Page 1
1
2
3
4
APPROVED
1-28-2003_11:11
7/18/02
10/22/02
D
REVISIONS
DESCRIPTIONECO DATE
REVISION OF THE FIRST PROTOTYPE
A-rev of X01 board 01/21/03
FIRST PROTOTYPEX-00
Ev-Card AGILE information
IOP_PWR_DELAY circuit
CORPORATION
COMPUTER
AUSTIN,TEXAS
DATE
DATE
DATE
DATE
DATE
DATE
DATE
DATE
SCHM, CTL, PE1750, ROMB
ECO
A CURRENT ISSUE OF THIS DRAWING MUST
ECO’S:
INCLUDE A COPY OF THE FOLLOWING
ECO
ECO
ECO
ECO
ECO
ECO
ECO
Suraj DeSilva, 01/28/03
No new components or traces added.
Last net list genertaed on 01/23/03
TEXT ADDED AND CLEANED UP ON 01/28/03.
TITLE
01/28/2003
01/28/2003
01/28/2003
01/28/2003
A00-00
REV.
SHEET
9T596
1/21/03 1 OF 10
DWG NO.
DATE
DCBA
REV
X-01
A00-00
Table of Contents
Page 1 - Block Diagram, Card revision History &
Page 2 - IDSEL - Bus Switch, FRU, DIMM-SPD & RAID KEY
Page 4 - i80321 Peripheral Interface, FW Flash & NVSRAM
Page 3 - PCI-X Connector, i80321 PCI Interface
PLANAR
SURAJ DESILVA
SURAJ DESILVA
STUART HAYES
TRUC NGUYEN
DRAWN
DESIGNED
CHECKED
APPROVED
APPROVED
APPROVED
APPROVED
RELEASED
Page 10 - JTAG, Debug Header, Impedence Coupons
Page 9 - 1.3V regulator, Power Fail -Voltage sequence Ckt
Page 8 - Decoupling for i80321 Voltage Planes
Page 7 - DDR SDRAM Series & Parallel Term [2]
Page 6 - DDR SDRAM Termination Series & Paralle Term [1]
Page 5 - i80321 Memory Interface & Discrete DDR SDRAM’s
PROPRIETARY NOTE
FLASH
256K
NVSRAM
32Mb (4MB)
ITEM MAY NOT BE TRANSFERRED FROM THE CUSTODY OF DELL COMPUTER
AND CONTAINS CONFIDENTIAL AND TRADE SECRET INFORMATION. THIS
CORP., EXCEPT AS AUTHORIZED BY DELL COMPUTER CORP., AND THEN
ONLY BY WAY OF LOAN FOR LIMITED PURPOSES. IT MUST NOT BE
REPRODUCED IN WHOLE OR IN PART AND MUST BE RETURNED TO DELL
COMPUTER CORP. UPON REQUEST AND IN ALL EVENTS UPON COMPLETION
OF THE PURPOSE OF THE LOAN. NEITHER THIS ITEM NOR THE
INFORMATION IT CONTAINS MAY BE USED BY OR DISCLOSED TO PERSONS
NOT HAVING A NEED FOR SUCH USE OR DISCLOSURE CONSISTENT WITH
THE PURPOSE OF THE LOAN WITHOUT THE PRIOR WRITTEN CONSENT OF
1.6 GB/sec
THIS ITEM IS THE PROPERTY OF DELL COMPUTER CORP. AUSTIN, TEXAS
DELL COMPUTER CORPORATION.
EXTERNAL
Connector
Ultra320 SCSI
Term
SCSI
SCSI
Dual
LSI
Channel
Ultra 320
53C1030
Connector
BACKPLANE
Term
SCSI
RAID CARD
PCI-X 100 -
(800 MB/S)
64 BIT PCI-X BUS
two devices on the same bus
16
DATA
16
16 bits
400 MHz
IMB BUS
DATA DOUBLE PUMPED
DATA
EACH WAY)
(1600 MB/S
-Works
CIOB-X2
Server-
PCI-X 133
64 BIT PCI-X BUS
PCI Bridge
ROMB
(1067 MB/S)
Battery
Li-Ion
BATTERY
Charger Ckt
PCI-X 100 -
64 BIT PCI-X BUS
RAID Memory
Vbat-RAID
Back-Up
Battery
circuit
(800 MB/S)
two devices on the same bus
Connector
Board-To-Board
128MB DDR1600 -(5 Chips)
INTEL
PCI-X 100 -
(800 MB/S)
64 BIT PCI-X BUS
I2C bus from Planar
two devices on the same bus
ROMB
Processor
"Verde"
BOARD
FRU
DIMM-
-SPD
I2C bus from Planar
RAID-
-KEY
I2C bus from Verde
Everglades - RAID CARD
Ev-RAID Card ASSY DWG: 6T831
Ev-RAID Card PWB: 0U620
Ev-RAID Card SCHEM: 9T596
Ev-RAID Card PWA: 7T598
IN COMPLIANCE WITH THE U.S. EXPORT ADMINISTRATION REGULATIONS.
