5.5V

6100

2103

BAT760

47u 6.3V

12VSTBY

12VSTBY

from PS

5V

5VSTBY

5VSTBY

5V

5NSTBY

5NSTBY

3V3STBY

3V3STBY

VGNSTBY

VGNSTBY

5VSTBY2

A

5VSTBY2

1913 C1
1914 H1
1915 G14
1916 D1
2100 A8
2101 A10
2102 A11
2103 A11
2104 A4
2105 B6
2106 B11
2107 B10
2108 B7
2109 H9
2110 C1
2111 H9
2112 F7
2113 F7
2114 G4
2115 G2
2116 G2
2117 H7
2118 D9
2119 I14
2120 I13
2121 E2

6102

BAS316

3103

27K

3183

220K

7112
BC847BW

3182

47K

5VSTBY

B

5VSTBY

2122 H6
2123 F2
2124 F3
2125 B10
2126 F7
3100 A7
3101 A10
3102 A7
3103 B6
3104 B9
3105 A3
3106 B2
3109 C6
3111 H13
3112 C2
3113 D3
3115 D3
3116 D2
3117 D8
3118 D4
3121 D8
3122 D3
3123 E1
3124 E1
3125 E7
3126 E4
3127 F2
3128 F2
3129 F1
3130 F6
3131 F6
3132 F2
3133 F9
3134 F8
3135 E4
3136 F9
3137 G5
3138 G2
3139 G2
3140 G6
3141 G3
3142 G2
3143 G4
3144 G7
3145 G1
3146 G7
3147 G7
3148 G7
3149 H7
3150 H7
3151 H8
3152 H8
3153 H8
3154 H8
3155 H8
3156 H9
3158 H3
3159 A5
3160 A5
3161 E2
3162 F3
3163 D6
3164 G5
3165 H5
3166 E4
3168 I3
3170 D12
3171 D12

5VSTBY

3164

3165

5VSTBY

1M0

not used

1M0

not used

3137

BC847BW

220R

1%

10K

3109

3163

33K

5V

3130

7102

3K9

2105

F100

220p

TPClock

5V

3131

3K9

3140

3180

1K0

10K

2122

5VSTBY

3181

5VSTBY

3147

10n

3184

47K

2126

6p0

not used

2K2

82K

2108

3125

-50p

5VSTBY

3148

2K2

2117

220p

3185

1K0

100R

3146

100R

10n

3144

3149

2M2

2112

18p

2113

18p

4K7

3150

6K8

5VSTBY

3151

3186

3121

1101

1K0

4K7

7113
BC847BW

32K768

1K0

3152

33K

I115

I117

3153

3117

100R

10K

3154

3134

100R

10K

3155

2118

100n

1K0

3136

100R

3133
100R

3156

3104

4K7

2109

10K

I110

I119

I112

I113

100n

8M01100

Version Detect

for MOBO

100n

2111

I103

I104

8

10

13

79
80
1
2
3
4
5
6

15
16
17

18

19

20

21
22

14

12
11

23

24

25

26
27
28
29
30
31
32
33

34
35
36
37

100n

2125

9

1

XTAL

2

RESET

TEST

SCK1

SI1
SO1

P0<0:7>

INT0
INT1
TC2
PPG
DVO
TC4
PDO
PWM
INT3
TC1
INT2
INT4
TC3

P1<0:7>

INT5
STOP
XTIN
XTOUT

P2<0:2>

SCL
SI0
SDA
SO0

SCK0

P3<0:2>

0
1
2
3

AIN

4
5
6
7

P4<0:7>

10
11

AIN

12
13

39

VAREF

2107

47u 6.3V

F125

40

Φ

MC

78

VDD

PD<0:4>

P6<0:7>

P7<0:7>

P8<0:7>

P9<0:7>

2106

100n

7108

TMP87CH74F

VKK

2
3
4

V3

5
6

0
1
2
3

V

4
5
6
7

8

9
10
11

V

12
13
14
15

16
17
18
19

V

20
21
22
23

24
25
26
27

V

28
29
30
31

73
74
75
76
77

41
42
43
44
45
46
47
48

49
50
51
52
53
54
55
56

57
58
59
60
61
62
63
64

65
66
67
68
69
70
71
72

*

VERSIONS

E1
E2

E3/5300H

not used

not used

3170

2k2

3170

2K2

3172

2K2

3174

2K2

3176

2K2

3178

2K2

3171

---

2k2

---

--- ---

*

3171

2K2

*

3173

2K2

3175

2K2

3177

2K2

3179

2K2

*

3172

2k2

5VSTBY2

4101

for DTTM only

F1209

F1208

5VSTBY

1915

1
2
3
4
5
6
7

07FMN-BTRK-A

SCL_5V
SDA_5V
GND
INT1
BKILL
IPOR_R
IRES_S

BKILL

from DAC_ADC

N.C.
SDA_5V
GND
INT1
BKILL
IPOR_R
5VSTBY2

from/to AUX AV Board

or DTTM Board

C

D

E

F

G

for RECEIVER or DTTM only

P5<0:3>

VSS

VASS

7

38

H

6106 G3
7100 A4
7101 A8
7102 C6
7104 D1
7105 D2
7108 C11
7109 F2
7111 H4
7112 B7
7113 C8
7114 I3
7115 I3
F100 E6
F1102 A1
F1103 A1
F1104 A1
F1105 B1
F1108 B1
F1109 B1
F1111 B1
F1112 B1
F1208 H13
F1209 G13
F124 A10
F125 C10
F126 A10
F1301 C1
F1302 C1
F1401 H1
F1402 H1
F1403 H1
F1404 H1
F1405 H1
F1406 H1
F1407 H1
F1408 I1
I101 A8
I102 A7
I103 C9
I104 C9
I107 D2
I108 D3
I110 E9
I112 E9
I113 F9
I114 F2
I115 F8
I117 F8
I118 G4
I119 E9
I120 E2
I123 F2

A

B

C

D

E

F

G

H

I

J

K

L

3172 D12

4102

3111

100R

for RECEIVER only

3173 E12
3174 E12
3175 E12
3176 E12
3177 E12
3178 E12
3179 F12

M

3180 E6
3181 D7

I

3182 B7
3183 B6
3184 B7
3185 C7
3186 C8

2120

22p

2119

22p

4101 G13

N

4102 H13

8SC2

from IOV

from IOV

WSFI

FOME

from FOME

WU

from IOV

to IOA

ASC1

IMUTE

to DAC_ADC

to FV,IOV,MSP

to FV,IOV,MSP

SCL_5V

SDA_5V

delete for RECEIVER

5100 B10
6100 A11
6101 A7
6102 B6

O

P

1

1

2

2

3

4

3

4

6

5

7

678

8

9

10

11

9

12

10

13

11 12

AV003415

CLASS_NO
3PB120

1
2
3

15

14

2004-03-26

NAME

Neubauer

13 14

dvdrw_2004SETNAMECHN

PB AB 04 E1

Control Unit CU

SUPERS.
DATECHECK

165

2003-01-13

17

10

3103 603 3035

130

C

KONINKLIJKE PHILIPS ELECTRONICS N.V. 2000

18

19

10

7
6
0
0
0

20

2006-01-27
2005-07-07
2004-06-09
2004-05-27
2004-05-07

A2

O

P

Philips Consumer Electronics
BLC Audio Video Systems

620A, Lorong 1 Toa Payoh, Singapore 319762

ATLAS_DSW

User Manual

Diagnostic Software

Document

Author : ATLAS_DSW team Date : 2005-09-02
Reference :

Version : 3.4 Archive : Atlas_dsw
Status : Draft Classification : COMPANY RESTRICTED

©

Philips E l e ct r o n i c s N. V . 2005

Project Documentation.dot, version 1.0

This information is furnished for guidance, and with no guarantee as to its accuracy or completeness; its publication con veys no
license under any patent or other right, nor does the publisher assume liability, for any consequence of its use; specifications and
availability of goods mentioned in it are subject to change without notice; it is not to be reprod uced, in whole or i n part, without
the written consent of the publisher.

SGP_AVS_SW_ATLAS-05-04

Filename : atlas_user_manual_DS_ver

3.4.doc

Page 1 of 168

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

TABLE OF CONTENTS

DOCUMENT CHANGE HISTORY 4

1 INTRODUCTION 5

1.1 R

1.2 G

1.3 P

1.4 N

EFERENCES
LOSSARY

URPOSE, SCOPE AND SHORT DESCRIPTION

OTES

5

5

6

7

2 USER INTERFACE 8

2.1 N

2.2 E

2.3 C

2.3.1 SET-

2.3.2 A

2.3.3 U

2.3.4 T

2.4 END-U

2.4.1 SET-

2.4.2 A

2.4.3 U

2.4.4 T

UCLEI NUMERATION

RROR HANDLING

OMMAND LINE INTERFACE

UP OF PHYSICAL INTERFACE COMPONENTS
CTIVATION
SAGE
ERMINATION

SER/DEALER SCRIPT INTERFACE

UP PHYSICAL INTERFACE COMPONENTS
CTIVATION
SAGE
ERMINATION

10

10

11

11

8

9

10

11

11

10

11

11

3 DETAILED DESCRIPTION OF AVAILABLE NU CLEI 12

3.1 C

3.2 B

3.3 N

3.4 S

3.5 F

3.6 V

3.7 D

3.8 P

3.9 B

3.10 D

3.11 A

3.12 S

3.13 E

ODEC HOST CONTROLLER
OOT EEPROM
ON VOLATILE RAM

DRAM

(SDRAM) 23

(FLASH) 25

LASH
IDEO INPUT PROCESSOR

IGITAL VIDEO INPUT OUTPUT CIRCUIT

ROGRESSIVE SCAN CIRCUIT

ASIC ENGINE

ISPLAY AND CONTROL BOARD

NALOGUE BOARD
YSTEM
LECTRONIC PROGRAM GUIDE BOARD

(SYS) 67

3.14 PCMCIA I

3.15 H

3.16 A

3.17 A

3.18 V

3.19 A

3.20 F

3.21 H

3.22 D

3.23 U

3.24 S

IGH-DEFINITION MULTIMEDIA INTERFACE
NALOGUE SLAVE PROCESSOR
NALOGUE BOARD EEPROM (AROM
IDEO MATRIX
UDIO MATRIX (SOUND PROCESSOR
RONTEND (TUNER
ARD DISK DRIVE
IGITAL TERRESTRIAL TUNER MODULE
NIVERSAL SERIAL BUS

(SCRIPT) 154

CRIPT

(CHR) 12

(BROM) 19

(NVRAM) 20

(VIP) 27

(DVIO) 31

(PSCAN) 34

(BE) 37

(DCB) 52

(ANAB) 55

(EPGB) 87

NTERFACE

(PCMCIA) 88

(HDMI) 90

(ASP) 103

) 115

(VMIX) 116

) (AMIX) 123

) (FRE) 127

(HDD) 130

(DTTM) 139

(USB) 153

4 DIGITAL BOARD DIVERSITY 157

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 2 of 16 8

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

APPENDIX A

TERMINAL INTERFACE 158

A.1 S
A.2 H

OFTWARE SETTINGS

ARDWARE CONNECTION

: 158

: 158

APPENDIX B LIST OF COMMANDS 159

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 3 of 16 8

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

DOCUMENT CHANGE HISTORY

Date Person Version Reason

2002-08-27 T.J. Scheffel 1.0 Approved version for DS step 3

(P1_4) ( Release 0.2.1.)
2002-09-16 T.J. Scheffel 1.1 Approved version for DS step 4
(P1_4) (Release 0.5)
2002-11-22 T.J. Scheffel 1.2 Approved version for DS step 4
(P1_5) (Release 0.5.2)
2002-12-12 T.J. Scheffel 1.3 Approved version for DS step 5
(P1_5) (Pre-release 0.9) (DS version

6)
2003-01-14 T.J. Scheffel 1.4 Approved version for DS step 5
(P1_5) (Release 0.9 Full

Functionality) (DS version 7)

2003-04-04 T.J. Scheffel 2.0 Approved version for Release 1.0

Full Functionality (DS version 8 )

2003-05-28 M. Quik 2.1 Added chapters User Interface and

Digital Board Diversity. I-Step

update.
2003-10-15 M. Quik 2.2 Modified some small descriptions.
Added DS_HDD nuclei.
2003-12-04 T.J. Scheffel 2.3 Merged all existing variants into 1

document.
2004-01-22 T.J. Scheffel 2.4 Approved version for all variants.
2004-03-30 T.J. Scheffel 2.5
2004-03-30 M. Quik 2.6 Added DS_DTTM nuclei,

DS_SYS_UartSetup, and

DS_AMIX_Mute.
2004-05-24 J. Lekkerkerker 2.7 DS_DTTM updated.
Added DS_HDMI nuclei.
M. van der Ham Added HDD nuclei
2004-07-06 M. Quik 2.8 Modified some small things.
2004-09-17 M. Quik 3.0 Approved version.
2005-01-18 M. Quik 3.1 Updated for VCRCOMBI.
2005-03-10 M. Quik 3.2 Updated for SXC(+/-) and small

changes.
2005-04-06 M. Quik 3.3 Added and changed HDMI nuclei,

BE nuclei, and some small things.
2005-09-02 M. van der Ham 3.4 sgp29atl#47: correct error codes

DS_HDD

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 4 of 16 8

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

1 INTRODUCTION

1.1 REFERENCES

[RW2_GLOSSARY] DVD+RW Generation 2, Standards, Methods and Tools,

Project Glossary

Mark Krom
AR6-106022 C05S00003
Version: V0.5, 2002-02-05

[RW2_DS_PP] ATLAS Competence Team Project Plan
Martie J.M. Timmers
AR6-106022 C02S00048
Version 1.0 2004-01-20

[RW2_FRS_DS] Functional Requirements Specification of Diagnostic and Service

M. Quik
Reference number AR6-106022 C6S11
Version 3.0, date 2003-10-15

[DTTM_UM] User Manual of IBOZapper Diagnostic Software.
Peter Jans, Michiel Visser

Reference number AHR-72-7DSW_IBOZapper_Man-0001

Version 0.4, date 02/04/2004

1.2 GLOSSARY

AC3 : Audio Compression format 3
ACK : Acknowledge
ADC : Analogue to Digital Conversion
AMIX : Audio Matrix (Audio switching)
ANAB : Analogue Board
AROM : Analogue Board EEPROM
ASP : Analogue Slave Processor
ATA : AT Attachment
ATAPI : AT Attachment Packet Interface
BE : Basic Engine
BROM : BOOT EEPROM
CHR : Codec Host Repository
CRC : Cyclic Redundancy Check
DAC : Digital to Analogue Conversion
DB : Digital Board
DCB : Display and Control Board
DENC : Digital (video) ENCoder
DMA : Direct Memory Access
DS : Diagnostic and Service Software
DSP : Digital Signal Processor
DTTM : Digital Terrestrial Tuner Module

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 5 of 16 8

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

DV : Digital Video
DVIO : Digital Video Input Output
EPGB : Electronic Program Guide Board
FRE : Front End (Tuner)
HDD : Hard Disk Drive
HDMI : High Definition Multimedia Interface
IC : Integrated Circuit
IDE : Integrated Drive Electronics
IH : Interface Handler
IIC : Inter IC Communication
INT : Interrupt
LED : Light Emitting Diode
NVRAM : Non Volatile Random Access Memory
OPC : Optimal Power Control
PIO : Peripheral IO pin
PSCAN : Progressive Scan
RC : Remote Control
S2B : Serial to Basic Engine
SYS : System
TOC : Table Of Contents
UART : Universal Asynchronous Receiver Transmitter
UDF : Universal Disc Format
VIP : Video Input Processor
VMIX : Video Matrix (Video switching)

1.3 PURPOSE, SCOPE AND SHORT DESCRIPTION

This document is the user manual for the Diagnostic Software (DS).
Its goal is to facilitate the usage of the DS software.

The users of this document are typically the factory and service teams.
The Diagnostic Software consists of independent ‘atomic’ tests, called

nuclei

Each nucleus forms a test to indicate possible hardware failure.
Its purpose is to facilitate fault-finding in DVD+RW sets.

This document describes all tests that are currently available in the diagnostic software.
Different DVD+RW recorder sets containing different hardware become available all the time,

resulting in hardware diversity covered by chapter 4 :‘Digital Board Diversity’.
Apart from this there will be some different software-builds that define some hardware-specific

issues at compile-time.
As a result of this there will be parts in this document that will NOT be executable on your
specific DVD+RW recorder.
So if you execute a nucleus from one of these groups not currently in your software-build the
command-line will e.g. look like:

DS:> 1800
DS:>

This user manual is intended for an audience that is aware of the diversity in hardware and is
aware which hardware is encompassed in their DVD+RW recorder sets.

.

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 6 of 16 8

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Please note that the examples given in this user manual can differ from your actual hardware.
The error codes returned by the diagnostic software will ALWAYS be as indicated in the
nucleus-description. Should there be any discrepancy then please contact our team so we can
correct the issue.

1.4 NOTES

The OPC change is industrial/production change because it was reported to have high OPC
value (about 2 to 3%) in the production line. This change will help to improve the production fall
out due to high OPC value. So the drives that have went thru the production will have good
OPC value. As for the drives that are already in the market, they will not be affected. The
service centre must perform the drive calibration (nucleus 931; DS_BE_AdjustLaserControl) for
AV3.5 drive, which has firmware version 35 below. We do not think that the download SW
needs to change anything. Please issue the drive calibration in the service nucleus (931) after
the drive is upgrade with the newer firmware.

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 7 of 16 8

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

2 USER INTERFACE

The table below shows an overview of the user interfaces of the DS. The table is based on
logical interface, interfaces as seen from user perspective. A logical interface can use one or
more physical interface components.
The DVD Recorder has only a single RS232 port (service port) available for diagnostic or
debugging purposes, implying that all interfaces using this port are mutually exclusive.

Logical
Interface

Command line
interface

Scripts
interface

In the next chapters the logical user interfaces are described in more detail including the exact
use of the physical interface components. To switch between interfaces, the DVD Recorder
needs to be switched off and on again.

Description Physical interface components

Used to send commands from the
Control PC or Service PC to the
DVD Recorder DS.

• Control PC or service PC,
running a program (e.g. Asterix,
Compair, HyperTerminal),
connected to service port of the
DVD Recorder

• Test pin

Used to execute End-user/Dealer
Test Script.

• Local-Keyboard

• Local-Display

2.1 NUCLEI NUMERATION

Each nucleus has a unique number of four digits. This number is the input of the command line
interface.

Figure 1 Unique number of a diagnostic nucleus.