IS CONTROLLED BY THE U.S. GOVERNMENT. THE EXPORT, DEEMED EXPORT OR OTHER TRANSFER OF THIS DATA
THE EXPORT OF THE INFORMATION, SCHEMATICS AND OTHER TECHNICAL DATA CONTAINED IN THIS DOCUMENT
EXPORT RESTRICTION:
TO CERTAIN COUNTRIES AND INDIVIDUALS IS RESTRICTED. ANY TRANSFER, EXPORT OR REEXPORT, MUST BE
SEPARATE INBOUND & OUTBOUND
A B C
PCI-X 133 SLOT
Planar I2C bus - Pulled to +3.3V Aux voltage
Planar I2C bus - Pulled to +3.3V
EVERGLADES
Planar
I2C segmentor
1
2
3
4
Page 2
1
2
3
A00-00
REV.
2 OF 101/21/03
1-28-2003_15:00 1-28-2003_15:00
4.7K
1 2
R65
4.7K
1 2
R66
847
WC
VCC
FRU
A0A1A2 SCL
R61
123 6
8.2K-5%
+3.3V-AUX-FRM-PLANAR
3,9
FRU_A2_A0
3
3
PLANAR_ROMB_SDA
PLANAR_ROMB_SCL
CB32
5
1uF
SDA
10V-10%
24C02
TSSOP8
GND
R60
FRU_A1
50V-20%
.01UF
1 2
CB30
i2c address 1010-101
1.5K-5%
BOARD_FRU
ROOM =
SUB*_5W975
Place by the ROMB connector
2,4
2,4
2-4,8-10
ROMB_SCL
ROMB_SDA
5
+3.3V-VCC
Dimm Spd data for Micron MT5LSDT1672AG-10EB1
847
WC
SDA
VCC
24C02
A0A1A2 SCL
~SPD_A2_A1
TSSOP8
GND
1.5K-5%
RB16
DDR MEMORY-SPD
i2c address 1010-001
DIMM_SPD
R58
123 6
8.2K-5%
SPD_A0
4.7K
1 2
RB13
4.7K
1 2
R54
When "WC" is low, writing enabled
847
+3.3V-VCC
2-4,8-10
VCC
RAID_KEY
A0A1A2 SCL
123 6
SPD_RAIDKEY
2,4
ROMB_SCL
ROMB_SDA
5
WC
2,4
CB25
1uF
10V-10%
SDA
24C02
TSSOP8
GND
KEY_A2_A1_A0
AUSTIN,TEXAS
CORPORATION
COMPUTER
SHEET
9T596
DWG NO.
DC
DATE
SCHM, CTL, PE1750, ROMB
TITLE
50V-20%
.01UF
1 2
CB24
1.5K-5%
RB15
(Pseudo)
RAID-KEY
i2c address 1010-000
CA
removed per Thad McMillan and Michael Leins request.
per Thad McMillan and Celestica
Bare Board Changes
Removed (01/21/03) the "BAR Label" 42610 & "REV Label" 42753
Differential test coupons in Layer 3 and Layer 8
In layer 3, there is a short trace of differential pair
In layer 8, because of the BGA pin escapes, the differential
B D
pairs were routed loosly coupled.
fabrication issues at the board house
Changes were done as we would have had fabrication
Suraj DeSilva, 01/22/03
SUB*_8W532
ROOM =
Place near the I2C bus pins of the (Verde) U-80312
Last Device - On Verde I2C bus!
OPTION TO CONNECT
80321’s I2C BUS TO PLANAR -For BIOS
SUB*_4W959
Access to DIMM -SPD and RAID Key
2,4
ROMB_SDA
RB14
2,4
ROMB_SCL
0-5%
1 2
VERDE_I2C-SDA3VERDE_I2C-SCL
B79 - Of the ROMB board connector
R55
0-5%
1 2
B69 - Of the ROMB board connector
3
USE OR DISCLOSURE CONSISTENT WITH THE PURPOSE OF THE LOAN WITHOUT THE PRIOR WRITTEN CONSENT OF DELL COMPUTER CORPORATION.
LOAN. NEITHER THIS ITEM OR THE INFORMATION IT CONTAINS MAY BE USED BY OR DISCLOSED TO PERSONS NOT HAVING A NEED FOR SUCH
OR IN PART AND MUST BE RETURNED TO DELL COMPUTER CORP. UPON REQUEST AND IN ALL EVENTS UPON COMPLETION OF THE PURPOSE OF THE
AS AUTHORIZED BY DELL COMPUTER CORP., AND THEN ONLY BY WAY OF LOAN FOR LIMITED PURPOSES. IT MUST NOT BE REPRODUCED IN WHOLE
AND TRADE SECRET INFORMATION. THIS ITEM MAY NOT BE TRANSFERRED FROM THE CUSTODY OF DELL COMPUTER CORP. EXCEPT
PROPRIETARY NOTE: THIS ITEM IS THE PROPERTY OF DELL COMPUTER CORP. AUSTIN, TEXAS AND CONTAINS CONFIDENTIAL
ROOM = SPD_RAIDKEY
Signal is active low in ROMB. Corresponding
net in Planar is Active high.
3
3,10
3
3
15K
R68
3,10
20%
C84
1 2
+5V-VCC
ROOM = SCSI_RAID_SWITCH
.22uF 10V
LSI-1030-IDSEL-CTRL-TO-PLANAR
80321-INTB-TO_PLANAR
80321-INTA-TO_PLANAR
80321_IDSEL
162
VCC
U79
1A 1Y
2A 2Y
1OE
5
GPO_ROMB_ENABLE-FRM-PLANAR
3
3A 3Y
2OE
3OE
4OE
3 4
6 7
11 10
14 13
12
15
PCIX-AD19-R-80321-IDSEL
LSI-1030_IDSEL-CTRL-FRM-80321
INTA-FRM-80321
INTB-FRM-80321
4
3
3
QS3125
4A 4Y
1 2
3
PIRQ_3
PIRQ_3
80321-IDSEL-FRM-PLANAR
0-5%
ROOM = PCIX_CONN
R13
1 2
1ST(A) 2ND(B)
PIRQ_2
PIRQ_2
DEVICE
LSI 1030 SCSI
INTEL 80321 (Verde)
A B
Last tel file as resequence of refdes had
removed the impedence coupon names
Suraj DeSilva, 10/21/02
2. 10K-PD header, a header pin, removed . Not required any more - on Page 10. (10/30/02)
1. Removed Plastic shield 5X904, for lack of parts - on Page 3. (10/30/02)
3. Changed component values, CB8 page 4 & R47, R53 on Page 5. (11/07/02)
1. Changes from x01 modem to the New BOM released on 11/08/02
Required only with the debug header - on Page 10. (12/12/02)
1. Add Plastic shield 5X904 - on Page 3. (12/12/02)
2. Removed the series resisters to the Debug-Headers, RN1, RN2, RN3, R5, R7 and R23 removed.
3. Changed component values, R72 page 9, with F0321 - .1% in for lack of 0.5% resisters (12/12/02)
2. Changes from x01 modem and New BOM released on 12/13/02
1. Added in two pullup resisters to the NVSRAM, ~E & ~W signals. (Discovery issue)
4. Removed the EMI header. No longer required for EMI. (12/12/02)
3. Changes from x01 modem to the New A00-00 board released on 01/24/03
1
TEXT ADDED AND CLEANED UP ON 01/28/03.
No new components or traces added.
Last net list genertaed on 01/23/03
Suraj DeSilva, 01/28/03
2. Added a pull up for the unused DDR-5, DML pin.
3. Removed two differential clock test coupons - per Michael Leins and Thad McMillan.
Note:
4. Impedence test coupons redone per Celestica preferences .
2
SPARE
SPARE
SPARE
LSI 1030 SCSI
INTEL 80321 IOP
CIOB-X SECONDERY BUS
IDSEL
PCIX1_AD19
01234
5 SPARE
REQ/GNT
CIOB-X2 , PCIX BUS 2 - INTERRUPTS (NET NAMES FROM PLANAR)
3
D#
3
5 PCIX1_AD21
CIOB-X2 , PCIX BUS 2 - INTERRUPTS (NET NAMES FROM PLANAR)
4 4
Page 3
1
2
3
Place these decoupling caps
as close to Vcc pin on U18.
as a pair.
5,7,9
1uF
C11
10V-10%
VBAT_RAID
PCIX_SCSI_RST
3
C10
1 2
+3.3V-VCC
2-4,8-10
5
IOP_SPECIAL_RST
.01UF
50V-20%
6
U18
14
4
5
R12
1 2
3
U18
14
1
2
U12
809S
(2.93V)
3
74VHC00
22-5%
74VHC00
2
RESET
VCC
CB1
IOP_SPECIAL_RST
3
100K-1%
1 2
R8
1
GND
0.1uF 16V
2-4,8-10
1uF
10V-10%
+3.3V-VCC
3,9
SUB*_1M113
SYSTEM-PWR-GOOD
CB6
CB5
.01UF
1 2
50V-20%
4
BUFF_SYS-PWR-GOOD
4
6
Part sub added on 10/30/02
U_BUFF
Y2
Y1
A1A2GND VCC
132 5
IOP_SPECIAL_RST
3
Place these decoupling caps
as close to Vcc pin on U_BUFF
as a pair.
3
BUFF_IOP_SPECIAL_RST
RB4
NC7WZ16
0-5%
1 2
NP*
2-4,8-10
+3.3V-VCC
12
R14
1.5K-5%
21
NP*
OPTION TO GO FOR A SIMPLER RC DELAY CKT
DB1
4
1 2 5 6
QB1
3
Si3443DV
10K-1%
RB2
SUB*_5P588
BUFF_IOP_SPECIAL_RST
3
A00-00
3 OF 10
REV.