The following groups are defined:

Group number Group name
0 Scripts
1 Codec (e.g. Chrysalis, Leco)
2 Boot EEPROM
3 NVRAM
4 SDRAM
5 FLASH
6 Video Input Processor
7 DVIO
8 Progressive Scan
9 Basic Engine
10 Display and Control Board

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 8 of 16 8

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

11 Analogue Board
12 System
13 Electronic Program Guide Board
14 PCMCIA
15 HDMI
16 Analogue Slave Processor
17 Analogue Board EEPROM
18 Video Matrix
19 Audio Matrix
20 Front End
21 Hard Disk
22 Digital Terrestrial Tuner Module
23 USB

2.2 ERROR HANDLING

Results returned from a diagnostic nucleus to the control/service PC are terminated by a 'CR'
character (included in the string length).

The result has the following layout

<number> <string> [Test OK | Erro r] @<C R>

The use of the “@” enables the Asterix system on the control PC to parse the output string of
each nucleus into a database. This system is used in the factory and automates the test
sequences needed to test each product using the Diagnostic and Service Software.

<number> is a 6-digit decimal number padded with leading zeros if its value is less than 6
digits. The first four digits identify the generating nucleus (group and nucleus); the latter two
digits indicate the error number.

Figure 2 Error-code of a diagnostic nucleus.

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 9 of 16 8

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

2.3 COMMAND LINE INTERFACE

Via the command line interface the execution of diagnostic nuclei can be controlled.

2.3.1 Set-up of physical interface components

Hardware required:

• Control PC

• One free COM port on the Control PC

• Special cable to connect the DVD Recorder to the Control PC

The control PC must use the following port settings for the used COM port:

- 19200 bps,
data bits,

- 8

- no parity,

- 1 stop bit and

- no flow control.

The control PC is connected with a special cable (see chapter 4A.2) to the RS232 port of the
DVD Recorder. Via the same connection the ‘test pin’ will be connected to ground. Using this
pin the software can determine whether Diagnostic mode needs to be entered.

2.3.2 Activation

After power on the next text will be sent to the control PC

Factory Diagnostics and Service Software
DVD Video Recorder (Dec 13 2003, 10:55:37)

Version :258 Build :20031213_1030
Release :P1_7_b Buildtype :no
Baseline :I_P1_8_63 Variant :verum:dvdrw2_lib

DS:>

The first lines indicate that the DS has been activated and contains the version and build info of
the DS. The next line is the command line prompt (“DS:>”). The DS is now ready to receive
commands. Please note that this text will be different on your specific variant of the DVD+RW
recorder product range.

2.3.3 Usage

The commands that can be given are the numbers of the nuclei. A command must be
terminated with an <ENTER> character from the control PC. When typing commands, the
backspace key can be used to make corrections. Apart from this one can use the Up and Down
arrows to browse to previous commands.
When one enters non-supported commands, the interface returns the command line prompt.

If the command (the nucleus number) is recognised, the nucleus is executed. Result and output
of an activated (and terminated) nucleus will be sent back to the control PC.

Example in case the command is correct:

DS:> 1200

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120000: Hardware ID = 0x27
Test OK @

Example in case the result is an error (DVD+RW 2.1 example):

DS:> 1100
110002: Communication with Analogue Board fails
Error @

DS:>

2.3.4 Termination

To turn off the command line interface switch off the DVD Recorder.

2.4 END-USER/DEALER SCRIPT INTERFACE

This interface is used during execution of the script to display output and error messages.
The local display will be used to display the output and the error messages.

2.4.1 Set-up physical interface components

Hardware required:

• DVD Recorder
The DVD Recorder is tested stand-alone: no other equipment than the DVD Recorder is
needed.

2.4.2 Activation

Pressing the play-key on the keyboard of the DVD Recorder during power-on activates the
dealer script.

2.4.3 Usage

The test requires no user interaction. A number of nuclei will be run before a message is
returned indicating if there is a failure in the DVD Recorder (‘’PASS” will be indicated when the
product functions OK and “FAIL” when there has been an error during one of the tests).
During the execution of this script, a progress indicator is displayed on the display of the DVD
Recorder.

that from the command line interface this script can be started as well, by entering ‘script’

Note
on it.

2.4.4 Termination

To turn off the dealer test, the DVD Recorder must be powered down.

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3 DETAILED DESCRIPTION OF A VAILABLE NUCLEI

3.1 CODEC HOST CONTROLLER (CHR)

Nucleus Name DS_CHR_DevTypeGet
Nucleus Number 100
Description Retrieves the device id , the module ids an d revisions of the Codec and returns

Technical - Determine the codec id by means of comparing version ids of the modules.
Execution Time Less than 1 second.

User Input None
Error Number Description
10000 Getting the information succeeded
10001 Wrong codec id detected
Example

them to the stdout port.

- Read the module-id registe r of every module and display it to the user.

DS:> 100
010000:
Device ID 7100
Codec ID PNX7100_C
F-BCU (0x0102) 1.0 INTC (0x011d) 1.0 PCI-XIO(0x0113) 1.0
SIF (0x013b) 1.0 EJTAG (0x0104) 0.1 S-BCU (0x0102) 1.0
BOOT (0x010a) 1.0 CONFIG (0x013f) 1.1 RESET (0x0123) 1.0
DEBUG (0x0116) 0.0 UART0 (0x0107) 0.1 UART1 (0x0107) 0.1
UART2 (0x0107) 0.1 UART3 (0x0107) 0.1 I2C0 (0x0105) 0.1
I2C1 (0x0105) 0.1 GPIO (0x013c) 1.0 SYNC (0x013a) 1.0
DISP0 (0xa015) 1.12 DISP1 (0xa00f) 1.1 OSD (0x0136) 0.1
SPU (0xa00e) 0.0 MIXER (0x0137) 1.0 DENC (0x0138) 1.0
CCIR (0x0139) 1.0 VDEC (0x0133) 0.2 PARSER (0xa00d) 0.0
DV (0xa00c) 0.0 BEI (0xa00a) 0.1 IDE (0xa009) 0.1
SGDX (0xa008) 1.0 BYTE (0xa00b) 0.1 OUTPUT (0xa003) 1.0
ACOMP (0xa000) 1.0 VFE (0xa001) 0.1 VCOMP (0xa002) 1.0
SCR (0x0000) 0.0 SIFF (0xa011) 0.1 WMD (0xa010) 0.0
AUDIO0 (0xa015) 1.12 AUDIO1 (0xa00f) 1.1 PSCAN (0xa018) 0.1

Test OK @

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Nucleus Name DS_CHR_TestImageOn
Nucleus Number 101
Description Generates a test-image of a selected vid eo standard on selected video output

Technical - Validate the user input.

Execution Time 6 seconds.
User Input The user has to decide which test image , video stan dard and vid eo output mus t

Error Number Description
10100 Generating the test image succeeded.
10101 Invalid input was provided.
10102 The Codec SYNC-module cannot be initialised.
10103 The Codec MIXER-module cannot be initialised.
10104 The Codec VPP-module cannot be initialised.
10105 The Codec DENC-module cannot be initialised.
10106 The digital board hardware information is corrupt

on the digital board. When no input is given, the default values will be used (see
user input description below). Make sure to use the proper nuclei to route the
video signal on the analogue board to get the video signal to the proper output.

Note: Although a DTT has a Chrysalis C3, the codec IC may never use the
YUV functionality of the internal DENC. This is sp ecified by the hardware. The
digital boards for DTT do have a YUV- matrix. The signals from t his YUV-matrix
are not routed to the regular video output co nnector but to t he progr essive scan
output connector.

- Initialise the SYNC module.

- Initialise the DISPLAY module.

- Initialise the MIXER module.

- Initialise the DENC module.

- Set the selected video standard.

- Generate the selected test image in memory.

- Start the DISPLAY module.

- Start the MIXER module.

- Start the DENC module according to the selected test image id.

be used: < Test image i d > < Video standard > < Video output >
Test image id:

0 VERTICAL_COLOURBAR (default)
1 HORIZONTAL_COLOURBAR
2 WHITE
3 YELLOW
4 CYAN
5 GREEN
6 MAGENTA
7 RED
8 BLUE
9 BLACK
10 GRAY
11 TEST_IMAGE_FOR_PROGRESSIVE_SCAN

Video standard:

PAL Standard PAL 50 Hz (default)
NTSC Standard NTSC 60 Hz

Video output:

ALL CVBS and YC and RGB DACs are enabled (default)
CVBS CVBS DAC is enabled
YC Y and C DAC is enabled
RGB CVBS, R, G, and B DACs are enabled
YUV Y, U, and V DACs are enabled
PSCAN Progressive scan is enabled.

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Example

DS:> 101
010100:
Test OK @

DS:> 101 0 pal cvbs
010100:
Test OK @

DS:> 101 4 ntsc yc
010100:
Test OK @

Nucleus Name
Nucleus Number 102
Description Switches the test-image off.
Technical - Stop the DENC module.
Execution Time Less than 1 second.
User Input None
Error Number Description
10200 Stopping the test image generation succeeded
10201 The Codec DENC-module failed.
Example

DS_CHR_TestImageOff

DS:> 102
010200:
Test OK @

Nucleus Name DS_CHR_SineOn
Nucleus Number 103
Description Generate an audio sine signal on the audio output of the digital board.

Note: Left channel 6kHz, right channel 12 kHz sine. Make sure to route the
signal first.
When ‘SPDIF’ is entered as a parameter, the SPDIF path will be activated
correctly to contain the sine wave.

Technical - De-mute the analogue board

- Set fifo parameters for audio

- Set the volume

- Set the I2S outputs and configuration paths

- Set the decoder mode

- Configure the audio decoder

- Put the AC3 audio in the fifo

- Send ‘prepare’ command to the audio decoder

- Send ‘play’ command to the audio decoder

Execution Time Less than 1 second
User Input None or ‘SPDIF’
Error Number Description
10300 The sine signal was successfully generated
10301 The analogue board could not be de-muted
10302 The audio decoder did not initialise
10303 The dsp2 (DUET) of the audio decoder did not configure
10304 The dsp1 (PALM) of the audio decoder did not configure
10305 There was a delay-error before starting
10306 Wrong input was given to the decoder function
10307 Wrong input was given to the decoder function @@@@@
10308 The audio decoder did not get into the ‘prepared’ state
Example

DS:> 103
010300:
Test OK @

DS:> 103 spdif
010300:
Test OK @

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Nucleus Name DS_CHR_SineOff
Nucleus Number 104
Description Stop generating the audio sine signal
Technical - Reset the audio block of the Codec
Execution Time Less than 1 second.
User Input None
Error Number Description
10400 Switching off the audio sine signal succeeded
10401 Failed to reset the audio decoder
Example

DS:> 104
010400:
Test OK @

Nucleus Name
Nucleus Number 105
Description Generate an audio sine signal on the audio output of the digital board for 4

Technical - Call the DS_CHR_SineOn nucleus

Execution Time 4 seconds
User Input None
Error Number Description
10500 The sine signal burst was successfully generated
10501 The delay did not succeed during the burst
10502 The audio sine could not be generated
Example

DS_CHR_SineBurst

seconds.
Note: Left channel 6kHz, right channel 12 kHz sine with some known hick-ups

- Delay for 4 seconds

- Call the DS_CHR_SineOff nucleus

DS:> 105
010500:
Test OK @

Nucleus Name
Nucleus Number 106
Description Mute the audio outputs of the digital board
Technical - Send the ‘Mute’ command to the audio decoder

Execution Time Less than 1 second.
User Input “PIO” to just us e the PIO pin mute. When muting using this, also d e-mute using

Error Number Description
10600 Muting the audio succeeded
10601 Muting the audio through the PIO-pin failed
Example

DS_CHR_MuteOn

- Activate the ‘audio mute’ PIO pin

this as this works ‘paired’.

DS:> 106
010600:
Test OK @

DS:> 106 PIO
010600:
Test OK @

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Nucleus Name DS_CHR_MuteOff
Nucleus Number 107
Description De-mute the audio outputs of the digital board
Technical - Send the ‘DeMute’ command to the audio decoder

- Deactivate the ‘audio mute’ PIO pin

Execution Time “PIO” to just use the PIO pin de-mut e. Only de-mute using this when you muted

using the PIO parameter, as this works ‘’paired.
User Input None
Error Number Description
10700 De-muting the audio succeeded
10701 De-muting the audio through the PIO-pin failed
Example

DS:> 107

010700:

Test OK @

DS:> 107 PIO

010700:

Test OK @

Nucleus Name DS_CHR_DvLedOn
Nucleus Number 108
Description Check the connection to the DV-LED on the digital board by switching it on
Technical - Write to the PIO pin to light the DV LED
Execution Time Less than 1 second.
User Input None
Error Number Description
10800 Switching the DV-LED on succeeded
10801 Switching the DV-LED on failed
Example

DS:> 108

010800:

Test OK @

Nucleus Name
Nucleus Number 109
Description Switch off the DV-LED on the digital board
Technical - Write to the PIO pin to s witch off the DV LED
Execution Time Less than 1 second.
User Input None
Error Number Description
10900 Switching the DV-LED off succeeded
10901 Switching the DV-LED off failed
Example

DS_CHR_DvLedOff

DS:> 109

010900:

Test OK @

Nucleus Name DS_CHR_MacroVisionOn
Nucleus Number 110
Description Turn on MacroVision.
Technical - Set some registers of the DENC module in the Codec.
Execution Time Less than 1 second.
User Input None
Error Number Description
11000 Turning on MacroVision succeeded
11001 Turning on MacroVision failed
Example

DS:> 110

011000:

Test OK @

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Nucleus Name DS_CHR_MacroVisionOff
Nucleus Number 111
Description Turn off MacroVision.
Technical - Set some registers of the DENC module in the Codec.
Execution Time Less than 1 second.
User Input None
Error Number Description
11100 Turning off MacroVision succeeded
11101 Turning off MacroVision failed
Example

DS:> 111
011100:
Test OK @

Nucleus Name DS_CHR_Peek
Nucleus Number 112
Description Peek a value on a specified address
Technical - Check the user input

- Read out the address specified

- Check whether the address to be read is align e d on 4 bytes

Execution Time Less than 1 second.
User Input The address to peek on
Error Number Description
11200 Peeking on the specified address succeeded
11201 Peeking on the specified address failed, wrong user input
11202 Peeking on the specified address failed due to misalignment
Example

DS:> 112 0xa0700000
011200: Value read = 0x000001BD
Test OK @

Nucleus Name
Nucleus Number 113
Description Poke a value on a specified address
Technical - Check the user input

Execution Time Less than 1 second.
User Input The address to poke and the valu e: <ad dress><value>
Error Number Description
11300 Poking the specified address succeeded
11301 Poking the specified address failed, wrong user input
11302 Poking the specified address failed due to misal ignment
Example

DS_CHR_Poke

- Change the value on the address specified

- Check whether the address to be modified is aligned on 4 bytes

DS:> 113 0xa0700000 0xaabbccdd
011300:
Test OK @

Nucleus Name DS_CHR_INT_PICInterrupts
Nucleus Number 114
Description Test all interrupts of the priority interrupt controller
Technical - Install interrupt handlers

- Generate interrupts

- Test whether all interrupts were received

Execution Time Less than 1 second.
User Input ­Error Number Description
11400 Testing all the PIC interrupts succeeded
11401 Testing all the PIC interrupts failed
Example

DS:> 114
011400:
Test OK @

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Nucleus Name DS_CHR_DMA_TestDMA
Nucleus Number 115
Description Test the memory to memory DMA transfer
Technical - Create a block with known data in memory

Execution Time Less than 2 seconds.
User Input ­Error Number Description
11500 The testing of the DMAs succeeded
11501 The initialisation of the DMAs failed for one or more DMA
11502 One or more DMAs failed the test
Example

- Copy this block to the consecutive area using 3 different DMAs

- Check whether all DMAs transferred the data properly

DS:> 115

011500:

Test OK @

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3.2 BOOT EEPROM (BROM)

Nucleus Name DS_BROM_Communication
Nucleus Number 200
Description Check the com munication between th e IIC cont roller of t he Codec a nd the bo ot

Technical - Initialise IIC
Execution Time Less than 1 second.

User Input None
Error Number Description
20000 The data is properly read so the communication is OK
20001 The IIC bus was not accessible
20002 There was a timeout reading the device
20003 The IIC acknowledge was not received
20004 An IIC-bus error occurred
20005 The IIC bus initialisation failed
20006 An unexpected IIC error occurred
Example

Nucleus Name
Nucleus Number 201
Description Check whether the Boot EEPROM can be written to and read from
Technical - Initialise IIC

Execution Time Less than 1 second.
User Input None
Error Number Description
20100 The write-read test succeeded
20101 The write-read test failed
20102 An IIC-bus error occurred
20103 There was a timeout reading the device
20104 The IIC bus was not accessible
20105 The IIC acknowledge was not received
20106 Got unknown IIC bus error
20107 The IIC bus initialisation failed
Example

EEPROM

- Read something from the EEPROM

DS:> 200
020000:
Test OK @

DS_BROM_WriteRead

- Write something to the EEPROM

- Read from the same location and check whether it is the same as written

DS:> 201
020100:
Test OK @

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3.3 NON VOLATILE RAM (NVRAM)

Nucleus Name DS_NVRAM_Communication
Nucleus Number 300
Description Check the communication between the IIC controller of the Codec and the

Technical - Initialise IIC
Important note: This nucleus only checks the physical connection between the Codec and IIC

Execution Time Less than 1 second.
User Input None
Error Number Description
30000 Something is properly read so the communication is OK
30001 The IIC bus was not accessible
30002 There was a timeout reading the device
30003 The IIC acknowledge was not received
30004 The communication with the device failed
30005 The IIC bus initialisation failed
Example

Nucleus Name DS_NVRAM_WriteRead
Nucleus Number 301
Description Check whether the EEPROM can be written to and read from
Technical - Initialise IIC

Execution Time Less than 1 second
User Input None
Error Number Description
30100 The write-read test succeeded
30101 The IIC bus could not be initialised
30102 There was an NVRAM IO error
30103 The value could not be read back from the NVRAM
Example

NVRAM EEPROM

- Read from a location in the NVRAM EEPROM device

EEPROM. If no EEPROM is mounted this test will fail. However other NVRAM

nuclei might still work because the software will store NVM data into flash

memory

DS:> 300

030000:

Test OK @

- If no IIC EEPROM was found then initialise flash memory to use NVM
pages

- Backup data from location to modify

- Write to location and read it back again

- Write back the backed up data to the location to leave the NVRAM as

found

DS:> 301
030100:
Test OK @

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Nucleus Name DS_NVRAM_Clear
Nucleus Number 302
Description Make the EEPROM empty, containing all zeroes.
Technical - Initialise IIC

Important note:

Execution Time 16 seconds
User Input None
Error Number Description
30200 The clearing of the NVRAM succeeded
30201 There was an IIC error
30202 Clearing the NVRAM failed
Example

- If no IIC EEPROM was found then initialise flash memory to use NVM
pages

- Read the DVID and diversity string from NVM (either EEPROM or Flash)

- Create a memory block filled with zeroes

- Write this block to the NVRAM (either EEPROM or Flash)

- Write back the Read the DVID and diversity string to NVM (either

EEPROM or Flash)

The Hardware Diversity Information and unique identification number
(IEE1394-specific) of the Digital Video processing part is NOT cleared b y this
nucleus!