AUSTIN,TEXAS
CORPORATION
4,5
COMPUTER
SHEET
9T596
IOP_PWRDELAY
TITLE
MBRS130LT3
2 1
21
R6
C17
1 2
.22uF 10V
20%
1K-1%
21
R9
1K-1%
1/21/03
SCHM, CTL, PE1750, ROMB
DWG NO.
DATE
DC
ROOM = IOP_PWR_DELAY
CA
3
PCIX_SCSI_CBE5
PCIX_SCSI_CBE4
PCIX_SCSI_CBE3
PCIX_SCSI_CBE2
PCIX_SCSI_CBE1
PCIX_SCSI_CBE0
AC6
AF4
AD1Y2AC12
AD11
PCI_CBE0
PCI_CBE1
PCI_CBE2
PCI_CBE3
PCI_CBE4
PCIX_SCSI_CLK
PCIX_SCSI_CBE7
PCIX_SCSI_CBE6
AF11
AB10
AC7
PCI_CLK
PCI_CBE5
PCI_CBE6
PCI_CBE7
80321_IDSEL
PCIX_SCSI_GNT_80321
PCIX_SCSI_REQ_80321
PCIX_SCSI_ACK64
PCIX_SCSI_REQ64
PCIX_SCSI_FRAME
PCIX_SCSI_DEVSEL
AF1
AC3
AC10
AE11U3V2Y4AE1
PCI_REQ
PCI_GNT
PCI_FRAME
PCI_REQ64
PCI_ACK64
PCI_DEVSEL
PCIX_SCSI_PAR64
PCIX_SCSI_PAR
PCIX_SCSI_TRDY
PCIX_SCSI_IRDY
AC4
AE3
AC11
PCI_PAR
PCI_IRDY
PCI_TRDY
PCI_IDSEL
PCI_PAR64
PCIX_SCSI_RST
PCIX_SCSI_M66_EN
PCIX_SCSI_PERR
PCIX_SCSI_SERR
PCIX_SCSI_STOP
AD2
AF3
AF2
AD8U5T3T2U4
PCI_STOP
PCI_SERR
PCI_PERR
PCI_M66EN
NC_80321_INTC
INTB-FRM-80321
INTA-FRM-80321
PCI_RST
PCI_INTA
PCI_INTB
NC_80321_INTD
U1
PCI_INTC
PCI_INTD
O = 33Mhz
1 = 66Mhz
USE OR DISCLOSURE CONSISTENT WITH THE PURPOSE OF THE LOAN WITHOUT THE PRIOR WRITTEN CONSENT OF DELL COMPUTER CORPORATION.
LOAN. NEITHER THIS ITEM OR THE INFORMATION IT CONTAINS MAY BE USED BY OR DISCLOSED TO PERSONS NOT HAVING A NEED FOR SUCH
OR IN PART AND MUST BE RETURNED TO DELL COMPUTER CORP. UPON REQUEST AND IN ALL EVENTS UPON COMPLETION OF THE PURPOSE OF THE
AS AUTHORIZED BY DELL COMPUTER CORP., AND THEN ONLY BY WAY OF LOAN FOR LIMITED PURPOSES. IT MUST NOT BE REPRODUCED IN WHOLE
AND TRADE SECRET INFORMATION. THIS ITEM MAY NOT BE TRANSFERRED FROM THE CUSTODY OF DELL COMPUTER CORP. EXCEPT
PROPRIETARY NOTE: THIS ITEM IS THE PROPERTY OF DELL COMPUTER CORP. AUSTIN, TEXAS AND CONTAINS CONFIDENTIAL
ADD5=ADD*_5X904
ADD4=ADD*_6T831_ASSYDRW
2
2
3
3
3
3
3
3
3
3
3
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
ADD3=ADD*_7T598_PWA
PCI_AD56
PCI_AD57
PCI_AD58
PCI_AD59
PCI_AD60
AD14
AC13
AF13
AD13
PCIX_SCSI_AD60
PCIX_SCSI_AD59
PCIX_SCSI_AD58
PCIX_SCSI_AD57
3
3
3
3
3
ADD2=ADD*_0U620_PWB
ADD1=ADD*_9T596_SCHEM
INTEL VERDE IOP PCI
PCI_AD61
PCI_AD62
PCI_AD63
AE13
AB12
AF12
PCIX_SCSI_AD63
PCIX_SCSI_AD62
PCIX_SCSI_AD61
3
3
3
ROOM = U_80321
mechanical have enough parts
per Thad McMillan and Celestica
Removed (01/21/03) the "BAR Label" 42610 & "REV Label" 42753
Part sub added back in on 12/12/02. Mechanicals have enough parts now.