DS:> 302
030200:
Test OK @

Nucleus Name DS_NVRAM_Modify
Nucleus Number 303
Description Modifies one or more loca tions in NVRAM and updates the checksum of the

Technical - Initialise IIC

Execution Time Less than 1 second
User Input 1. The location that mus t be modif ie d

Error Number Description
30300 Modifying the NVRAM contents succeeded
30301 Unable to initialise NVM
30302 Modifying the NVRAM contents failed
30303 length out of range
30304 unable to decode length
30305 offset out of range
30306 unable to decode offset
30307 unknown location specified
30308 no location is specified
30309 number of values incorrect
30310 There was an IIC error
Example

section modified

- If no IIC EEPROM was found then initialise flash memory to use NVM
pages

- Decode user input

- Modify the NVRAM as indicated

- Validate the NVRAM by calculating the checksum and storing it

i.e. "ALL" "BOOT" "DIAGNOSTICS" "DOWNLOAD" "CONFIG"
"RECORDER" or no string if an offset from the base address of the
NVRAM is required

2. The offset and data which to put on the selected location
<offset> <length> <data>

DS:> 303 DIAGNOSTICS 5 1 0x5a
030300: Section is modified successfully
Test OK @

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Nucleus Name DS_NVRAM_Read
Nucleus Number 304
Description Read out one or more locations in the NVRAM
Technical - Initialise IIC

Execution Time Less than 1 second
User Input 1. The location which mus t be read

Error Number Description
30400 Value read
30401 Unable to initialise NVM
30402 Reading the NVRAM contents failed
30403 Length out of range
30404 Unable to decode length
30405 Offset out of range
30406 Unable to decode offset
30407 Unknown location specified
30408 No location is specified
Example

- If no IIC EEPROM was found then initialise flash memory to use NVM
pages

- Decode user input

- Read from the NVRAM and return this info to the user

i.e. "ALL" "BOOT" "DIAGNOSTICS" "DOWNLOAD" "CONFIG"
"RECORDER" or no string if an offset from the base address of the
NVRAM is required

2. The offset and number of bytes to read
<offset> <length>

304 DIAGNOSTICS 0 6
030400: Value read = 0x00 0x00 0x00 0x00 0x00 0x5A
Test OK @

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3.4 SDRAM (SDRAM)

Nucleus Name DS_SDRAM_WriteRead
Nucleus Number 400
Description Check all data lines, address lines and memory locations of the SDRAM
Technical - Test the data bus

Execution Time 11 seconds for 32 Mb
User Input None

Error Number Description
40000 The write-read test succeeded
40001 The data bus contains an error
40002 The address bus contains an error
40003 The SDRAM itself contains an error
Example

Nucleus Name
Nucleus Number 401
Description Check all data lines and address lines of the SDRAM
Technical - Test the data bus

Execution Time Less than 1 second
User Input None
Error Number Description
40100 The write-read test succeeded
40101 The data bus contains an error
40102 The address bus contains an error
Example

Nucleus Name DS_SDRAM_Write
Nucleus Number 402
Description Write to a specific un-cached memory address
Technical - Decode the user input and check its ranges and alignment on 4 bytes

Execution Time Less than 1 second
User Input 1. The location that mus t be modif ie d

Error Number Description
40200 Writing to the SDRAM succeeded
40201 Writing to the SDRAM failed; Wrong user input
40202 Address is not dividable by 4
Example

- Test the address bus

- Test the integrity of the device itself (memory locations)

23 seconds for 64 Mb

DS:> 400
040000:
Test OK @

DS_SDRAM_WriteReadFast

- Test the address bus

DS:> 401
040100:
Test OK @

- Write the data to the SDRAM

(SDRAM starts at address 0xA0000000)

2. The value to put on the selected location

DS:> 402 0xa1000010 0xad112222
040200:
Test OK @

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Nucleus Name DS_SDRAM_Read
Nucleus Number 403
Description Read from a specific un-cached memory address
Technical - Decode the user input and check the ranges

Execution Time Less than 1 second
User Input The location from which the data must be read

Error Number Description
40300 Reading from the SDRAM succeeded
40301 Reading from the SDRAM failed; Wrong user input
40302 Address is not dividable by 4
Example

- Read from the SDRAM and return this info to the user

(SDRAM starts at address 0xA0000000)

DS:> 403 0xa1000010
040300: Value read = 0xAD112222
Test OK @

Nucleus Name DS_SDRAM_DmaWriteRead
Nucleus Number 404
Description Write a pattern to the entire SDRAM using DMA and check the data
Technical - Check if the Stack pointer is not in the write range

Execution Time 24 seconds
User Input None.
Error Number Description
40400 Writing to the SDRAM succeeded
40401 Stack area definition ERROR!
40402 DMA controller could not be initialised.
40403 Not all data was transferred correctly
Example

- Clear a 64kb block and then fill it with a pattern

- Initialise the DMA controller and writ e the dat a to th e SDRAM

- Then check if all the data was written correctly (except descriptor tables)

- Repeat the process 4 times with 4 different patterns

DS:> 404
040400:
Test OK @

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3.5 FLASH (FLASH)

Nucleus Name DS_FLASH_DevTypeGet
Nucleus Number 500
Description Get the device (revision) type information of the FLASH ICs. (type,

Technical - Set the timing for the flash writing

Execution Time Less than 1 second
User Input None
Error Number Description
50000 Getting the information from the FLASH succeeded
50001 Getting the information from the FLASH failed
Example

Nucleus Name DS_FLASH_WriteRead
Nucleus Number 501
Description Check whether the FLASH can be written to and read from
Technical - Find the test segment in flash

Execution Time Less than 1 second.
User Input None
Error Number Description
50100 The FLASH write-read test succeeded
50101 The test segment could not be found
50102 All bits in the TEST region are filled with 0 (region exhausted)
50103 The Write Read test failed
50104 The Write Failed
Example

Nucleus Name
Nucleus Number 502
Description Read from a specific memory address in FLASH
Technical - Deco de the user input and check th e ranges and whether the address is

Execution Time Less than 1 second.
User Input The location from which data must be read

Error Number Description
50200 Reading the FLASH succeeded
50201 Reading the FLASH failed; Wrong user input
50202 Address is not dividable by 4
Example

manufacturer, device ID and size)

- Write a command sequence to determine device type information

- Return the information to th e user

DS:> 500
050000: Found FLASH memory:
NOR AMD 29DL640G 8MB,NOR AMD 29DL640G 8MB
Test OK @

- Read the data into SDRAM

- Modify the data

- Write this data from SDRAM to FLASH and verify it by reading back again

DS:> 501
050100:
Test OK @

DS_FLASH_Read

aligned on 4 bytes

- Read the data and return this to the user

(FLASH starts at address 0xB8000000)

DS:> 502 0xb8000000
050200: Value read = 0x3C08A000
Test OK @

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Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_FLASH_ChecksumProgram
Nucleus Number 503
Description Check the checksum of the application partitions by recalculating and

comparing partition checksums

Technical - Determine the number of segments

- Find the application in each segment and det e rmin e it s check su m

- Check whether the checksums stored match the newly calculated

Execution Time 6 seconds
User Input None
Error Number Description
50300 The checksum is valid, the test succeeded
50301 The checksum is invalid
Example

DS:> 503
050300:
BootCode checksum is: 0xBABE5B6F, which is correct
Diagnostics checksum is: 0xBABEBAFF, which is correct
Download checksum is: 0xBABEEDBF, which is correct
Application checksum is: 0xBABE8EEC, which is correct
Test OK @

Nucleus Name DS_FLASH_CalculateChecksum
Nucleus Number 504
Description Calculate the checksum over all memory addresses. Used to check entire

FLASH contents
Technical - Run the checksum calculation algorithm on all flash memory addresses
Execution Time 6 seconds
User Input None
Error Number Description
50400 Calculating the checksum over all addresses succeeded
Example

DS:> 504

050400: The Checksum = 0xBABE30A4

Test OK @

Nucleus Name DS_FLASH_CalculateChecksumFast
Nucleus Number 505
Description Calculate a checksum over a selected number of address locations
Technical - Run the checksum calculation algorithm on a sele cted number of flash

memory addresses
Execution Time 6 seconds
User Input None
Error Number Description
50500 Calculating the checksum over selected addresses succeeded
Example

DS:> 505
050500: The Checksum = 0xBABEB064
Test OK @

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Date : 2005-09-02 Section : Diagnostic Software

3.6 VIDEO INPUT PROCESSOR (VIP)

Nucleus Name DS_VIP_DevTypeGet
Nucleus Number 600
Description Get the device (revision) type information of the VIP IC
Technical - Initialise IIC

Execution Time Less than 1 second
User Input None
Error Number Description
60000 Getting the information from the VIP succeeded
60001 The IIC bus initialisation failed
60002 The was an error getting the information from the VIP
60003 Type not according to type stored in HW diversit y string
Example

Nucleus Name DS_VIP_Communication
Nucleus Number 601
Description Check the co mmunication betwee n the IIC control ler of the Codec and the VIP

Technical - Initialise IIC
Execution Time Less than 1 second

User Input None
Error Number Description
60100 Communicating with the VIP succeede d
60101 The IIC bus was not accessible
60102 There was a timeout reading the device
60103 The IIC acknowledge was not received
60104 The communication with the device failed
60105 The IIC bus initialisation failed
Example

Nucleus Name DS_VIP_ClockOutputOn
Nucleus Number 602
Description Switch the clock output on
Technical - Initialise IIC

Execution Time Less than 1 second
User Input None
Error Number Description
60200 Switching the clock output on succeeded
60201 Switching the clock output on failed
Example

- Read out the device (revision) type information of the VIP IC

DS:> 600
060000: Found SAA7118
Test OK @

IC

- Read data from a location in the VIP

DS:> 601
060100:
Test OK @

- Set the clock output through IIC

DS:> 602
060200:
Test OK @

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Nucleus Name DS_VIP_ClockOutputOff
Nucleus Number 603
Description Switch the clock output off
Technical - Initialise IIC

Execution Time Less than 1 second
User Input None
Error Number Description
60300 Switching the clock output off succeeded
60301 Switching the clock output off failed
Example

- Reset the clock output through IIC

DS:> 603
060300:
Test OK @

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Nucleus Name DS_VIP_SelectInput
Nucleus Number 604
Description Select an input video path to be s witched to the analogue outp ut pin (AOUT) of

Technical - Check the user input

Execution Time Less than 1 second
User Input The input to select, see table below.

Error Number Description

the VIP

- Initialise IIC

- Read out the VIP id

- Write the set of registers required for the input specified

Available channels for input of the 7118 and their description:

Channel number Description

1 CVBS_Y_IN_A
2 CVBS_OUT_B
3 CVBS_Y_IN_B
4 CVBS_Y_IN_C
6 C_IN
8 G_IN
9 Y_IN
13 B_IN
14 U_IN
18 R_IN
19 V_IN

Available channels for input of the 7115 and their description:

Channel number Description

1 CVBS_Y_IN_B
2 CVBS_OUT_B_VIP
4 C_IN_VIP
7 CVBS_Y_IN_B

Available channels for input of the 7119 and their descrip tio n:

Channel number Description

1 Y / CVBS
3 CVBS
4 Y3
6 C / CVBS
8 G
9 Y
12 Y2
13 B
14 U
17 C
18 R
19 V

Available channels for input of the 7173 and their description:

Channel number Description

1 CVBS_TUNER_IN
2 CVBS_REAR_IN
3 CVBS_FRONT_IN
4 C_REAR_IN
5 Y_REAR_IN
6 Y_FRONT_IN
7 C_FRONT_IN
8 AL_REAR_IN
9 AL_FRONT_IN
10 AR_FRONT_IN
11 AR_REAR_IN
12 SIF_TUNER_IN

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60400 Selecting the input of the VIP succeeded
60401 The user provided wrong input
60402 The VIP was not accessible
60403 An unsupported VIP was found
Example

DS:> 604 1
060400:
Test OK @

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3.7 DIGITAL VIDEO INPUT OUTPUT CIRCUIT (DVIO)

Nucleus Name DS_DVIO_LinkDevTypeGet
Nucleus Number 700
Description Get the device (revision) type information of the 1394 Link layer IC
Technical - Initialise the PIO pins on the Codec

Execution Time Less than 1 second
User Input None
Error Number Description
70000 Getting the information from the link layer IC succeeded
70001 Getting the information from the link layer IC failed
70002 Type not according to type stored in HW diversit y string
Example

Nucleus Name
Nucleus Number 701
Description Get the device (revision) type information of the 1394 Physical layer IC
Technical - Initialise the PIO pins of the Codec

Execution Time Less than 1 second
User Input None
Error Number Description
70100 Getting the information from the physical layer IC succeeded
70101 The physical layer IC was not accessible
70102 Getting the information from the physical la ye r IC faile d
70103 Type not according to type stored in HW diversit y
Example

Nucleus Name DS_DVIO_LinkCommunication
Nucleus Number 702
Description Check the access ibility of the 1394 L ink layer IC by writing to and re ading from

Technical - Initialise the PIO pins of the Codec

Execution Time Less than 1 second
User Input None
Error Number Description
70200 Communicating with the link layer IC succee ded
70201 Communicating with the link layer IC failed
70202 Result of nucleus not according to HW diversity string
Example

- Read out the ID register

DS:> 700
070000: Device type of the link layer IC: ffc00301
Test OK @

DS_DVIO_PhyDevTypeGet

- Write the PHY-access register in the Link chip to indicate phy read access

- Wait until the link chip has obtained the val u e f rom the phy-chip

- Read this out and filter the data to be returned to the user

DS:> 701
070100: Physical layer IC: VendorID: 0x006037, ProductID: 0x412801
Test OK @

a specific address

- Write a pattern to the CYCTM register of the link chip

- Read back and verify the pattern

DS:> 702
070200:
Test OK @

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Nucleus Name DS_DVIO_PhyCommunication
Nucleus Number 703
Description Check the accessibility of the 1394 Ph ysical layer IC by writing to and reading

Technical - Initialise the PIO pins of the Codec

Execution Time Less than 1 second
User Input None
Error Number Description
70300 Communicating with the physical layer IC succeeded
70301 The physical layer IC was not accessible
70302 Communicating with the physical layer IC failed
70303 Result of nucleus not according to HW diversity string
Example

from a specific address

- Initialise IIC

- Write the data to be written to the PHY-chip to the link chip first

- Wait until the link chip indicates that the data has been written to the PHY

- Write the PHY-access register in the Link chip to indicate PHY read access

- Wait until the link chip has obtained the value from the PHY-chip

- Test whether the value read back equals the one pr evi ous l y wri tten

DS:> 703
070300:
Test OK @

Nucleus Name DS_DVIO_Routing
Nucleus Number 704
Description Route a DV stream containing an audio and video signal through the physical

Technical - Initialise the DMA to transfer 5 frames PAL/NTSC

Execution Time 6-10 seconds (6 when OK, 10 when no stream o r error)
User Input None
Error Number Description
70400 Routing the signals succeeded
70401 The 1394 link chip could not be initialised pro perly
70402 There was a syntax error in the DV stream
70403 DMA could not copy DV stream to memory. Stream connected?
70404 DMA not working properly
Example

and link layer ICs to the Codec. This test works for both NTSC and PAL.

- Initialise the DV de-multiplexer

- Initialise the 1394 interface and start reception of the DV stream

- Check whether the stream was copied to memory properly by the byte

input interface (port to memory type DMA)

DS:> 704
070400:
Test OK @

Nucleus Name
Nucleus Number 705
Description Check whether a DV node can be detected b y the hard ware. Th is tes t wor ks for

Technical - Initialise the 1394 interface
Execution Time 3 or 5 seconds (3 when OK, 5 when no stream or error)

User Input None
Error Number Description
70500 The node was detected OK
70501 The 1394 link chip could not be initialised pro perly
70502 Unable to write to 1394 PHY chip
70503 Unable to read from 1394 PHY chip
70504 No node was detected
Example

DS_DVIO_DetectNode

both NTSC and PAL.

- Detect whether a node is in range

DS:> 705
070500:
Test OK @

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Nucleus Name DS_DVIO_DetectStream
Nucleus Number 706
Description Check whether a DV stream can be de tected by the hardware. This test wo rks

Technical - Initialise the 1394 interface

Execution Time 3 or 5 seconds (3 when OK, 5 when no stream or error)
User Input None
Error Number Description
70600 The stream was detected
70601 The 1394 link chip could not be initialised pro perly
70602 No stream detected
Example

for both NTSC and PAL.

- Start receiving the stream

- Detect whether the stream is OK

DS:> 706
070600:
Test OK @

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3.8 PROGRESSIVE SCAN CIRCUIT (PSCAN)

Nucleus Name
Nucleus Number 800
Description Get the device (revision) type information of the progressive scan ic.
Technical - Initialise the progressive scan ic.

Execution Time 1 second
User Input None

Error Number Description
80000 Everything went well.
80001 The communication with the device failed
80002 No chip was expected
Example

Nucleus Name
Nucleus Number 801
Description Check the communication between the IIC controller of the Codec and the

Technical - Initialise IIC
Execution Time Less than 1 second

User Input None
Error Number Description
80100 Communicating with the progressive scan ic succeeded
80101 The IIC bus was not accessible
80102 There was a timeout reading the device
80103 The IIC acknowledge was not received
80104 Communicating with the progressive scan ic failed
80105 The initialisation of the IIC bus failed
80106 The read data is not the same as the written data
80107 No chip was expected
Example

Nucleus Name DS_PSCAN_TestImageOn
Nucleus Number 802
Description Generate the test images that are present on the progressive scan IC.
Technical - Determine whether the user wanted a HATCH or a FRAME image pattern

Execution Time Less than 1 second

DS_PSCAN_DevTypeGet

- Try to read the version register of the progressive scan ic.

DS:> 800
080000:
Chip name : 2300
Chip version : 1
Test OK @
DS:> 800
080000:
Chip name : ADV7196
Test OK @
DS:> 800
080000:
Chip name : ADV7302
Test OK @

DS_PSCAN_Communication

progressive scan IC

- Write data to a register of the progressive scan ic through IIC

DS:> 801
080100:
Test OK @

- Initialise the PIO pins of the Codec

- Initialise IIC

- Reset the DENC

- Enable the 27Mhz clock

- Send all settings for the pattern to the DENC through IIC

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User Input In case of ADV7196:

Error Number Description
80200 The generation of the test image succeeded
80201 Unable to initialise PSCAN IC
80202 Unable to reset DENC
80203 Unable to generate image
80204 No chip was expected
Example

When no input is given “HATCH” is the default

-“HATCH”

-“FRAME”
Remark:
“HATCH” is a crosshatch test pattern (horizontal and vertical white lines are
displayed against a black background)
“FRAME” is a uniform coloured frame/field test pattern (default white).
In case of FLI2300: Nothing.

DS:> 802 HATCH
080200:
Test OK @

Nucleus Name
Nucleus Number 803
Description Switch off the generated test image
Technical - Initialise IIC

Execution Time Less than 1 second
User Input None
Error Number Description
80300 Turning off the test image succeeded
80301 Unable to initialise PSCAN IC
80302 IIC Error during writing PSCAN IC
80303 No chip was expected
Example

DS_PSCAN_TestImageOff

- Send the default DENC settings to the DENC through IIC

DS:> 803
080300:
Test OK @

Nucleus Name DS_PSCAN_TestImageColourSettingsSet
Nucleus Number 804
Description Set the colour of the hatch- or the frame- field to a different value than the

default white

Technical - Determine which colour must be set.

- Initialise IIC.

- Enable 27 MHz PSCAN Clock.

- Send all settings to the DENC through IIC.

Execution Time Less than 1 second.
User Input A colour string of one of the nex t non-case sensitive strings ( WHITE, BLACK,

RED, GREEN, BLUE, YELLOW, CYAN, MAGENTA ) or Y Cr Cb (hexa-)

decimal values.
Error Number Description
80400 Setting the new colour-settings succeeded
80401 The user provided wrong input
80402 Unable to initialise PSCAN IC
80403 Unable to set colour
80404 No chip was expected
Example

DS:> 804 yellow

080400:

Test OK @

DS:> 804 0x6a 0xde 0xca

080400:

Test OK @

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Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_PSCAN_TestImageColourSettingsGet
Nucleus Number 805
Description Get the colour settings of the hatch- or the frame- field.
Technical - Initialise IIC.

- Read the colour settings from the DENC through IIC.
Execution Time Less than 1 second.
User Input None
Error Number Description
80500 Getting the colour-settings succeeded
80501 The progressive scan DENC-IC was not accessible through IIC
80502 Unable to get colour
80503 No chip was expected
Example

DS:> 805
080500: Colour Y Cr Cb values: 0xD2 0x92 0x10
Test OK @

Nucleus Name DS_PSCAN_Routing
Nucleus Number 806
Description Route a video signal from the codec host processor through the progressive

scan ICs to the progressive scan output of the set.
Note: To route the progressive scan to the output of the set, first call the
nucleus to do the video routing on the analogue (part of the) board.

Technical - Initialise the PIO pins of the codec

- Initialise IIC

- Reset the DENC

- Enable the 27Mhz clock

- Send all settings to the DENC through IIC.

Execution Time Less than 1 second.
User Input None
Error Number Description
80600 Routing path is created successfully.
80601 Unable to initialise the Codec.
80602 Unable to access DENC
80603 Unable to access de-interlacer.
80604 Wrong chips were expected.
Example

DS:> 806
080600:
Test OK @

Nucleus Name DS_PSCAN_DevTypeGetDeinterlacer
Nucleus Number 807
Description See nucleus 800.
Example

DS:> 807
080700:
Chip name : 2300
Chip version : 1
Test OK @

Nucleus Name DS_PSCAN_CommunicationDeinterlacer
Nucleus Number 808
Description See nucleus 801.
Example

DS:> 808
080800:
Test OK @

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3.9 BASIC ENGINE (BE)

Nucleus Name
Nucleus Number 900
Description Check the communica tion between the digital board and the basic engine b y

Technical - Check if an AV2 or AV3 is connected

Execution Time Less than 1 second
User Input None
Error Number Description
90000 Communicating with the BE over the S2B interface succeeded
90001 There was a time-out while communic ating
90002 The Basic Engine returned an unexpected result
90003 The Basic Engine returned an error code
90004 No acknowledge received from BE
90005 Communicating with the Basic Engine failed
90006 Echo check failed, no echo received
90007 Echo check failed, received wrong pattern
Example

DS_BE_CommunicationEcho

issuing an echo command

- In case of an AV2 Check the communic ation bet ween the digi tal board an d
the basic engine by issuing an echo command over the S2B interface

- Check if the BE returned the string 0x00 0xAA 0x55

- In case of an AV3 send an ATAPI TEST_UNIT_READY command

DS:> 900
090000:
Test OK @

Nucleus Name DS_BE_Reset
Nucleus Number 901
Description Reset the basic engine

Technical - Check if an AV2 or AV3 is connected

Execution Time 2 seconds on AV2
User Input None

Error Number Description
90100 Resetting the Basic Engine succeeded
90101 Resetting the Basic Engine failed
Example

- In case of an AV2 Toggle the reset pin of the I2S interface

- In case of an AV3 Toggle the reset pin of the IDE interface

9 seconds on AV3 (when disc inside)

DS:> 901
090100:
Test OK @

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Nucleus Name DS_BE_GetSelftestResult
Nucleus Number 902
Description Return the self-test results through the service port
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2 Send the S2B GET_SELF_TEST_RESULT command

- In case of an AV3 Send the ATAPI REPORT_DRIVE_DIAGNOSTICS

command

- On error display the specific error codes received from the BE
Execution Time Less than 1 second
User Input None
Error Number Description
90200 Self test succeeded, no errors
90201 There was a time-out while communicating
90202 The Basic Engine returned an unexpected result
90203 The BE returned an error code
90204 No acknowledge received from BE
90205 Communicating with the Basic Engine failed
90206 Basic Engine returned no info
90207 Self test failed, errors are echoed
Example

DS:> 902
090200:
Self-test result byte : 00000000
Self-test result byte : 00000000
Self-test result byte : 00000000
Test OK @

Nucleus Name DS_BE_VersionGet
Nucleus Number 903
Description Get the version of the basic engine and that of the optical unit
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2 send the S2B GET_VERSION_NUMBER command

- In case of an AV3 send the ATAPI INQUIRY command

- Send the GET_OPU_VERSION command

- Display the returned version information

Execution Time Less than 1 second
User Input None
Error Number Description
90300 BE version OK
90301 There was a time-out while communicating
90302 The Basic Engine returned an unexpected result
90303 The BE returned an error code
90304 No acknowledge received from BE
90305 Communicating with the Basic Engine failed
90306 The BE returned no info
Example (AV2)

Example (AV3)

DS:> 903

090300: BE version = 20.09.18 Optical unit version = 3C.00.09.41.08

Test OK @
DS:> 903
090300:
BE version = 31.30.24. PHILIPS ,VAD8031
,31302400,REL_8031_313024 2073,
Optical unit version = 00.06.82.19.00
Test OK @

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Nucleus Name DS_BE_TrayOut
Nucleus Number 904
Description Open the tray of the basic engine
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2 Send the S2B TRAY_OUT command

- In case of an AV3 send an ATAPI START_STOP_UNIT command

Execution Time Approximately 2 seconds
User Input None
Error Number Description
90400 The command executed successfully
90401 There was a time-out while communic ating
90402 The Basic Engine returned an unexpected result
90403 The BE returned an error code
90404 No acknowledge received from BE
90405 Unable to enter normal mode
90406 Communicating with the Basic Engine failed
Example

DS:> 904
090400:
Test OK @

Nucleus Name DS_BE_TrayIn
Nucleus Number 905
Description Close the tray of the basic engine
Technical - Check if an AV2 or AV3 is connected

- Send the S2B TRAY_IN command

- In case of an AV3 send an ATAPI START_STOP_UNIT command

Execution Time Approximately 1 - 2 seconds
User Input None
Error Number Description
90500 The command executed successfully
90501 There was a time-out while communic ating
90502 The Basic Engine returned an unexpected result
90503 The BE returned an error code
90504 No acknowledge received from BE
90505 Unable to enter normal mode
90506 Communicating with the Basic Engine failed
Example

DS:> 905
090500:
Test OK @

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Nucleus Name DS_BE_WriteReadDvdRw
Nucleus Number 906
Description Write data to and read data from a DVD+RW or DVD-RW disc through the

basic engine for verification of the writing

Technical - Check if an AV2 or AV3 is connected

- Execute DS_BE_GetSelftestResults

- Send the TRAY_IN command

- Send the READ_TOC command

- Generate a random disc location

- Generate test data to write to the DVD+RW

- In case of an AV2 Transfer the test data to the disc location using DMA

- In case of an AV3 Transfer the test data to the disc location using PIO

mode ATAPI WRITE_10

- In case of an AV2 Read back the data from disc using DMA

- In case of an AV3 Transfer the test data to the disc location using PIO

mode ATAPI READ_10

- Compare the two data areas and check whether the are as are eq ual
Execution Time Approximately 20 seconds
User Input None
Error Number Description
90600 The command executed successfully
90601 This nucleus cannot be executed because the Self-Test failed
90602 The BE cannot enter normal operating mode
90603 Unable to send the tray in
90604 Unable to read TOC from disc

90605

Invalid disc is loaded, please insert a DVD+RW or DVD-RW

disc
90606 Writing the test pattern to DVD+RW or DVD-RW failed
90607 Reading back the test pattern from DVD+RW of DVD-RW fail ed
90608 Compare check failed
90609 Calibrating DVD+RW or DVD-RW failed
Example

DS:> 906
090600: DVD+RW test on sector 0x5dbe0: OK
Test OK @
DS:> 906
090600: DVD-RW test on sector 0x304e0: OK
Test OK @

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Nucleus Name DS_BE_WriteReadDvdR
Nucleus Number 907
Description Write data to and re ad data from a DVD+R or DVD-R disc through the basic

engine for verification of the writing

Technical - Check if an AV2 or AV3 is connected

- Execute DS_BE_GetSelftestResults

- Send the TRAY_IN command

- Send the READ_TOC command

- Use the OPC area to test if the DVD+R or DVD-R is (still) writable

- Generate test data to write to the DVD+R or DVD-R

- In case of an AV2 Transfer the test data to the disc location using DMA

- In case of an AV3 Transfer the test data to the disc location using PIO

mode ATAPI WRITE_10

- In case of an AV2 Read back the data from disc using DMA

- In case of an AV3 Transfer the test data to the disc location using PIO

mode ATAPI READ_10

- Compare the two data areas and check whether the areas are equal
Execution Time Approximately 20 seconds
User Input None
Error Number Description
90700 The command executed successfully
90701 This nucleus cannot be executed because the Self-Test failed
90702 The BE cannot enter normal operating mode
90703 Unable to send the tray in
90704 Unable to read TOC from disc
90705 Invalid disc is loaded, please insert a DVD+RW disc
90706 Unable to write, the DVD+R or DVD-R disc is full
90707 No writable DVD+R or DVD-R sector found
90708 Writing the test pattern to DVD failed
90709 Reading back the test pattern from DVD failed
90710 Compare check failed
Example

DS:> 907
090700: DVD+R test on sector 0x36210: OK
Test OK @
DS:> 907
090700: DVD-R test on sector 0x30000: OK
Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_BE_StatisticalInformationGet
Nucleus Number 908
Description Retrieve the statistical information from the basic engine
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2 Send the S2B GET_STATISTICAL_INFO command

- In case of an AV3 Send the transparent BIT engine

GET_STATISTICAL_INFO command

- Display the info returned from the BE

Execution Time Less than 1 second on AV2

2 seconds on AV3
User Input None
Error Number Description
90800 The command executed successfully
90801 There was a time-out while communicating
90802 The Basic Engine returned an unexpected result
90803 The BE returned an error code
90804 No acknowledge received from BE
90805 Communicating with the Basic Engine failed
90806 The BE returned no info
Example (AV2)

Example (AV3)

DS:> 908

Number of times Tray went Open/Closed : 4

Total minutes the CD laser was on : 0

Total minutes the DVD laser was on : 0

Total minutes the write laser was on : 0

090800:

Test OK @

DS:> 908

Number of times Tray went Open/Closed

4

Total time the power power on (HR:MIN)

0:0h

Total time of reading CDROM discs (HR:MIN)

0:0h

Total time of reading high speed CD-R discs (HR:MIN) 0:0h

Total time of reading other CD-R discs (HR:MIN) 0:0h

Total time of reading high speed CD-RW discs (HR:MIN) 0:0h

Total time of reading other CD-RW discs (HR:MIN) 0:0h

Total time of reading high speed DVD SL discs (HR:MIN) 0:0h

Total time of reading other DVD SL discs (HR:MIN) 0:0h

Total time of reading high speed DVD DL discs (HR:MIN) 0:0h

Total time of reading other DVD DL discs (HR:MIN) 0:0h

Total time of reading high speed DVD+R discs (HR:MIN) 0:0h

Total time of reading other DVD+R discs (HR:MIN) 0:2h

Total time of reading high speed DVD+RW discs (HR:MIN) 0:0h

Total time of reading other DVD+RW discs (HR:MIN) 0:35h

Total time of writing DVD+R discs at 2.4 x (HR:MIN) 0:0h

Total time of writing DVD+R discs at 4 x (HR:MIN) 0:0h

Total time of writing DVD+RW discs at 2.4 x (HR:MIN) 0:0h

Total time of writing DVD+RW discs at 4 x (HR:MIN) 0:0h

090800:

Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_BE_StatisticalInformationReSet
Nucleus Number 909
Description Reset the statistical information in the basic engine
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2

- Send the S2B RESET_STATISTICAL_INFO comman d

- Send the S2B POWER_DOWN command

- Toggle the reset pin of the I2S interface

- In case of an AV3 Send the transparent BIT engine

RESET_STATISTICAL_INFO command
Execution Time 2 seconds
User Input None
Error Number Description
90900 The command executed successfully
90901 There was a time-out while communic ating
90902 The Basic Engine returned an unexpected result
90903 The BE returned an error code
90904 No acknowledge received from BE
90905 Communicating with the Basic Engine failed
Example

DS:> 909
090900:
Test OK @

Nucleus Name DS_BE_ErrorLogGet
Nucleus Number 910
Description Get the error log from the basic engine
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2 Send the S2B GET_ERROR command

- In case of an AV3 Send the transparent BIT engine GET_ERROR and

GET_FATAL commands

- Display the returned info
Execution Time Less than 1 second
User Input None
Error Number Description
91000 The command executed successfully
91001 There was a time-out while communic ating
91002 The Basic Engine returned an unexpected result
91003 The BE returned an error code
91004 No acknowledge received from BE
91005 Communicating with the Basic Engine failed
91006 The BE returned no info
Example (AV2)

Example (AV3)

DS:> 910
Momentary errors (Byte 1 - Byte 7) : 0x00 0x00 0x00 0x00 0x00
0x00 0x00
Cumulative errors (Byte 1 - Byte 7) : 0x00 0x00 0x00 0x20 0x00
0x00 0x00
Fatal errors (Oldest - Youngest) : 0x00 0x00 0x00 0x00 0x00
091000:
Test OK @
DS:> 910
Momentary errors (0-9): 0x00 0x00 0x 00 0x00 0x00 0x00 0x00 0x00
0x00 0x00
Cumulative errors (1-9) : 0x00 0x80 0x20 0x00 0x00 0x00 0x00 0x00
0x00
Software fatal assert : 799 engineproxy.cpp
091000:
Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_BE_ErrorLogReset
Nucleus Number 911
Description Reset the error log in the basic engine
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2

- Send theS2B RESET_STATISTICAL_INFO command

- Send the S2B POWER_DOWN command

- Toggle the reset pin of the I2S interface

- In case of an AV3 Send the transparent BIT engine

RESET_STATISTICAL_INFO command
Execution Time 2 seconds
User Input None
Error Number Description
91100 The command executed successfully
91101 There was a time-out while communicating
91102 The Basic Engine returned an unexpected result
91103 The BE returned an error code
91104 No acknowledge received from BE
91105 Communicating with the Basic Engine failed
Example

DS:> 911
091100:
Test OK @

Nucleus Name DS_BE_JitterOptimise
Nucleus Number 912
Description Perform jitter optimisation:

A formatted DVD must be loaded into the engin e be fo re ex e cuting thi s nucleu s

Technical - Check if an AV2 or AV3 is connected

- Send the TRAY_IN command

- Send the READ_TOC command

- In case of an AV2

- Send the JITTER_COMMAND command with parameter 0x00 0x00

- Send the JITTER_COMMAND command with parameter 0x00 0x01

- Send the JITTER_COMMAND command with parameter 0x00 0x02

until offset 0x80 is received

- In case of an AV3 Send the MEASURE_JITTER_BLER_PPN command
and display the average jitter and bler values

Execution Time Approximately 20 seconds
User Input None
Error Number Description
91200 Optimising jitter succeeded
91201 There was a time-out while communicating
91202 The Basic Engine returned an unexpected result
91203 The Basic Engine returned an error code
91204 No acknowledge received from BE
91205 Unable to send tray in
91206 Unable to read the disc
91207 No disc is loaded
91208 Unknown disc is loaded
91209 Unable to enter service mode
Example (AV2)

Example (AV3)

DS:> 912
091200: Jitter bathtub: (-42,135)(-40,127)(-38,106)(-36,106)(­34,101)(-32,97)(-30,92)(-28,92)(-26,92)(-24,92)(-22,86)(-20,80)(­18,86)(-16,86)(-14,80)(-12,80)(-10,80)(-8,80)(-6,80)(-4,86)(­2,86)(0,86)(2,86)(4,92)(6,92)(8,101)(10,106)(12,111)(14,120)(16,12

3)(18,127)(20,142)

Test OK @
DS:> 912
091200: Average Jitter, Bler C1, Bler C2: (92,4,254)
Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_BE_FocusOn
Nucleus Number 913
Description Put the laser of the BE into focus
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2 Send the FOCUS comman d with parameter 0x01

- In case of an AV3 Send the transparent BIT engine FOCUS command

Execution Time 3 seconds
User Input None
Error Number Description
91300 Focus on succeeded
91301 There was a time-out while communic ating
91302 The Basic Engine returned an unexpected result
91303 The BE returned an error code
91304 No acknowledge received from BE
91305 Communicating with the Basic Engine failed
91306 Unable to enter service mode
Example

DS:> 913
091300:
Test OK @

Nucleus Name DS_BE_FocusOff
Nucleus Number 914
Description Turn off putting the laser of the BE into focus
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2 Send the FOCUS comman d with parameter 0x00

- In case of an AV3 Send the transparent BIT engine FOCUS command

Execution Time Less than 1 second on AV2

2 seconds on AV3
User Input None
Error Number Description
91400 Focus off succeeded
91401 There was a time-out while communic ating
91402 The Basic Engine returned an unexpected result
91403 The BE returned an error code
91404 No acknowledge received from BE
91405 Communicating with the Basic Engine failed
91406 Unable to enter service mode
Example

DS:> 914

091400:

Test OK @

Nucleus Name DS_BE_MotorOn
Nucleus Number 915
Description Turn on the turntable motor
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2 Send the TURN_TABLE_MOTOR_ON command

- In case of an AV3 Send the transparent BIT engine TTM command

Execution Time Less than 1 second on AV2

4 seconds on AV3
User Input None
Error Number Description
91500 Turn table motor is on
91501 There was a time-out while communic ating
91502 The Basic Engine returned an unexpected result
91503 The BE returned an error code
91504 No acknowledge received from BE
91505 Communicating with the Basic Engine failed
91506 Unable to enter service mode
Example

DS:> 915

091500:

Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_BE_MotorOff
Nucleus Number 916
Description Turn off the turntable motor
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2 Send the TURN_TABLE_MOTOR_OFF command

- In case of an AV3 Send the transparent BIT engine TTM command

Execution Time Less than 1 second on AV2

4 seconds on AV3
User Input None
Error Number Description
91600 Turn table motor is off
91601 There was a time-out while communicating
91602 The Basic Engine returned an unexpected result
91603 The BE returned an error code
91604 No acknowledge received from BE
91605 Communicating with the Basic Engine failed
91606 Unable to enter service mode
Example

DS:> 916

091600:

Test OK @

Nucleus Name DS_BE_Tilt
Nucleus Number 920
Description Test the tilt mechanism control loop, or allow its proper functioning to be

measured.