Part sub removed on 10/30/02. Need to be added once
Dell Part # 5X904
Plastic Shield for the ROMB card
U_80321
PCI_AD0
PCI_AD1
PCI_AD2
AC9
AC8
AF10
PCIX_SCSI_AD2
PCIX_SCSI_AD1
PCIX_SCSI_AD0
3
3
3
PCI_AD3
PCI_AD4
PCI_AD5
PCI_AD6
PCI_AD7
AB8
AF9
AD7
AE9
AD10
PCIX_SCSI_AD7
PCIX_SCSI_AD6
PCIX_SCSI_AD5
PCIX_SCSI_AD4
PCIX_SCSI_AD3
3
3
3
3
3
PCI_AD8
PCI_AD9
PCI_AD10
PCI_AD11
PCI_AD12
AF8
AB6
AF7
AD5
AF6
PCIX_SCSI_AD12
PCIX_SCSI_AD11
PCIX_SCSI_AD10
PCIX_SCSI_AD9
PCIX_SCSI_AD8
3
3
3
3
3
PCI_AD13
PCI_AD14
PCI_AD15
PCI_AD16
PCI_AD17
AC5
AE5
AD4
AB4
AC1
AB3
PCIX_SCSI_AD18
PCIX_SCSI_AD17
PCIX_SCSI_AD16
PCIX_SCSI_AD15
PCIX_SCSI_AD14
PCIX_SCSI_AD13
3
3
3
3
3
PCI_AD18
PCI_AD19
PCI_AD20
PCI_AD21
PCI_AD22
AB1
AA5
AB2
AA4
AA1
PCIX_SCSI_AD23
PCIX_SCSI_AD22
PCIX_SCSI_AD21
PCIX_SCSI_AD20
PCIX_SCSI_AD19
3
3
3
3
3
PCI_AD23
PCI_AD24
PCI_AD25
PCI_AD26
PCI_AD27
Y3Y1W5W3W4W1V4
PCIX_SCSI_AD28
PCIX_SCSI_AD27
PCIX_SCSI_AD26
PCIX_SCSI_AD25
PCIX_SCSI_AD24
3
3
3
3
3
PCI_AD28
PCI_AD29
PCI_AD30
PCI_AD31
PCI_AD32
V1
AB20
AF20
PCIX_SCSI_AD33
PCIX_SCSI_AD32
PCIX_SCSI_AD31
PCIX_SCSI_AD30
PCIX_SCSI_AD29
3
3
3
3
3
PCI_AD33
PCI_AD34
PCI_AD35
PCI_AD36
PCI_AD37
AC20
AD20
AC19
AF19
AD19
PCIX_SCSI_AD38
PCIX_SCSI_AD37
PCIX_SCSI_AD36
PCIX_SCSI_AD35
PCIX_SCSI_AD34
3
3
3
3
3
PCI_AD38
PCI_AD39
PCI_AD40
PCI_AD41
PCI_AD42
AE19
AB18
AF18
AC18
AF17
PCIX_SCSI_AD43
PCIX_SCSI_AD42
PCIX_SCSI_AD41
PCIX_SCSI_AD40
PCIX_SCSI_AD39
3
3
3
3
3
PCI_AD43
PCI_AD44
PCI_AD45
PCI_AD46
PCI_AD47
AC17
AE17
AD17
AF16
AB16
PCIX_SCSI_AD48
PCIX_SCSI_AD47
PCIX_SCSI_AD46
PCIX_SCSI_AD45
PCIX_SCSI_AD44
3
3
3
3
3
PCI_AD48
PCI_AD49
PCI_AD50
PCI_AD51
PCI_AD52
AD16
AC16
AF15
AC15
PCIX_SCSI_AD53
PCIX_SCSI_AD52
PCIX_SCSI_AD51
PCIX_SCSI_AD50
PCIX_SCSI_AD49
3
3
3
3
3
PCI_AD53
PCI_AD54
PCI_AD55
AE15
AB14
AF14
AC14
PCIX_SCSI_AD56
PCIX_SCSI_AD55
PCIX_SCSI_AD54
3
3
3
B D
80321 - ~INTA , ~INTB
i-80321 PCI-X Interface
3
3
3
2-4,8-10
9
3
PCIX_SCSI_AD33
3.3VAUX_PWRGOOD
ROMB-CARD-PRSNT
B1
VERDE_PCIX
A1
pin B79 and B69, connected to u_80321’s I2C bus -per future backplane cntrl requirement. 7/12/02)
pin B50, connected to U-80321, IDSEL, through switch, 6/21/02
CON- PIN-OUT -LOCKED (6-18-02, 3.00PM)
GND GND
SYSTEM-PWR-GOOD
PCIX_SCSI_AD35
3
3,9
VCC-FRM-SYSTEM-COIN-CELL
9
3
3
3
3
3
+3.3V-VCC
GND
PCIX_SCSI_AD40
PCIX_SCSI_AD45
PCIX_SCSI_AD49
PCIX_SCSI_AD44
B10
B11
B12
B13
B14
B15
A10
A11
A12