Before executing this nucleus a non-empty disc must be loaded in the recorder
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2

- Send the TRAY_IN command

- Send the READ_TOC command

- Send the TILT_COMMAND command with parameter 0x00 0x00

- Send the TILT_COMMAND command with parameter 0x00 0x01

- Send the TILT_COMMAND command with parameter 0x00 0x02

- In case of an AV3 display a “not supported” message

Execution Time Approximately 15 seconds
User Input None
Error Number Description
92000 The command executed successfully
92001 There was a time-out while communicating
92002 The Basic Engine returned an unexpected result
92003 The Basic Engine returned an error code
92004 No acknowledge received from BE
92005 Unable to send tray in
92006 Unable to read the disc
92007 No disc is loaded
92008 Unknown disc is loaded
92009 Unable to enter service mode
92010 This nucleus is not supported by the engine
Example (AV2)

Example (AV3)

DS:> 920

092000: Tilt sensor bathtub: (71,-12,145)(68,-12,135)(62,-

10,120)(56,-92,97)(50,-75,86)(44,-59,80)(41,-52,80)(35,-

37,86)(29,-22,86)(23,-

7,92)(17,8,111)(11,23,135)(8,31,138)(5,39,158)

Test OK @

DS:> 920

092010: Tilt function is not supported by the engine

Error @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_BE_CheckDisc
Nucleus Number 921
Description Check whether there is a disc inside the BE
Technical - Send the TRAY_IN co mm an d

- Send the READ_TOC command

- Display the Disc type info

- If Disc type is a DVD+R(W), then read ADIP info.

- Display manufacturer and media type.

Execution Time Approximately 10 seconds
User Input None
Error Number Description
92100 There was a disc inside the set
92101 Unable to load the tray
92102 Error received from BE
Example

DS:> 921
092100:
Disc type: DVD+RW disc
Disc manufacturer id: PHILIPS
Media type id: 010
Test OK @

DS:> 921
090500:
Disc type: None
Test OK @

DS:> 921
092100:
Disc type: DVD+R disc
Disc manufacturer id: RICOHJPN
Media type id: R00
Test OK @

Nucleus Name DS_BE_SledgeMotor
Nucleus Number 922
Description Send the sledg e to its ho me positio n, then to the middle of the disc, an d then to

the end.

Technical - Send the PCS_COMMAND command with parameter 0x03 0x00

- Send the PCS_COMMAND command with parameter 0x02 0x00

- Send the PCS_COMMAND command with parameter 0x00 0x01

- Send the PCS_JUMP_SLEGE_STEPS command for 3 times

- Send the PCS_COMMAND command with parameter 0x00 0x00

Execution Time 4 seconds on AV2

11 seconds on AV3
User Input None
Error Number Description
92200 The command executed successfully
92201 There was a time-out while communic ating
92202 The Basic Engine returned an unexpected result
92203 The BE returned an error code
92204 No acknowledge received from BE
92205 Communicating with the Basic Engine failed
92206 Unable to enter service mode
Example

DS:> 922

092200:

Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_BE_ReadTocInfo
Nucleus Number 924
Description Read the TOC from the disc. This gives a good indication if the BE works

properly.

Technical - Send the TRAY_IN command

- Send the READ_TOC command

- Display the TOC info.

Execution Time Approximately 10 seconds
User Input None
Error Number Description
92400 A disc is loaded, TOC info if echoed
92401 Unable to load the tray
92402 The BE has not returned TOC info
92403 Error received from BE
Example

DS:> 924
092400: TOC info [hex] = 91 3A 0C
Test OK @

DS:> 924
092403: The BE returned: 0x10 #{no_disc_error} No disc is detected
Error @

DS:> 924
092403: The BE returned: 0x1e #{illegal_medium_error} Engine
unable to handle current disc. Probably illegal medium.
Error @

Nucleus Name DS_BE_DiscErase
Nucleus Number 925
Description Perform a DC-erase on a DVD+RW disc.
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2

- Execute DS_BE_GetSelftestResults

- Send the TRAY_IN command

- Send the READ_TOC command

- Send the SET_INPUT_TYPE command with parameter DC_ERASE

- Overwrite the header of the DVD+RW disc with DC erase data.

- Send the SET_INPUT_TYPE command with parameter NORMAL.

- In case of an AV3 display a “not supported” message

Execution Time Approximately 1:15 minute
User Input None
Error Number Description
92500 A DVD+RW disc is erased
92501 This nucleus cannot be executed because the Self-Test failed
92502 The BE cannot enter normal operating mode
92503 Unable to send the tray in
92504 Unable to read TOC from disc
92505 Invalid disc is loaded, please insert a DVD+RW disc
92506 Calibrating DVD+RW failed
92507 Set Input Type command failed
92508 Erasing the DVD+RW disc failed
92509 Erasing is aborted by user
92510 This nucleus is not supported by the engine
Example (AV2)

Example (AV3)

DS:> 925
The entirely disc will be erased.
Are you sure you want this?[y/n]

092500:
Test OK @
092510: This nucleus is not supported by the engine
Error @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_BE_RegionCodeSet
Nucleus Number 928
Description Set the region code in the AV3.
Technical - Check if an AV2 or AV3 is connected

- In case of anAV2 display a “not supported” message

- In case of an AV3 send the ATAPI SEND_KEY command

Execution Time
User Input Region code
Error Number Description
92800 The command executed successfully
92801 There was a time-out while communic ating
92802 The Basic Engine returned an unexpected result
92803 The BE returned an error code
92804 No acknowledge received from BE
92805 Communicating with the Basic Engine failed
92806 No disc is present, please insert disc
92807 Region code out of range
92808 User input wrong
92809 Region counter expired
92810 This nucleus is not supported by the engine
Example (AV2)

Example (AV2)

DS:> 928

092810: This nucleus is not supported by the engine

Error @

DS:> 928 1

092800:

Test OK @

Nucleus Name
Nucleus Number 929
Description Read the region code from the AV3.
Technical - Check if an AV2 or AV3 is connected

Execution Time
User Input None
Error Number Description
92900 The command executed successfully
92901 There was a time-out while communic ating
92902 The Basic Engine returned an unexpected result
92903 The BE returned an error code
92904 No acknowledge received from BE
92905 Communicating with the Basic Engine failed
92906 This nucleus is not supported by the engine
Example (AV2)

Example (AV3)

DS_BE_RegionCodeGet

- In case of an AV2 display a “not supported” message

- In case of an AV3 send the ATAPI REPORT_KEY command

DS:> 929

092906: This nucleus is not supported by the engine

Error @

DS:> 929

092900: DVD region 1

Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_BE_RegionCounterReset
Nucleus Number 930
Description Reset the region counter in the AV3.
Technical - Check if an AV2 or AV3 is connected

- In case of an AV2 display a “not supported” message

- In case of an AV3 send a special ATAPI RESET_REGION_COUNTER

command
Execution Time
User Input None
Error Number Description
93000 The command executed successfully
93001 There was a time-out while communicating
93002 The Basic Engine returned an unexpected result
93003 The BE returned an error code
93004 No acknowledge received from BE
93005 Communicating with the Basic Engine failed
93006 This nucleus is not supported by the engine
Example (AV2)

Example (AV3)

DS:> 930
093006: This nucleus is not supported by the engine
Error @
DS:> 930
093000:
Test OK @

Nucleus Name DS_BE_AdjustLaserControl
Nucleus Number 931
Description Adjust the DVD-M (with the OPU) with PCBA. (So adjusts the two PCBS to

Technical - Check if an AV2 or AV3 is connected

Execution Time 30 seconds
User Input None
Error Number Description
93100 The command executed successfully
93101 There was a time-out while communicating
93102 The Basic Engine returned an unexpected result
93103 The BE returned an error code
93104 No acknowledge received from BE
93105 Communicating with the Basic Engine failed
93106 Unable to enter service mode
93107 This nucleus is not supported by the engine
Example (AV2)

Example (AV3)

each other)

- In case of an AV2 display a “not supported” message

- In case of an AV3 adjust the DVD-M (with the OPU) with P CBA by sendin g

a S2B command to align the PCBs to each other.

DS:> 931
093107: This nucleus is not supported by the engine
Error @
DS:> 931
093100:
Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_BE_WriteReadDvdRDualLayer
Nucleus Number 932
Description Write data to and read d ata from both layers of a DVD +R DL disc through the

Technical - Send the TRAY_IN co mm an d

Execution Time Approximately 30 seconds
User Input None
Error Number Description
93200 The command executed successfully
93201 This nucleus cannot be executed because the Sel f-Test failed
93202 The BE cannot enter normal operating mode
93203 Unable to send the tray in
93204 Unable to read TOC from disc
93205 Invalid disc is loaded, please insert a DVD+R DL disc
93206 Unable to write, the DVD+R DL disc is full
93207 No writable sector found
93208 Writing the test pattern to Layer 0 failed
93209 Writing the test pattern to Layer 1 failed
93210 Reading back the test pattern from Layer 0 failed
93211 Reading back the test pattern from Layer 1 failed
93212 Compare check for Layer 0 failed
93213 Compare check for Layer 1 failed
Example

basic engine for verification of the writing

- Send the READ_TOC command

- Use READ_TRACK_INFORMATION to determine the next free writable

address on Layer 0.

- In case of address 0, reserve a track of 0x1FD800 sectors for Layer 0

- Use command SEND_OPC_INFORMATION to calibrate Layer 0

- Generate test data to write to the disc

- Transfer the test data to Layer 0 using PIO mode ATAPI WRITE_12

- Use READ_TRACK_INFORMATION to determine the next free writable

address on Layer 1

- Use command SEND_OPC_INFORMATION to calibrate Layer 1

- Transfer the test data to Layer 1 using PIO mode ATAPI WRITE_12

- Read back the data of Layer 0 using PIO mode ATAPI READ_12

- Compare the original data with the read data and check whether the are as

are equal

- Read back the data of Layer 1 using PIO mode ATAPI READ_12

- Compare the original data with the read data and check whether the are as

are equal

DS:> 932
093200: Dual Layer DVD+R test on LBA 0x750 and 0x1fdf60 OK
Test OK @

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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

3.10 DISPLAY AND CONTROL BOARD (DCB)

Nucleus Name DS_DCB_CommunicationEcho
Nucleus Number 1000
Description Chec k the c ommu nication betwe en the di gital b oard an d the DCB by issu ing an

Technical - Send an e cho command to the DCB via the analogue board and wait for
Execution Time Less than 1 second.

User Input None
Error Number Description
100000 Communicating with the DCB succeeded
100001 The analogue board could not access the DCB.
100002 There was no response from the analogue board.
100003 The returned error code from the analogue board is unknown
100004 Unknown error code returned by the DCB.
Example

Nucleus Name DS_DCB_VersionGet
Nucleus Number 1001
Description Get the version of the DCB
Technical - Issu e the DCB version get command to the analogue board and wait for

Execution Time Less than 1 second.
User Input None
Error Number Description
100100 Retrieving the version of the DCB succeeded
100101 The analogue board could not access the DCB.
100102 There was no response from the analogue board.
100103 The returned error code from the analogue board is unknown
100104 Unknown error code returned by the DCB.
Example

echo command

the result

DS:> 1000
100000:
Test OK @

the result

DS:> 1001
100100: DCB version: 13
Test OK @

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Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_DCB_LightDisplay
Nucleus Number 1002
Description Light the entire display of the DCB, and clear the display after confirmation.

Technical - First issue a command to clear the display and wait for the result

Execution Time Until user confirmation.
User Input None
Error Number Description
100200 Lighting the entire display succeeded
100201 The analogue board could not access the DCB.
100202 There was no response from the analogue board.
100203 The returned error code from the analogue board is unknown
100204 The analogue board could not access the DCB.
100205 There was no response from the analogue board.
100206 The DCB did not light all labels.
100207 The user skipped the rest of the DCB_Light_D isp lay test.
100208 The user returned an unknown confirmation:
100209 The returned error code from the analogue board is unknown
Example

User confirmation is necessary.
The REC and PLAY keys on the local keyboard are used f or this confirmation.
The PLAY key confirms that the test pattern is OK and the REC k ey indicates
an error. The STOP key is used to exit this nucleus at any time. The keyboard
can also be used for the same purpose. T he O or o key confirms that the test
pattern is OK and the N or n key indicates the user wants t o go to the next test
or that there is an error. The rest of the ke ys of the keyboard are used to exit
this nucleus at any time.

- Then issue the command to light the entire display and wait for
confirmation by the user

DS:> 1002
100200:
Test OK @

Nucleus Name
Nucleus Number 1004
Description Check all keys of the keyboard by confirming the key-code displayed of each

Technical - Initialise the display

Execution Time Until user confirmation.
User Input None
Error Number Description
100400 All the keys on the keyboard have been pressed
100401 DCB Keyboard; test failed
100402 DCB Keyboard; test aborted by the user
100403 The analogue board could not access the DCB.
Example

DS_DCB_Keyboard

key.
The PLAY key is used to confirm this nucleus . However, this ke y is also part of
the keyboard test itself. Also the REC and STOP k eys are used to exit the tes t.
With the REC key the user signals a failure , while the STOP key signals the
abortion of the test by the user. To use one o f thes e three keys for confirmation,
failure or abortion, the user needs to hold the key pressed do wn for more than
one second.

- Display the key pressed by the user on the display

- Monitor the service port for an abort and get the next key pressed

- Update the display and repeat previous steps until user sto ps / confir ms

DS:> 1004
100400:
Test OK @

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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_DCB_RemoteControl
Nucleus Number 1005
Description Check the interface between the remote control and the DCB by checking the

Technical - Initialise the display

Execution Time Until user confirmation.
User Input None
Error Number Description
100500 Remote Control test succeeded
100501 DCB Remote control; test failed
100502 DCB Remote control; test aborted
100503 The analogue board could not access the DCB.
100504 DCB Remote control; no user input received
Example

key-code displayed
At least one key must be tested. The test can be exited by pressing the ST OP-,
REC-, or PLAY-key on the local keyboard. The user should press PLAY to
indicate a successful test. The REC-key is pressed if the test failed, and STOP
can be pressed to abort the test.

- Display the key pressed by the user on the display

- Monitor the service port for an abort and get the next key pressed

- Update the display and repeat previous steps until user stops / confirms

DS:> 1005
100500:
Test OK @

Nucleus Name
Nucleus Number 1006
Description Switch the record LED on, and after confirmation off.

Technical - Issue the command to light the record LED via the analogue board and
Execution Time Until user confirmation.

User Input None
Error Number Description
100600 Switching Led on succeeded
100601 The analogue board could not access the DCB.
100602 There was no response from the analogue board.
100603 The DCB did not light the record LED.
100604 The user skipped the rest of the DCB_Led test.
100605 The user returned an unknown confirmation:
100606 The returned error code from the analogue board is unknown
Example

DS_DCB_Led

The user confirms by pressing the REC key, ST O P k e y, or the PLAY key on the
local keyboard. The PLAY key confirms that the LED is on and th e REC key
indicates an error. The STOP key signals the abortion of the test by the user.
The keyboard can also be used for the same pur pose. T he O or o k ey confirms
that the test pattern is OK and the N or n key indicates an error or that the us er
wants to go to the next test. The rest of the keys of the keyboard are used to
exit this nucleus at any time. After that the nucleus switches the LED off.

wait for confirmation by the user

DS:> 1006
100600:
Test OK @

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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

3.11 ANALOGUE BOARD (ANAB)

Nucleus Name DS_ANAB_CommunicationEcho
Nucleus Number 1100
Description Chec k the co mmunic ation b etween the digital bo ard and the analo gue boar d by

Technical Send command P_DS_ANACOM_ECHO with the parameter string “Hello
Execution Time Less than 1 second

User Input None
Error Number Description
110000 Communicating with the analogue bo ard suc ceed ed
110001 The test returned the wrong string
110002 Communicating with the analogue bo ard failed
110103 The analogue board returned an unexpected resul t
Example

Nucleus Name
Nucleus Number 1101
Description Check the communication between the digital board and the NVRAM on the

Technical Send command P_DS_ANACOM_NVRAM with no parameters to the analo gue
Execution Time Less than 3 seconds

User Input None
Error Number Description
110100 Communicating with the NVRAM on the analogue board

110101 The analogue board could not communicate with the NVRAM
110102 Communicating with the analogue bo ard failed
110103 The analogue board returned an unexpected resul t
Example

Nucleus Name DS_ANAB_CommunicationIicTuner
Nucleus Number 1102
Description Check the communication between the digital board and the tuner on the

Technical Send command P_DS_ANACOM_TUNER with no parameters to the analogue
Execution Time Less than 1 second

User Input None
Error Number Description
110200 Communicating with the tuner on the analogue board

110201 The analogue board could not communicate with the tuner
110202 There was an error communicating with the analogue board
110203 The analogue board returned an unexpected resul t

Example

issuing some echo string.
Analogue board” to the analogue board and read back the result

DS:> 1100
110000:
Test OK @

DS_ANAB_CommunicationIicNvram

analogue board.
board and read back the result

succeeded

DS:> 1101
110100:
Test OK @

analogue board
board and read back the result

succeeded

DS:> 1102
110200:
Test OK @

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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_ANAB_CommunicationIicDataSlicer
Nucleus Number 1103
Description Check the communica tion between the digital board and the data slic er on the

Technical Send command P_DS_ANACOM_DATA_SLICER with no parameters to the
Execution Time Less than 1 second