A13
A14
A15
GND
+3.3V-VCC
PCIX_SCSI_AD50
PCIX_SCSI_AD47
PCIX_SCSI_AD46
PCIX_SCSI_AD43
3
3
3
2-4,8-10
2-4,8-10
GND
PCIX_SCSI_AD48
PCIX_SCSI_AD533PCIX_SCSI_AD56
B16
B17
B18
B19B2B20
A16
A17
A18
A19A2A20
GND
PCIX_SCSI_AD51
PCIX_SCSI_AD57
PCIX_SCSI_AD52
3
3
3
3
+3.3V-VCC
PCIX_SCSI_AD34
PCIX_SCSI_AD37
PCIX_SCSI_AD38
PCIX_SCSI_AD413PCIX_SCSI_AD553PCIX_SCSI_AD60
B7B8B9
A7A8A9
+3.3V-VCC
PCIX_SCSI_AD32
PCIX_SCSI_AD42
PCIX_SCSI_AD36
PCIX_SCSI_AD39
3
3
3
3
2-4,8-10
3
2-4,8-10
3
3
+3.3V-VCC
PCIX_SCSI_AD62
PCIX_SCSI_AD63
PCIX_SCSI_AD593PCIX_SCSI_AD3
B21
B22
B23
B24
B25
A21
A22
A23
A24
A25
+3.3V-VCC
PCIX_SCSI_CBE6
PCIX_SCSI_CBE4
PCIX_SCSI_AD58
PCIX_SCSI_AD61
PCIX_SCSI_AD54
3
3
3
3
3
2-4,8-10
3
3
3
3
3
GND
PCIX_SCSI_ACK64
PCIX_SCSI_PAR64
PCIX_SCSI_CBE7
B26
B27
B28
B29B3B30
A26
A27
A28
A29A3A30
+3.3V-VCC
GND
PCIX_SCSI_REQ64
PCIX_SCSI_AD1
PCIX_SCSI_CBE5
3
3
3
3
2-4,8-10
2-4,8-10
3
3
+3.3V-VCC
GND
NC-PCIX-CONN-B34
PCIX_SCSI_AD83PCIX_SCSI_AD4
PCIX_SCSI_AD7
B31
B32
B33
B34
B35
B36
A31
A32
A33
A34
A35
A36
GND
GND
PCIX_SCSI_CLK
PCIX_SCSI_M66_EN
PCIX_SCSI_AD0
PCIX_SCSI_AD5
3
3
3
3
3
3
3
3
2-4,8-10
+3.3V-VCC
GND
PCIX_SCSI_CBE1
PCIX_SCSI_AD12
PCIX_SCSI_AD63PCIX_SCSI_AD9
PCIX_SCSI_AD113PCIX_SCSI_TRDY
B37
B38
B39B4B40
B41
B42
B43
B44
A37
A38
A39A4A40
A41
A42
A43
A44
+3.3V-VCC
GND
PCIX_SCSI_AD15
PCIX_SCSI_AD13
PCIX_SCSI_CBE0
PCIX_SCSI_AD14
PCIX_SCSI_AD10
PCIX_SCSI_AD2
3
2-4,8-10
3
3
3
3
3
3
2
2-4,8-10
2
3
+3.3V-VCC
PCIX_SCSI_AD28
80321-INTA-TO_PLANAR
PCIX_SCSI_REQ_80321
PCIX_SCSI_STOP
B52
B53
B54
B55
B56
B57
A52
A53
A54
A55
A56
A57
+3.3V-VCC
PCIX_SCSI_AD21
PCIX_INTA-FRM-LSI-1030
PCIX_SCSI_AD27
PCIX_SCSI_AD18
PCIX_SCSI_AD30
4
3
3
3
2-4,8-10
3
GND
PCIX_SCSI_DEVSEL3PCIX_SCSI_AD23
B58
B59B6B60
A58
A59A6A60
GND
PCIX_SCSI_GNT_80321
PCIX_INTB-FRM-LSI-1030
3
3
3
3
3
2-4,8-10
+3.3V-VCC
GND
80321-IDSEL-FRM-PLANAR
PCIX_SCSI_RST
PCIX_SCSI_SERR
PCIX_SCSI_FRAME
PCIX_SCSI_AD203PCIX_SCSI_AD243PCIX_SCSI_CBE33PCIX_SCSI_IRDY
B45
B46
B47
B48
B49B5B50
B51
A45
A46
A47
A48
A49A5A50
A51
+3.3V-VCC
GND
PCIX_SCSI_AD22
PCIX_SCSI_AD26
PCIX_SCSI_PERR
PCIX_SCSI_PAR
PCIX_SCSI_AD16
3
3
3
2-4,8-10
3
3
3
2-4,8-10
3
3
+3.3V-VCC
PCIX_SCSI_AD29
PCIX_SCSI_AD17
B61
B62
B63
B64
B65
A61
A62
A63
A64
A65
+3.3V-VCC
PCIX_SCSI_AD31
PCIX_SCSI_AD25
PCIX_SCSI_AD19
PCIX_SCSI_CBE2
4
3
3
3
LSI, ~INTA, ~INTB
2-4,8-10
3
2,10
80321-INTB-TO_PLANAR
B66
A66
GND
3
2,3,10