User Input None
Error Number Description
110300 Communicating with the data slicer on the analogue board

110301 The analogue board could not communicate with the data slicer
110302 There was an error communicating with the analogue board
110303 The analogue board returned an unexpected resul t
Example

analogue board
analogue board and read back the result

succeeded

DS:> 1103
110300:
Test OK @

Nucleus Name DS_ANAB_CommunicationIicSoundProcessor
Nucleus Number 1104
Description Check the communication between the d igital board and the sound process or

Technical Send command P_DS_ANACOM_SOUND_PROCESSOR with no parameters
Execution Time Less than 1 second

User Input None
Error Number Description
110400 Communicating with the sound processor on the analogue

110401 The analogue board could not communicate with the sound
110402 There was an error communicating with the analogue board

110403 The analogue board returned an unexpected resul t
Example

on the analogue board
to the analogue board and read back the result

board succeeded
processor

DS:> 1104
110400:
Test OK @

Nucleus Name
Nucleus Number 1105
Description Check the communication between the digital board and the A/V-selector on

Technical Send command P_DS_ANACOM_AV_SELECT OR with no parameters to the
Execution Time Less than 1 second

User Input None
Error Number Description
110500 Communicating with the A/V selector on the analogue board

110501 The analogue board could not communicate with the A/V
110502 There was an error communicating with the analogue board

110503 The analogue board returned an unexpected resul t
Example

DS_ANAB_CommunicationIicAVSelector

the analogue board
analogue board and read back the result

succeeded
selector

DS:> 1105
110500:
Test OK @

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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_ANAB_HardwareVersionGet
Nucleus Number 1106
Description Get the hardware version of the analogue board
Technical Send command P_DS_ANACOM_HARD WARE_VERSION with no parameters

Execution Time Less than 1 second
User Input None
Error Number Description
110600 Reading the hardware version succeeded
110601 The segment containing the hardware version could not be

110602 There was an error communicating with the analogue board
110603 The analogue board returned an unexpected resul t
Example

to the analogue board and read back the result

found

DS:> 1106
110600: Analogue hardware version : 11
Test OK @

Nucleus Name
Nucleus Number 1107
Description Get the software version of the boot software of the analogue board
Technical Send command P_DS_ANACOM_SOFTWARE_VERSION with no parameters

Execution Time Less than 1 second
User Input None
Error Number Description
110700 Reading the boot-software version succeeded
110701 The segment containing the boot-software version could not be

110702 There was an error communicating with the analogue board
110703 The analogue board returned an unexpected resul t
Example

DS_ANAB_SoftwareVersionBootGet

to the analogue board and read back the result

found

DS:> 1107
110700: Bootcode application version : 11.00.11
Test OK @

Nucleus Name DS_ANAB_SoftwareVersionDownloadGet
Nucleus Number 1108
Description Get the software version of the download software o f th e analo gu e boar d
Technical Send command P_DS_ANACO M_SW_VERSION_DOWN with no parameters

Execution Time Less than 1 second
User Input None
Error Number Description
110800 Reading the download-software version succeeded
110801 The segment containing the download-software version could

110802 There was an error communicating with the analogue board
110803 The analogue board returned an unexpected resul t
Example

to the analogue board and read back the result

not be found

DS:> 1108
110800: Download application version : 11.00.06
Test OK @

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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_ANAB_SoftwareVersionApplGet
Nucleus Number 1109
Description Get the software version of the application soft ware of the ana log ue board
Technical Send command P_DS_ANACOM_SW_VE RSION_APPL with no p arameters to

the analogue board and read back the result
Execution Time Less than 1 second
User Input None
Error Number Description
110900 Reading the application-software version succeeded
110901 The segment containing the applicatio n-software version could

not be found
110902 There was an error communicating with the analogue board
110903 The analogue board returned an unexpected resul t
Example

DS:> 1109
110900: Recorder application version : 11.00.23
Test OK @

Nucleus Name
Nucleus Number 1110
Description Get the software version of the diagnostic software of the analogue board
Technical Send command P_DS_ANACOM_SW_VERSION_DIAG with no parameters to

Execution Time Less than 1 second
User Input None
Error Number Description
111000 Reading the diagnostics-software version succeeded
111001 The seg ment containing the diagnos tics-software version could

111002 There was an error communicating with the analogue board
111003 The analogue board returned an unexpected resul t
Example

DS_ANAB_SoftwareVersionDiagnosticsGet

the analogue board and read back the result

not be found

DS:> 1110
111000: Diagnostics application version : 11.00.13
Test OK @

Nucleus Name DS_ANAB_ChecksumProgram
Nucleus Number 1111
Description Check the checksum of the several partitions by recalculating and comparing

partition checksums

Technical Send c ommand P_DS_ANACOM_FLASH_CHECKSUM with no par ameters to

the analogue board and read back the result
Execution Time Less than 5 seconds
User Input None
Error Number Description
111100 Checksum calculation succeeded
111101 The FLASH was not accessible
111102 The checksum stored in FLASH is not correct
111103 There was an error communicating with the analogue board
111104 The analogue board returned an unexpected resul t
Example

DS:> 1111

111100:

BootCode checksum is: 0xBABE6240, which is correct

Diagnostics checksum is: 0xBABEBEAD, which is correct

Download checksum is: 0xBABEA6B7, which is correct

Application checksum is: 0xBABEB277, which is correct

Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_ANAB_VideoRouting
Nucleus Number 1112
Description Perform the routing of the video paths on the analogue board
Technical Send command P_DS_ANACOM_ROUTE_VIDEO with parameters to the

Execution Time Less than 1 second
User Input The user has to input the paramet er for the routing (see Table 1 and Table 2

Error Number Description
111200 Routing the video on the analogue board succeeded
111201 Routing the video on the analogue board failed
111202 The user provided wrong input
111203 There was an error communicating with the analogue board
111204 The analogue board returned an unexpected resul t
Example

analogue board and read back the result

below)

DS:> 1112 00
111200:
Test OK @

Table 1: The paths that are available fo r vide o rout ing an d thei r de sc ri pti on (Europe region)

Path ID Description

00 Input signal is VIDEO(CVBS) from digital board and will be re-routed back to
01 Input signal is from FRONT VIDEO(CVBS) IN and will be routed to the digital
02 No routing.

03 Input signal is from FRONT S-VIDEO(Y/C) and will be routed to the digital
04 No routing.

05 Input signal is CVBS from SCART1 and will be routed to the digital board.
06 Input signal is CVBS from SCART2 and will be routed to the digital board.
07 Input Signal is CVBS from Digital Board and it will be routed to Scart1 and

08 Input signal is VIDEO(CVBS) from ANTENNA IN and will be routed to
09 Input signal is VIDEO(CVBS) from SCART1 and will be routed to SCART2.

10 Input signal is VIDEO(CVBS) from SCART2 and will be routed to SCART1.
11 Signal path is routed Fast Blank from Scart 2 pin16 and will be routed Scart1

12 Input Signal is YC from Digital Board and it will be routed to Scart1.
13 No routing.
14 No routing.
15 Input Signal is CVBS from TUNER and it will be routed to Digital .
16 No routing.
17 Input Signal is routed from digital board YC to REAR S-VIDEO(YC) OUT
18 Signal path is routed from digital board RGB to RGB SCART1 and from digital

19 No routing.
20 Input RGB Signal is routed from Digital Board to SCA RT1(RGB),Input CVBS

21 Input Y/C Sign al from Digital Board is routed to Rear Y/C Connector and In put

the digital board.
board.

board.

Scart2.
SCART2.

pin16

board CVBS to digital board CVBS.

Signal from Digital Board to Digital Board and Fas t Blanking Sig nal from Scart
2 to Scart1.

Y/c Signal from Front Y/C connector is routed to Digital Board.

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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Table 2: The paths that are available for video routing and thei r description (

Nafta

region)

Path ID Description

00 Input signal is VIDEO(CVBS) from digital board and will be re-routed back to

01 Input signal is from FRONT VIDEO(CVBS) IN and will be routed to the digital
02 Input signal is from REAR VIDEO(CVBS) IN and will be routed to the digital
03 Inpu t signal is from FRONT S-VIDEO(Y/C) IN and the signal received will be
04 Input signal is fro m REAR S-VIDEO(Y/C) IN and will be routed to the digital
05 No Routing.

06 No routing.
07 No routing.
08 Input signal is VIDEO(CVBS) fro m TUNER and will be rou ted to Y Pin of Rear

09 Input signal is from YUV IN and will be routed to YUV OUT.This is possible

10 No routing.
11 No routing.
12 No Routing.
13 No Routing.
14 No Routing.
15 Input CVBS Signal from Tuner is routed to Digital Board..
16 No Routing.
17 Input RGB Signal is routed from Digital Board to RGB Rear Out and Input

18 Input Signal from CVBS Rear In is routed to Digital Board. This is the same as
19 Input Y/C signal from Digital Board is routed to Y/C Rear Out

20 Y/C signal from Digital Board is routed to Y/C Rear Out Connec tor and Input
23 The Video si gnal received from the Digital board will be output on Modulator
24 The Video si gnal received from the Digital board will be output on Modulator

the digital board.A Cinch Cable needs to be conn ected from Rear C inch Out to

Front Cinch In for this Test.(Direct routing on anal ogue board from YUV In to

YUV Out is not Possible)

board.This routing is same as the above path id.

board.

routed to the digital board.

board.

Y/C Connector.This will give only black/White Picture .

only if Digital Board routes back YUV signal received back to the Analogue

board(DENC)

CVBS Signal is routed from Rear Cinch In 1 to Digital Board (This second step

is for routing Input CVBS Signal from Digital Board to Digital Board again – A

Cinch cable needs to be connected from Rear Cinch Out1 to Rear Cinch In 1 )

path id 02.

Connector and Input signal from Y/C Front In Connector is routed to Y/C

Digital Board.

signal from Y/C Rear In Connector is routed to Y/C Digital Board.

channel 3.

channel 4.

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Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_ANAB_AudioRouting
Nucleus Number 1113
Description Perform the routing of the audio paths on the analogue board
Technical Send command P_DS_ANACOM_ROUTE_AUDIO with parameters to the

Execution Time Less than 1 second
User Input The user has to input the paramet er for the routing (see Table 3 and Table 4

Error Number Description
111300 Routing the audio on the analogue board succeeded
111301 Routing the audio on the analogue board failed
111302 The user provided wrong input
111303 There was an error communicating with the analogue board
111304 The analogue board returned an unexpected resul t
Example

analogue board and read back the result

below)

DS:> 1113 00
111300:
Test OK @

Table 3: The paths that are available for audio routing and the ir description (Europe region)

Path ID Description

00 Input signal is from FRONT AUDIO IN and will be routed to the digital board.
01 Input signal is from FRONT AUDIO IN and will be routed to the digital board.
02 No routing.
03 Input signal is AUDIO from SCART1 and will be routed to the digital board.
04 Input signal is AUDIO from SCART2 and will be routed to the digital board.
05 No routing.
06 No routing.
07 Input Audio signal is from the digital B oard and it will be routed to the Scart 1

08 Input AUDIO signal from TUNER and will be routed to SCART2.
09 Input signal is AUDIO from SCART1 and will be routed to SCART2.
10 Input audio signal from Scart2 is routed to Scart1.
11 Input Audio signal is routed from DVIO to Scart2.
12 No routing.
13 No routing.
14 Input is Audio Signal from DVIO and it will be routed to Digital Board.
15 Input is Audio Signal from TUNER and it will be routed to Digital Board..
16 No routing.
17 No routing.
18 Input signal is from FRONT AUDIO IN and will be routed to SCART2.
21 Input signal is from FRONT AUDIO IN and will be routed to the digital board.

and Scart2

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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Table 4: The paths that are available fo r audi o rout in g and th e i r desc ri ptio n ( Nafta region)

Path ID Description

00 No routing.
01 Input signal is from FRONT AUDIO IN and will be routed to the digital board.
02 Input signal is from REAR AUDIO IN 2 and will be routed to the digital board.
03 Input Audio Signal is routed from FRONT Cinch In to Digital Board.(This is

04 Input Signal is from Rear Cinch In1 and it will be routed to Digital Board..
05 No routing.
06 No routing.
07 No routing.
08 No routing.
09 No routing.
10 No routing.
11 No routing.
12 No routing.
13 Input Signal is from Digital Board and it will be routed to the digital board.
14 No routing.
15 Input is Audio Signal from TUNER and it will be routed to Digital Board.
16 Input signal is AUDIO from DVIO board and will be routed to Digital Board.
17 No routing.
18 No routing.
19 No routing.
20 Input signal is from REAR AUDIO IN 2 and will be routed to the digital board.
21 Input signal is from REAR AUDIO IN 1 and will be routed to the digital board.
22 Input signal is from REAR AUDIO IN 1 and will be routed to the digital board.
23 The Audio si gnal received from the Digital board will be output on Modulator

24 The Audio si gnal received from the Digital board will be output on Modulator

same as path id 01)

channel 3.

channel 4.

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Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_ANAB_SelectTunerChannel
Nucleus Number 1114
Description Set the tuner to receive a valid audio and video signal
Technical Send command P_DS_ANACOM_TUNER_FREQ_SELECT with parameters to

the analogue board and read back the result
Execution Time Less than 1 second
User Input <Frequency*16> <vi deo standard id>

Tuner frequency: to tune the tuner to e.g. 216 MHz, t his parameter must b e

3456. (Since 216*16 = 3456. This is to avoid the decimal points to the

parameter list.)

Video standard id:

Video standard id Europe Nafta

16 PAL_BG NTSC
32 PAL_I Invalid
48 PAL_DK Invalid
64 SEC_L Invalid
80 SEC_LS Invalid
96 SEC_BG Invalid
112 SEC_DK Invalid

Error Number Description
111400 Setting the tuner channel succeeded
111401 Setting the tuner channel failed
111402 The user provided wrong input
111403 There was an error communicating with the analogue board
111404 The analogue board returned an unexpected resul t
Example

DS:> 1114 3456 16

111400:

Test OK @

Nucleus Name DS_ANAB_IICWriteRead
Nucleus Number 1115
Description Perform an IIC write and read action on the analogue board
Technical Send command P_DS_ANA COM_I2C_WRR with parameters to the analogue

board and read back the result
Execution Time Less than 1 second
User Input Writing:

[<W>|<w>] [I2C address] [number of data bytes to write]

with

<data[0]...data[n]> Max 16 data bytes (n < 16).

Reading:

[<R>|<r>] [I2C address] [number of data bytes to read]

Max 16 data bytes (n < 16).
Error Number Description
111500 Reading and writing IIC on the analogue board succeeded
111501 The user provided wrong input
111502 Reading and writing IIC on the analogue board failed
111503 There was an error communicating with the analogue board
111504 The analogue board returned an unexpecte d resul t
Example

DS:> 1115 w 0x94 2 0x06 0x02

111500:

Test OK @

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Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_ANAB_ClockAdjust
Nucleus Number 1116
Description Set the clock to the value passed through i n the YYYY MM DD HH MM SS

format

Technical Send command P_DS_ANACOM_CLOCK_ADJUST with parameters to the

analogue board and read back the result
Execution Time Less than 1 second
User Input <YYYY> <MM> <DD> <HH> <MM> <SS>
Error Number Description
111600 Adjusting the clock succeeded
111601 Adjusting the clock failed
111602 The user provided wrong input
111603 There was an error communicating with the analogue board
111604 The analogue board returned an unexpected resul t
Example

DS:> 1116 2002 11 11 11 11 11

111600:

Test OK @

Nucleus Name DS_ANAB_ClockReference
Nucleus Number 1117
Description Generate a 1 kHz signal on pin 7 (INT) of the clock IC
Technical Send command P_DS_ANACOM_CLOCK_REFERENCE with no parameters

to the analogue board and read back the result
Execution Time Less than 1 second
User Input None
Error Number Description
111700 Generating the signal on the designated pin succeeded
111701 Generating the signal on the designated pin faile d
111702 There was an error communicating with the analogue board
111703 The analogue board returned an unexpected resul t
Example

DS:> 1117

111700:

Test OK @

Nucleus Name DS_ANAB_ClockCorrection
Nucleus Number 1118
Description Store the clock IC correction value in NVRAM
Technical Send command P_DS_ANACO M_CLOCK_CORRECTION with parameters to

the analogue board and read back the result
Execution Time Less than 1 second
User Input The correction value for the clock
Error Number Description
111800 Storing the correction value for the clock in NVRAM succeeded
111801 Storing the correction value for the clock in NVRAM failed
111802 Value out of range: default value stored
111803 The user provided wrong input
111804 There was an error communicating with the analogue board
111805 The analogue board returned an unexpected resul t
Example

DS:> 1118 1000023

111800:

Test OK @

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Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_ANAB_TunerAFCReferenceVoltage
Nucleus Number 1119
Description Store the reference voltage for the tuner in NVRAM
Technical Send command P_DS_ANACOM_AFC_REFERENCE_TUNER with no

parameters to the analogue board and read back the result
Execution Time Less than 1 second
User Input The reference voltage, between 0 and 255
Error Number Description
111900 Storing the reference voltage for the tuner in NVRAM

succeeded
111901 Storing the reference voltage for the tuner in NVRAM failed
111902 The user provided wrong input
111903 There was an error communicating with the analogue board
111904 The analogue board returned an unexpected resul t
Example

DS:> 1119 5
111900:
Test OK @

Nucleus Name DS_ANAB_TunerFrequencyDownload
Nucleus Number 1120
Description Store the frequency table in NVRAM. The fre quency table is passed through

Technical Send command P_DS_ANACOM_FREQ_DOWNLOAD with parameters to the
Execution Time Less than 3 seconds

User Input The user input should con form to:

Error Number Description
112000 Downloading the frequency table in NVRA M succ e ed ed
112001 Downloading the frequency table in NVRAM fail ed
112002 The user provided wrong input
112003 There was an error communicating with the analogue board
112004 The analogue board returned an unexpected resul t
Example

the error-string provided to the nucleus.
analogue board and read back the result

“X(XXX)_VVWW_ZZ_HH_IIJJKKLLMM”.

Where ‘X(XXX)’ is a decimal value in the range of 0 to 255.
V, W, Z, H, I, J, K, L, M are hex values with out the pre fix ‘0x’ (in the ran ge 0...
9,A ... F)
“ _” Denotes a space character.

See Table 5 below.

DS:> 1120 1 2233 00 02 4E45442031
112000:
Test OK @

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Date : 2005-09-02 Section : Diagnostic Software

Table 5: Format of user input in case of a frequency download

Format description remarks

X(XXX) Preset number

VVWW VV: Channel number

WW : Channel offset

ZZ Byte containing 8 bit fields for

TRUE/FALSE :
BIT 0: Decoder
BIT 1: Modulation
BIT 2 : NICAM
SAP
BIT 3: Satpreset
BIT 4: Presetdefined
Channelpreferred

Nicam/stereo bit for Europe
SAP/stereo bit for Nafta

Preset defined bit is only used for Europe. Fo r Nafta,
it is renamed as channelpreferred to indicate if a
channel is preferred or not.

TRUE if preset is defined from P50 as extern [TGA]
BIT 5: ExtPreset
BIT 6: NameManuallyChanged
BIT 7: ChannelPreset

HH HfSystemFineTuning HfS: 4 bit, FT: -4,...,4

IIJJKKLLMM Netname Range: A,..,Z,0,..,9,_,.. Netname length exists for

Europe only

‘II’ is the HEX-value for the first character, ‘J J’ for the

second, …

Remarks:
CHANNEL_SYSTEM is for Nafta
PRESET_SYSTEM is for Europe

Nucleus Name DS_ANAB_StoreExternalPresets
Nucleus Number 1121
Description Store the external presets in NVRAM
Technical Send command P_DS_ANACOM_STORE_EXT_PRESETS with no

parameters to the analogue board and read back the result
Execution Time Less than 1 second
User Input None
Error Number Description
112100 Storing the external presets in NVRAM succeeded
112101 Storing the external presets in NVRAM failed
112102 There was an error communicating with the analogue board
112103 The analogue board returned an unexpected resul t
Example

DS:> 1121

112100:

Test OK @

Nucleus Name DS_ANAB_BargraphLevelAdjust
Nucleus Number 1122
Description Measure the audio signal corresponding to 0dB per channel and store it as

Technical Send command P_DS_ANACOM_BARGRAPH_LEVEL_ADJUSTMENT with
Execution Time Less than 1 second

User Input None
Error Number Description
112200 Storing the bargraph adjustment values in NVRAM succeeded
112201 Storing the bargraph adjustment values in NVRAM failed
112202 There was an error communicating with the analogue board
112203 The analogue board returned an unexpected resul t
Example

correction value in NVRAM

no parameters to the analogue board and read back the result

DS:> 1122

112200:

Test OK @

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Date : 2005-09-02 Section : Diagnostic Software

3.12 SYSTEM (SYS)

Nucleus Name DS_SYS_HardwareVersionGet
Nucleus Number 1200
Description Get the hardware version and type of the digital board
Technical - Initialise the PIO pins of the Codec

Execution Time Less than 1 second
User Input None
Error Number Description
120000 Getting the hardware version and type of the digital board

120001 Getting the hardware version and type of the digital bo ard failed
120002 Wrong hardware version read from FLASH
Example

Nucleus Name DS_SYS_SoftwareVersionBootGet
Nucleus Number 1201
Description Get the version of the boot software on the digital board
Technical - Read the segment header in FLASH and determine Boot software version
Execution Time Less than 1 second
User Input None
Error Number Description
120100 Getting the Boot software version succee de d
120101 Getting the Boot software version failed
Example

Nucleus Name DS_SYS_SoftwareVersionDownloadGet
Nucleus Number 1202
Description Get the version of the download software on the digital board
Technical - Read the segment header in FLASH and determine Download software

Execution Time Less than 1 second
User Input None
Error Number Description
120200 Getting the Download software versio n suc ceeded
120201 Getting the Download software version fail e d
Example

Nucleus Name DS_SYS_SoftwareVersionApplGet
Nucleus Number 1203
Description Get the version of the application software on the digital board
Technical - Read the segment header in FLASH and determine Application software

Execution Time Less than 1 second
User Input None
Error Number Description
120300 Getting the Application software version succ eeded
120301 Getting the Application software version failed
Example

- Read the segment header in FLASH and determine hardware version

succeeded

DS:> 1200
120000: Hardware ID = 0x29
Test OK @

DS:> 1201
120100: Software Boot Version = 0331
Test OK @

version

DS:> 1202
120200: Software Download Version = 0001
Test OK @

version

DS:> 1203
120300: Software Application Version = 0001
Test OK @

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Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_SYS_SoftwareVersionDiagnosticsGet
Nucleus Number 1204
Description Get the version of the diagnostics software on the digital board
Technical - Rea d the segment header in FLASH and determine Diagnostics software

version
Execution Time Less than 1 second
User Input None
Error Number Description
120400 Getting the Diagnostics software versi on suc ceed ed
120401 Getting the Diagnostics software versi on failed
Example

DS:> 1204
120400: Software Diagnostics Version = 0001
Test OK @

Nucleus Name
Nucleus Number 1205
Description Upload the contents of the NVRAM on the analogue bo ard or the digital board

Technical - Decode the user input

Execution Time This depends on the chosen NVRAM and the User.
User Input Choose one of the foll owing parameters for the nucleus:

Error Number Description
120500 Download succeeded.
120501 User input is not valid.
120502 Something went wrong while copying the data from NVRAM to

120503 Something went wrong while transferring the data.
120504 User cancelled the upload.
Example

DS_SYS_EepromUpload

to the service PC, by using the X-modem protocol

- Determine whether to upload the analogue board or digital board NVRAM

- Start uploading using the XMODEM protocol

- Determine whether all was uploaded OK

1. Upload the contents of the NVRAM of the digital board

2. Upload the contents of the NVRAM of the analogue board
Choose in the terminal on the control PC

-> transfer -> receive file

.
Select X-modem pr otocol. Then click receive in the di alogue and fill in the file
name in which you want to store the data.
Note: If no analogue board NVRAM i s in the product no user input is needed.

SDRAM .

DS:> 1205 1
120500:
Test OK @

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Nucleus Name DS_SYS_EepromDownload
Nucleus Number 1206
Description Download a file with the contents of the NVRAM for the analogue board or the

digital board from the service PC to the recorder, by using the X-modem
protocol

Technical - Decode the user input and determine what EEPROM to fill: digital /

analogue

- Store the downloaded (using XMODEM) bytes in SDRAM first

- Then copy these contents into the EEPROM after verification

Execution Time This depends on the chosen NVRAM and the User.
User Input Choose one of the foll owing parameters for the nucleus:

1. Download the contents of the NVRAM of the digital board

2. Download the contents of the NVRAM of the analogue board
Choose in the terminal of the control PC -> transfer -> send file.
Select X-modem protocol. Then choose a file with the Browse button in the
dialogue and click on send.

: If no analogue board NVRAM is in the product no user input is needed.

Note

Error Number Description
120600 Download succeeded
120601 The write to NVRAM failed.
120602 Timeout. Too many retries.
120603 A file was sent with a wrong header.
120604 User cancelled the download.
120605 User input is not valid.
120606 Unknown Error
Example

DS:> 1206 1
120600:
Test OK @

Nucleus Name DS_SYS_DvIdNumberSet
Nucleus Number 1207
Description Set the IEEE 1394 unique ID
Technical - Decode the user input

- Store the id (<b4><b3><b2> <b1><b0>) into NVRAM (offset +
<b4><b3><b2><b1><b0>)

- Validate the segment of storage by updating the checksum

Execution Time Less than 1 second.
User Input The unique ID to be set.
Error Number Description
120700 Setting the unique DV ID succeeded
120701 User input is not valid.
120702 Setting the unique DV ID failed.
120703 Write succeeded, but checksum is corrupt.
Example

DS:> 1207 1234567890
120700:
Test OK @

Nucleus Name DS_SYS_DvIdNumberGet
Nucleus Number 1208
Description Get the IEEE1394 unique ID
Technical - Read out the ID from the configuration segment and return this info to the

user

Execution Time Less than 1 second.
User Input None
Error Number Description
120800 Getting the unique DV ID succeeded
120801 Getting the unique DV ID failed
120802 Reading an unexpected section version in NVRAM
Example

DS:> 1208
120800: The DvIdNumber is: 1234567890
Test OK @

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Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_SYS_IicWrite
Nucleus Number 1209
Description Perform an IIC write action on the digital board
Technical - Deter mine bus ID, slave address, number of bytes to be written and th e

byte array of data from the user input

- Initialise IIC

- Write the data to the slave specified through IIC

Execution Time Less than 1 second
User Input The user input the number of bytes to write followed by the bytes to write:

<BusID><Slave address to write to><number of bytes to
write><d1><d2><..><dx>

Where the bus id is either 0 (normally used) or 1
Error Number Description
120900 Writing the data over IIC succeeded
120901 The IIC bus was not accessible
120902 There was a timeout writing to the device
120903 The IIC acknowledge was not received
120904 The communication with the device failed
120905 Got unknown IIC bus error:
120906 Unable to initialise IIC bus
120907 Decoding bus ID unsigned value failed
120908 Decoding slaveAddr unsigned value failed
120909 Decoding nrBytes unsigned value failed
120910 Bus ID out of range
120911 nrBytes out of range
120912 Unable to decode parameters
Example

DS:> 1209 0 0xa0 1 0x6

120900: 1 Bytes written

Test OK @

Nucleus Name DS_SYS_IicRead
Nucleus Number 1210
Description Perform an IIC read action on the digital board
Technical - Deter mine the bus ID, s lave address and number of b ytes to read from the

Execution Time Less than 1 second
User Input The user inputs the bus number, the address to read them from and the

Error Number Description
121000 Reading the data over IIC succeeded
121001 The IIC bus was not accessible
121002 There was a timeout writing to the device
121003 The IIC acknowledge was not received
121004 The communication with the device failed
121005 There was an unknown IIC bus error
121006 IIC bus initialisation failed
121007 Decoding bus ID unsigned value failed
121008 Decoding slave address unsigned value failed
121009 Decoding number of bytes unsigned value fa iled
121010 Bus ID out of range
121011 nrBytes out of range
Example

user input

- Initialise IIC

- Read the data form the slave specified

number of bytes to read:

<BusID><Slave address to read from><Number of bytes to read>

Where the bus id is either 0 (normally used) or 1

DS:> 1210 0 0xa0 0x20

Read :

0x0000: 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00

0x0008: 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00

0x0010: 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00

0x0018: 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00

121000: 0 0xa0 0x20

Test OK @

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Nucleus Name DS_SYS_UartWrite
Nucleus Number 1211
Description Perform an UART write action on the digital board on a specified UART
Technical - Decode the user input for the proper port to use

Execution Time Less than 1 second.
User Input The user inputs the UART to write to, the number o f b ytes and the b ytes to be

Error Number Description
121100 Writing the bytes to the UART succeeded
121101 The user provided wrong input
121102 Writing to the UART failed
Example

- Write out the bytes through the indicated port

written to the UART.
1=UART port 1 : not used
2=UART port 2 : Bit Engine
3=UART port 3 : Analogue board

<UartNr><Number of bytes to write><d1><d2><..><dx>

DS:> 1211 2 2 0xd1 0x01
121100:
Test OK @

Nucleus Name DS_SYS_UartRead
Nucleus Number 1212
Description Perform an UART read action on the digital boa rd on a specified UART
Technical - Decode the user input for the port to read from

Execution Time Less than 1 second.
User Input The user inputs the UART to read from .

Error Number Description
121200 Reading the data from the UART succeeded
121201 The user provided wrong input
121202 Reading the data from the UART failed
Example

- Read from the port and return data read to the user

1=UART port 1 : not used
2=UART port 2 : Bit Engine
3=UART port 3 : Analogue board

<UartNr >

DS:> 1212 2
121200: The HEX value that was read is: 0x50 0xD1 0x00
Test OK @

Nucleus Name
Nucleus Number 1213
Description The video signal, which is conform the user input , is rou te d from the input to the

Technical - Decode the videosignal: PAL / NTSC and Y/C, RGB, CVBS,YUV

Execution Time Less than 1 second, but stays running.
Note: When a DTT module is in the set use DS_DTTM_SwitchCVBSPath as well !

DS_SYS_VideoLoopThroughStart

output. The input is s et using the proper nucleus to route the signal on the
board(s). All outputs are enabled.

- Initialise the Video Input Processor and check for valid signal

- Initialise the Video Front End and start capturing frames to memory

- Initialise the SYNC module

- Initialise the Video Post Processing and retrieve frames from memory

- Initialise the mixer

- Initialise the DENC module

- Route the signal to all outputs

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User Input <vipInput> <VideoOutp u t> <Vide oStan dard >

Error Number Description
121300 Video LoopthroughStart succeeded
121301 User input is not valid.
121302 Initialisation of the VIP failed.
121303 Unable to stop the loop through before restarting.
121304 Video Signal on the input is not a valid signal.
121305 Initialisation of the VFE failed.
121306 The digital board hardware information is corrupt
Example

1. vipInput (see table below).
GEN, OLAX, DXC, DTT specific

User input Video input Data path to VIP

CVBS RGB CVBS from

analogue board

YC YC YC from analogue

board

YUV CVBS YUV from analogue

board

RGB CVBS RGB from analogue

board

10 XPORT Digital video from

DTT module

OLAL22LITE specific

User input Video input Data path to VIP

R_CVBS CVBS Rear CVBS
F_CVBS CVBS Front CVBS
T_CVBS CVBS Tuner CVBS

R_YC YC Rear YC

F_YC YC Front YC

OLAL22PREMIER specific

User input Video input Data path to VIP

1 RGB SCART aux RGB in
2 YC SCART aux YC in
3 CVBS SCART aux CVBS
4 CVBS Tuner
5 YC Front YC
6 CVBS Front CVBS
7 CVBS SCART TV CVBS
8 YC CE mode YC in
9 CVBS CE mode CVBS in

OLAL22MKII (mark II) specific

User input Video input Data path to VIP

F_CVBS CVBS Front CVBS

T_CVBS CVBS Tuner CVBS
E1_CVBS CVBS SCART 1 CVBS in
E2_CVBS CVBS SCART 2 CVBS in

F_YC YC Front YC

OLAL22VCRCOMBI specific:

Same as Premier, exept User input nr 4 is for tuner and VCR module

2. VideoOutput (YUV, RGB).

3. VideoStandard (PAL, NTSC).

DS:> 1213 CVBS RGB PAL
121300:
Test OK @

Nucleus Name DS_SYS_VideoLoopThroughStop
Nucleus Number 1214
Description Stop routing the video input to all the outputs.

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Technical - Stop the DENC and the Video Front End
Execution Time Less than 1 second.
User Input None
Error Number Description
121400 VideoLoopthroughStop succeeded
121401 DENC module on Codec failed.
Example

DS:> 1214
121400:
Test OK @

Nucleus Name DS_SYS_VideoLoop
Nucleus Number 1215
Description The Codec ge nerates a video signal with a specific signature and sends it to

Technical - Evaluate user input.

Execution Time 3 seconds.
NOTE!! MORE INFO ON NEXT PAGES

the output of the digital board. The user selects which video input path must be
routed on the digital board and a video standard. The Codec encodes the video
signal, checks the signature, and returns a conclusion.

: Before executing this nucleus the user must route the video signal on the

Note

analog board with the proper nucleus.

- Reset the global variables, video memory.

- Fill the video memory with a vertical colourbar.

- Initialise the Codec SYNC-module.

- Initialise the Codec MIXER-module.

- Initialise the Codec VPP-module.

- Initialise the Codec DENC-module.

- Display the original image.

- Initialise the VIP.

- Initialise the Codec VFE-module.

- Try to detect a sync in the VIP input.

- Catch the received image in memory.

- Display the received image.

- Compare the received image with original image.

- Create a conclusion.

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User Input <vipinput> <video standard>

Error Number Description
121500 Videoloop test succeeded.
121501 Wrong user input.
121502 The Codec SYNC-module cannot be initialised.
121503 The Codec MIXER-module cannot be initialised.
121504 The Codec VideoPostProcessor-module cannot be initialised.
121505 The Codec DENC-module cannot be initialised.
121506 The VideoInputProcessor cannot be initialised.
121507 The VideoInputProcessor cannot detect a sync-signal.
121508 The Codec VideoFrontEnd-module cannot be initialised.
121509 The Codec VideoFrontEnd-module cannot capture a video

1 Vip input of the digital board:

GEN, OLAX, DXC, DTT specific

User input Video input Data path to VIP

CVBS RGB CVBS from

analogue board

YC YC YC from analogue

board

YUV CVBS YUV from analogue

board

RGB CVBS RGB from analogue

board

TEST CVBS CVBS from host

controller.

10 XPORT Digital video from

DTT module

OLAL22LITE specific

User input Video input Data path to VIP

R_CVBS CVBS Rear CVBS

F_CVBS CVBS Front CVBS

T_CVBS CVBS Tuner CVBS

R_YC YC Rear YC

F_YC YC Front YC

OLAL22PREMIER specific

User input Video input Data path to VIP

1 RGB SCART aux RGB in
2 YC SCART aux YC in
3 CVBS SCART aux CVBS
4 CVBS Tuner
5 YC Front YC
6 CVBS Front CVBS
7 CVBS SCART TV CVBS
8 YC CE mode YC in
9 CVBS CE mode CVBS in

OLAL22MKII (mark II) specific

User input Video input Data path to VIP

F_CVBS CVBS Front CVBS

T_CVBS CVBS Tuner CVBS
E1_CVBS CVBS SCART 1 CVBS in
E2_CVBS CVBS SCART 2 CVBS in

F_YC YC Front YC

2 Video standard:

- PAL

- NTSC

When no input is given, the nucleus will take TEST for video input and PAL for
video standard.

field.

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121510 When selected the RGB video input:

121511 The digital board hardware information is corrupt
Example

DS:> 1215 cvbs ntsc
121500:
Test OK @

DS:> 1215 cvbs pal
121508: The VideoInputProcessor cannot detect a sync-signal.
Error @

DS:> 1215 yuv ntsc
121511:
Error in luminance signal(Y)
Error in chrominance signal(U)
Error in chrominance signal(V)
Error @

Error in colour red signal and/or
Error in colour green signal and/or
Error in colour blue signal.
When selected one of the other video inputs:
Error in luminance signal (Y) and/or
Error in chrominance signal (U) and/or
Error in chrominance signal (V).

Nucleus Name DS_SYS_AudioLoop
Nucleus Number 1216
Description The user first needs to select how the audio path must be routed on the

Technical - The user needs to route the signal to the audio inputs so the test can

Execution Time Approximately 9 seconds
User Input InputType:

Error Number Description
121600 Testing the components on the audio signal path succeeded
121601 The audio encoder did not initialise.
121602 No audio could be generated.
121603 The audio encoder did not encode audio.
121604 The audio could not be decoded.
121605 Frequency on left channel out of range.
121606 Frequency on right channel out of range.
121607 The frequencies on both channels are out of range.
121608 Frequency on left channel out of range. Right channel silent.
121609 Right channel is silent.
121610 Frequency on right channel out of range. Left channel silent.
121611 Left channel is silent.
121612 Both channels are silent.

analogue board and/or digital boar d before calling this nucleus. The user also
has to route the audio outputs back to the inputs by means of cables.