2
GND
VERDE_I2C-SCL
+5V-VCC
B67
B68
B69
A67
A68
A69
+2.5V-VCC
+5V-VCC
RBAT_PRSNT
4
3,6-9
2,3,10
3,6-9
3,6-9
3,6-9
+2.5V-VCC
+2.5V-VCC
+2.5V-VCC
B70
B72
B71
A70
A71
A72
+2.5V-VCC
+2.5V-VCC
+2.5V-VCC
3,6-9
3,6-9
3,6-9
3,6-9
3,9
+2.5V-VCC
RAID-BAT+
B75
B74
B73
A73
A74
A75
GND
+2.5V-VCC
3,6-9
2,9
2
4
4
3,9
VERDE_I2C-SDA
BAT-STAT2
BAT-STAT1
RAID-BAT+
+3.3V-AUX-FRM-PLANAR
B79
B78
B77
B76
A76
A77
A78
A79
A80 B80
GND
PLANAR_ROMB_SDA
PLANAR_ROMB_SCL
ROMB-CARD-PRSNT
AC-OK-FRM-PLANAR
2
2
3
16V 10%
10uF
2 1
+2.5V-VCC
3,6-9
CB33
16V 10%
10uF
2 1
CB34
on either side of the connector
Place one cap each,
close to the connector’s +2.5V pins
LSI-1030-IDSEL-CTRL-TO-PLANAR
2
Signal is active low in ROMB. Corresponding
net in Planar is Active high.
CONN2X80
B TO B PLUG
2
GPO_ROMB_ENABLE-FRM-PLANAR
ROOM = PCIX_CONN
A B
Enables / Disable the VERDE IDSEL with this signal.
1
2
3
4 4
Page 4
1
2
3
1-28-2003_10:12
11/07/02, Suraj DeSilva.
Changed the 150uF to 68uF, Dell part # 1Y906
Need a 5ohm series resister and a cap near the Vccx pin.
+3.3V-VCC
2-4,8-10
CA
+3.3V-VCC
SUB*_1Y906
CB8
1 2
+
150uF
10V-20%
C12
1 2
0.1uF 16V
112
VCAPA0
U7
Part sub added on 10/30/02
Discovery does so, for the +5V rail and not for the +3.3V rail
Per Jim Hunt and Ramesh Khanna-10/15/02.
2-4,8-10
IOP_NVRAM_POWER
ROMB_FLSH_A0
5-5%
21
R4
3
BUFF_SYS-PWR-GOOD
4,10
SUB*_9Y013
4.7K
1 2
R44
4.7K
1 2
R38
NP*
PU_IOP_XINT2
4,10
Debug header’s int connected here. (check page 10)
4,10
ROMB_FLSH_AD1
ROMB_FLSH_AD0
32
DQ0
VCCX
A1
A3
A2
A4
7
8
11
10
ROMB_FLSH_A5
ROMB_FLSH_A3
ROMB_FLSH_A4
ROMB_FLSH_A2
ROMB_FLSH_A1
4
4
4,10
4,10
C1
1 2
0.1uF 16V
10K-5%
21
R2
PU_IOP_XINT3
4
4,10
4,10
ROMB_FLSH_AD3
ROMB_FLSH_AD2
151413
17
DQ2
DQ1
456
ROMB_FLSH_A7
ROMB_FLSH_A6
4
4
21
4,10
4,10
4,10
4,10
4,10
NC_SIMTEK_24
ROMB_FLSH_AD7
ROMB_FLSH_AD6
ROMB_FLSH_AD5
ROMB_FLSH_AD4
21
20
19
18
DQ7
DQ6
DQ5
DQ3
DQ4
A8
A10
A7A6A5
A9
A11
26
28
23
27
ROMB_FLSH_A10
ROMB_FLSH_A84ROMB_FLSH_A14
ROMB_FLSH_A11
ROMB_FLSH_A9
4
4
4
4
10K-5%
R1
NP*
ROOM = U_80321_BOT_SIDE
NC_SIMTEK_9
24
9
16
NC9
NC24
VSS16
A13
A12
3
29
ROMB_FLSH_A13
ROMB_FLSH_A12
4
4
W
GEHSB
A14
2
30
252231
4
ROMB_FLSH_WE
ROMB_FLSH_OE
NVSRAM_SEL/RETRY_ENABLED
4
4,10
4,10
1.5K-5%
1 2
R37
LSI-1030_IDSEL-CTRL-FRM-80321
BLOCK_CKE_EN
2,4
4,5
+3.3V-VCC
2-4,8-10
1.5K PD NEEDED IF WANT GPIOS TO BE OUTPUTSAT RESET
NVSRAM
32Kx8-35ns