In this nucleus the Codec generates an audio sine signal with a specific
signature and sends it to the output of the digita l board. The Codec encodes
the audio signal to MPEG I layer II and after this the signature of the signal will
be checked.

encode the audio to MPEG I layer II

- An audio signal is generated, resulting in a sine of 6kHz on the left and
12kHz on the right channel.

- Then the signal is decoded in memory.

- When both signals are detected correctly in the MPEG, the test succ eede d.

- I2S (default, when no user input is given)

- SPDIF: This input needs a second parameter:

- OPT (optical, default, when no user input is given)

- COAX

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Example

DS:> 1216
121600:
Test OK @

DS:> 1216 spdif coax
121600:
Test OK @

DS:> 1216 spdif opt
121600:
Test OK @

Nucleus Name DS_SYS_SlashVersionSet
Nucleus Number 1217
Description Set the slash version of the system
Technical - Decode the user input for the slash version to set

- Issue the command to set the slash version to the analogue board
Execution Time Less than 1 second.
User Input The slash version
Error Number Description
121700 Setting the slash version succeeded
121701 Invalid slash version, no slash version is set.
121702 Setting the slash version on the Analogue Board fails.
121703 Invalid input.
121704 The returned error code from the analogue board is unknown:
121705 No DS error code known for analogue board error:
121706 There was no response from the analogue board.
121707 Retrieving the current version failed
121708 Unknown recorder layout type
121709 Validating the section where the version is stored failed
121710 Getting the configuration section from NVRAM failed
121711 Initialisation of IIC or reaching NVRAM failed
Example

DS:> 1217 82
121700:
Test OK @

Nucleus Name DS_SYS_SlashVersionGet
Nucleus Number 1218
Description Get the slash version of the system
Technical - Issue the command to get the slash version to the analogue board

- Return the received information to the user
Execution Time Less than 1 second.
User Input None
Error Number Description
121800 Getting the slash version succeeded
121801 Getting the slash version failed
121802 The IIC write failed
121803 The IIC read failed
121804 There was no response from the analogue board.
121805 No DS error code known for analogue board error:
121806 Reading the slash version fai led
121807 Initialisation of IIC or reaching NVRAM failed
121808 Reading an unexpected section version in NVRAM
Example

DS:> 1218
121800: The slash version is: 82
Test OK @

Nucleus Name
Nucleus Number 1219
Description (Re-) Virginize the rec order. User data in the NVRA M of the analogue bo ard is

Technical - Issue the command to return to the factory defaults to the analogue board
Execution Time 1 second.
User Input None

DS_SYS_Virginize

cleared

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Error Number Description
121900 Virginization succeeded
121901 Virginization on the Analogue Board failed.
121902 The returned error code from the analogue board is unknown:
121903 No DS error code known fo r analogue board error:
121904 There was no response from the analogue board.
Example

DS:> 1219
121900:
Test OK @

Nucleus Name DS_SYS_VirginModeOn
Nucleus Number 1220
Description Turn on the virgin mode func tionality (e.g. the auto channel search upon start-

up)
Technical - Issue the command to set the bit for the virgin mode to the analogue board
Execution Time Less than 1 second.
User Input None
Error Number Description
122000 Turning on the virgin mode succeeded
122001 Turning on VirginMode on the Analogue Board failed.
122002 The returned error code from the analogue board is unknown:
122003 No DS error code known fo r analogue board error:
122004 There was no response from the analogue board.
122005 Section validation or write failed in NVRAM
122006 Reading the CONFIG section from NVRAM failed
122007 Initialisation of IIC or reaching NVRAM failed
Example

DS:> 1220

122000:

Test OK @

Nucleus Name DS_SYS_VirginModeOff
Nucleus Number 1221
Description Turn off the virgin mode funct ionality (e.g. the auto channel s earch upon start-

up)
Technical - Issue the command to reset the bit for the virgin mode to the analogue

board
Execution Time Less than 1 second.
User Input None
Error Number Description
122100 Turning off the virgin mode succeeded
122101 Turning off VirginMode on the Analogue Board failed.
122102 The returned error code from the analogue board is unknown:
122103 No DS error code known fo r analogue board error:
122104 There was no response from the analogue board.
122105 Section validation or write failed in NVRAM
122106 Reading the CONFIG section from NVRAM failed
122107 Initialisation of IIC or reaching NVRAM failed
Example

DS:> 1221
122100:
Test OK @

Nucleus Name
Nucleus Number 1222
Description Get the virgin mode functionality status (e.g. the auto channel search upon

Technical - Issue the command to reset the bit for the virgin mode to the analogue
Execution Time Less than 1 second.

User Input None
Error Number Description
122200 Getting the virgin mode succeeded
122201 Reading the Virgin Mode flag from NVRAM failed
122202 Initialisation of IIC or reaching the NVRAM failed
122203 Reading an unexpected version of the section in NVRAM

DS_SYS_VirginModeGet

start-up)

board

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Example

DS:> 1222
122200: The Virgin Mode functionality is: ON
Test OK @

Nucleus Name DS_SYS_DisplayFatalOn
Nucleus Number 1223
Description Turn on the d isplay-fatal functionality which displa ys debug-information on the

display when encountering a fatal error condition from which could not be
recovered automatically

Technical - Issue the command to use the display-fatal functionality to the analogue

board
Execution Time Less than 1 second.
User Input None
Error Number Description
122300 Turning on the display-fatal functionality succeeded
122301 Turning on the display-fatal functionality failed
122302 The returned error code from the analogue board is unknown:
122303 No DS error code known for analogue board error:
122304 There was no response from the analogue board.
122305 Section validation or write failed in NVRAM
122306 Reading the section from NVRAM failed
122307 Initialisation of IIC or reaching NVRAM failed
Example

DS:> 1223
122300:
Test OK @

Nucleus Name
Nucleus Number 1224
Description Turn off the display-fatal functionality which displays debug-information on the

Technical - Issue the command to stop using the display-fatal functionality to the
Execution Time Less than 1 second.

User Input None
Error Number Description
122400 Turning off the display-fatal functionality succeeded
122401 Turning off the display-fatal functionality failed
122402 The returned errorcode from the analogue board is unknown:
122403 No DS errCode known for analogue board error:
122404 There was no response from the analogue board.
122405 Section validation or write failed in NVRAM
122406 Reading the section from NVRAM failed
122407 Initialisation of IIC or reaching NVRAM failed
Example

DS_SYS_DisplayFatalOff

display when encountering a fatal error condition from which could not be
recovered automatically

analogue board

DS:> 1224
122400:
Test OK @

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 78 of 16 8

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_SYS_DisplayFatalGet
Nucleus Number 1225
Description Get the display-fatal flag of the recorder
Technical - Issu e the command to get the status of the displa y-fatal functionality to the

Execution Time Less than 1 second.
User Input None
Error Number Description
122500 Getting the display-fatal flag succeede d
122501 Getting the display-fatal flag failed
122502 The returned errorcode from the analogue board is unk n own:
122503 No DS errCode known for analogue board error:
122504 There was no response from the analogue board.
122505 Reading the display fatal flag failed
122506 Initialisation of IIC or reaching NVRAM failed
122507 Unexpected version read from NVRAM section
122508 Reading the fatal flag from NVRAM failed
Example

analogue board

DS:> 1225
122500: The Display Fatal functionality is ON
Test OK @

Nucleus Name DS_SYS_SettingsSet
Nucleus Number 1226
Description Programs the digital board settings into the boot EEPROM on the digital board.
Technical - Evaluate user input.

Execution Time 1 second
User Input A large hexadecimal value that represen ts the digital board settings obtained

Error Number Description
122600 The settings were successfully programmed.
122601 User input is invalid.
122602 IIC access failed.
Example

- Set-up IIC-bus.

- Write data to boot EEPROM.

- Update checksum.

from the XDIVTOOL.exe program or from a reference set.

DS:> 1226 646961677473746201010200010101010101000020080000
122600:
Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_SYS_SettingsDisplay
Nucleus Number 1228
Description Show the settings that are programmed in the BROM on the digital board.
Technical - Set-up IIC-bus.

- Read Digital Board Settings from boot EEPROM.

- Display the settings.

Execution Time 1 second
User Input None.
Error Number Description
122800 The settings were successfully displayed.
122801 IIC access failed.
122802 Invalid settings
Example

DS:> 1228
Settings ID:
444248491D9420014E46332B0000000029040303000101020001010040080800
Board name: NF3+
Hardware ID: 29
Codec IC: PNX7100_C2/C3
Video Input Processor IC: SAA7118
Progressive Scan Deinterlacer IC: S2301
Progressive Scan Denc IC: None
I-Link physical layer circuit IC: PDI1394P25
I-Link link layer circuit IC: PDI1394P40
Audio clock: Clock scheme 1
Bit engine connector: not available
IDE connector 1: available
IDE connector 2: available
PCI connector: not available
RAM size 64MByte
ROM size (NOR FLASH bank 1) 8MByte
ROM size (NOR FLASH bank 2) 8MByte
ROM size (NAND FLASH) Not available
Bit Engine: AV 3.1

122800:
Test OK @

Nucleus Name DS_SYS_SettingsGet
Nucleus Number 1229
Description Get the digital board diversity settings string that is programmed in the BROM

Technical - Set-up IIC-bus.

Execution Time 1 second
User Input None.
Error Number Description
122900 The settings were successfully displayed.
122901 IIC access failed.
122902 The settings are invalid
Example

on the digital board.

- Read Digital Board Settings from boot EEPROM.

- Read System Settings from boot EEPROM.

- Display the settings.

DS:> 1229
122900: 6D7920626F6172640002030001010102010100002 0080 000
Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_SYS_AudioLoopThroughStart
Nucleus Number 1230
Description Description: Th e audio input is routed from the input to all outputs. Th e input is

set routing the signal with the proper nucleus. All outpu ts are enabled.

Technical - Encode the audio to AC3 in memory

- Decode the AC3 in memory to audio on the outputs
Execution Time 1second buffer time and 30 seconds playing.
User Input

Available for all sets except for sets with a SAA7173 VIP onboard

InputType:

- I2S (default)

- SPDIF (Only for recorders with 5.1 input and DTT module)

InputPort: (Only for recorders with 5.1 input. For DTT modules no parameter
should be filled in, so default is chosen )

- OPT : Optical input path is selected (default)

- COAX : Coax input path is selected

Available only for sets with a SAA7173 VIP onboard

User input Data path to VIP

R_A Rear Cinch
F_A Front Cinch
T_A Tuner

Error Number Description
123000 AudioLoopthroughStart succeeded
123001 Resetting the audio decoder failed
123002 Resetting the audio encoder failed
123003 Encoding the audio failed
123004 Decoding the audio failed
Example

Example DTT

Example 5.1 input

Example SAA7173

DS:> 1230
123000:
Test OK @
DS:> 1230 spdif
123000:
Test OK @
DS:> 1230 spdif coax
123000:
Test OK @
DS:> 1230 T_A
123000:
Test OK @

Nucleus Name
Nucleus Number 1231
Description Stop routing the audio input to all the outputs
Technical - Send the ‘Mute’ command to the audio decoder and reset the audio

Execution Time Less than 1 second.
User Input None.
Error Number Description
123100 AudioLoopthroughStop succeeded
123101 Resetting the audio decoder failed
123102 Resetting the audio encoder failed
Example

DS_SYS_AudioLoopThroughStop

decoder

DS:> 1231
123100:
Test OK @

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 81 of 168

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_SYS_SettingsHwIdSet
Nucleus Number 1232
Description This nucleus sets the HW-Id in the HW-diversity string
Technical - Read out the HW-diversity string

- Modify the HW-ID in that string as requested

- Write the modified HW-diversity string to the EEPROM

Execution Time Less than 1 second.
User Input - <HW-ID> - The hardware ID to set

- No input - The user will be asked for the ID
Error Number Description
123200 Setting the hardware ID succeeded
123201 Setting the hardware ID failed
123202 The user aborted setting the hardware ID, no changes made
Example

DS:> 1232
Enter the new HW ID of the digital board (Currently equals 21)
Enter a value between 0 and 99:
> 22
The HW ID will be set to: 22. Is that correct? ([Y/N]):y
123200:
Test OK @

DS:> 1232
Enter the new HW ID of the digital board (Currently equals 22)
Enter a value between 0 and 99:
>
The HW ID will be set to: 0. Is that correct? ([Y/N]):N
123202: Setting the HW ID was aborted by the user.
Error @

DS:> 1232 99
123200:
Test OK @

© Philip s Electronics N . V . 2005 Philips Digital Systems Laboratories Page 82 of 16 8

Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_SYS_SettingsDoubleCheck
Nucleus Number 1233
Description Double check whether stored HW-string equals actual HW as far

as we can automatically detect this. An automatic and a manual mode is
supported.

Technical - Read out the HW diversity string

- Check whether these settings correspond the actual hardware

- In case of modification: Write back the new HW-diversity settings.

Execution Time 4 seconds in auto mode when everything matches
User Input - ‘manual’ or ‘MANUAL’ to enter manual mode

- default is automatic mode where the nuc leus stops upon and reports the
first encountered error

Error Number Description
123300 Double checking the HW-diversity settings succeeded
123301 Double check failed, a difference in settings was encountered
123302 Reading the HW-diversity settings failed
123303 Writing the modified HW-diversit y settin gs fa iled
Example

DS:> 1233
123300:
Test OK @

DS:> 1233 manual
123300:
Test OK @

DS:> 1233
123301:
Hardware ID mismatch: in HW-Diversity string:99, actual in FLASH:0

Error @

DS:> 1233 manual
Hardware ID mismatch! in HW-Diversity string:99, actual in FLASH:0

Enter the correct HW ID of the digital board.
> 0
The HW-diversity string has been modified by you. Settings:

Board name: DIAG
Hardware ID: 0
Codec IC: PNX7100_MF3
Video Input Processor IC: SAA7118
Progressive Scan Deinterlacer IC: None
Progressive Scan Denc IC: ADV7196
I-Link physical layer circuit IC: PDI1394P25
I-Link link layer circuit IC: PDI1394P40
Audio clock: Clock scheme 1
Bit engine connector: available
IDE connector 1: available
IDE connector 2: not available
PCI connector: not available
RAM size 32MByte
ROM size (NOR FLASH bank 1) 8MByte
ROM size (NOR FLASH bank 2) Not available
ROM size (NAND FLASH) Not available
Is it OK to program this in
the new HW-diversity string? ([y]es/[n]o):y
Diversity HW-string programmed successfully.

123300:
Test OK @

DS:>

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_SYS_SettingsDlTableFilenameSet
Nucleus Number 1234
Description This nucleus sets the Download table filename in the HW-diversity string
Technical - Retrieve the new filename from the user

- Ask the user whether the filename is correct before setting it

- Update the diversity settings to use the newly entered filename

Execution Time Dependent on the user confirmation
User Input - The filename to be set

- No input - No new filename will be set
Error Number Description
123400 Setting the new filename succeeded
123401 Unsupported setting of the current HW-diversity settings
123402 Setting the filename was aborted by the user.
Example

DS:> 1234
Enter the new Download Table Filename (Currently equals
DVDR2001.001)
Enter a filename:
>
The Download Table Filename will be set to: DVDR2001.001. Is that
correct? ([Y/N]):
123402: Setting the filename was aborted by the user.
Error @

DS:> 1234
Enter the new Download Table Filename (Currently equals
DVDR2001.001)
Enter a filename:
>DVDR2002.001
The Download Table Filename will be set to: DVDR2002.001. Is that
correct? ([Y/N]):Y
123400:

Test OK @

Nucleus Name DS_SYS_IicWriteRead
Nucleus Number 1235
Description Perform an IIC write-read action on the digital board
Technical - Deter mine bus ID, slave address, number of bytes to be written and the

byte array of data from the user input

- Initialise IIC

- Write the data to the IIC slave

- Read the data from the IIC slave

Execution Time Less than 1 second
User Input The user inputs the Bus ID, Slave Address, number of bytes to read,

number of bytes to writ e and the bytes to be written
<NucNr><BusId><SlaveAddr><ReadLen><WriteLen><WrByte0...WrByteN>
Max number of bytes to write: 255

Max number of bytes to read: 255
Error Number Description
123500 Writing data to and reading data from the IIC slave succeeded
123501 The IIC bus was not accessible
123502 There was a bus timeout reading the device
123503 The IIC acknowledge was not received
123504 Unable to initialise IIC bus
123505 The communication with the device failed
123506 Unknown IIC bus error received
123507 Decoding bus ID unsigned value failed
123508 Decoding slave address unsigned value failed
123509 Decoding number of bytes unsigned value fa iled
123510 Bus ID out of range
123511 Number of bytes out of range
Example

DS:> 1235 0 0xa0 0xf 1 0

0x0000: 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00

0x0008: 0x00 0x00 0x00 0x00 0x00 0x00 0x00

123500:

Test OK @

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Reference : SGP_AVS_SW_ATLAS-05-04 Classification : COMPANY RESTRICTED
Version : 3.4 Project : ATLAS_DSW
Status : Draft Chapter : User Manual
Date : 2005-09-02 Section : Diagnostic Software

Nucleus Name DS_SYS_BuildInfoGet
Nucleus Number 1236
Description Retrieve the software build information of the Diagnostics & Service application
Technical - Show the information that is stored in the DVDR_BuildInfoType structure
Execution Time Less than 1 second
User Input None
Error Number Description
123600 Retrieving build info succeeded
123601 Retrieving build info failed
Example

DS:> 1236
123600:
Version :560
Build :20040614_0510
Release :C1
Buildtype :no
Baseline :F_P1_9_152
Variant :verum:dvdrw2_lib

Test OK @

Nucleus Name DS_SYS_UartSetup
Nucleus Number 1237
Description Set up a configuration for the selected UART
Technical - Parse user input

- Use MIS_UART_Setup to setup the selected UART with the requested
parameters

Execution Time Less than 1 second
User Input The user inputs 6 parameters:

<UartNr><baudrate><flowcontrol><databits><parity><stopbits>
UartNr:

1=UART port 1 : not used (Chrysalis only)
2=UART port 2 : Bit Engine or DTTM (Chrysal i s only)
3=UART port 3 : Analogue boar d
baudrate:
115200,62500,57600,38400,19200,9600,4800,2400,1200
flowcontrol:
0=disabled 1=enabled
databits:
7 or 8
parity:
“NO”, “ODD” or “EVEN”
stopbits:

1 or 2
Error Number Description
123700 Setting up the selected UART succeeded
123701 User provided Invalid setup parameters
123702 Setting up the selected UART Failed
123703 Selected UART is not available
Example (Chrysalis)

Example (Leco)

DS:> 1237 2 38400 0 8 NO 1

123700:

Test OK @

DS:> 1237 2 38400 0 8 NO 1

123703: The selected UART is not available

Error @

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