+3.3V-VCC
2-4,8-10
1.5K-5%
1 2
R43
ROMB_BAT_EN
4,9
SUB*_1W605
Use the +3.3V part
NP*
10K-1%
21
R86
10K-1%
21
R85
Change done on, 01/20/03
To take care of unintended
up - Discovery issue
unintended writes on power
1.5K-5%
1 2
R45
4.7K
1 2
R59
4.7K
1 2
R57
PCIX_INTA-FRM-LSI-1030
PCIX_INTB-FRM-LSI-1030
3,4
3,4
ROOM = NVSRAM
ROOM = U_80321_TOP_SIDE
567
4,10
4,10
4,10
4,10
4,10
ROMB_FLSH_AD6
ROMB_FLSH_AD5
ROMB_FLSH_AD4
ROMB_FLSH_AD3
42403835333129
DQ6
DQ5
DQ4
DQ3
DQ2
A8
A9
A7A6A5
A10
7
8
181920
ROMB_FLSH_A7
ROMB_FLSH_A8
ROMB_FLSH_A9
ROMB_FLSH_A10
4
4
4
4
4
1 2
8.2K-5%
1 2
8.2K-5%
R20
0-5%
1 2
NP*
ROMB_FLSH_A21
4
8
RN11
8.2K
432
1
4,10
ROMB_FLSH_AD7
FLSH_DQ11
FLSH_DQ12
FLSH_DQ10
FLSH_DQ9
FLSH_DQ8
30323436394143
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
A16
A14
A13
A12
A11
A15
23456
1
4844171216
ROMB_FLSH_A11
ROMB_FLSH_A12
ROMB_FLSH_A13
ROMB_FLSH_A14
ROMB_FLSH_A15
ROMB_FLSH_A16
4
4
4
4
4
4
R18
R25
NP*
ROOM = U_80321
0.1uF 16V
1 2
C55
22uF 6.3V
12
CB13
22uF 6.3V
12
CB20
4,10
ROMB_FLSH_AD0
134737
VPP
VCCQ
VCC_30
A0A1A2A3A4
2524232221
ROMB_FLSH_A2
ROMB_FLSH_A0
ROMB_FLSH_A1
ROMB_FLSH_A3
ROMB_FLSH_A4
4
4,10
4,10
4,10
NP*
8.2K-5%
1 2
R19
NP*
8.2K-5%
1 2
R24
R26
4,10
ROMB_FLSH_AD2
ROMB_FLSH_AD1
DQ1
DQ0
ROMB_FLSH_A5
ROMB_FLSH_A6
4
4
0-5%
1 2
ROMB_FLSH_A20
4
2-4,8-10
+3.3V-VCC
U_32B_FLSH
+3.3V-VCC
ROOM = 32MBIT_FLASH
2-4,8-10
8
RN10
1
4
FLSH_DQ14
FLSH_DQ15
FLSH_DQ13
ROMB_FLSH_CE/RST_MODE
262811
45
CEOEWE
DQ13
DQ14
DQ15
SUB*_4W960
A17RPA18
A19
A20
A21
9
15
10
FLSH_A21
FLSH_A20
ROMB_FLSH_A17
ROMB_FLSH_A18
ROMB_FLSH_A19
4
4
4
567
8.2K
432
4,10
4,10
ROMB_FLSH_RST
ROMB_FLSH_WE
ROMB_FLSH_OE
21
R17
4,10
PU-32BITPART_~WP
14
WP
28320
GND_27
GND_46
27
46
4
ROMB_FLSH_A7
ROMB_FLSH_ALE
19181716151413
11
LE
U1
OE
1
220
ROMB_FLSH_AD7
R21
1K-5%
1 2
Part # 4W960
Programmed Flash
4
4
4
4
NC_74LVC573_7Q
NC_74LVC573_6Q
NC_74LVC573_5Q
NC_74LVC573_8Q
ROMB_FLSH_A4
ROMB_FLSH_A5
ROMB_FLSH_A6
4D
2D1D3D
PD_LTCH_6D
PD_LTCH_5D
ROMB_FLSH_AD4
ROMB_FLSH_AD5
4,10
4,10
12
7D6D5D
8765324
9
PD_LTCH_8D
PD_LTCH_7D
1Q2Q3Q4Q5Q6Q7Q
ROMB_FLSH_AD6
4,10
4,10
AUSTIN,TEXAS
CORPORATION
COMPUTER
12/03/02
TSSOP 48, Socket part # 8M346
Blank Flash Part # 8F073
1uF
CB15
CB18
.01UF
1 2
10V-10%
100
RN12
50V-20%
Yellowstone uses 100ohm pull downs. Why???
100 Ohm 5%
4
3
2
1
8Q
8D
+3.3V-VCC
GND VCC
10 20
2-4,8-10
74LVC573A
TSSOP20
5
6
7
8
A00-00
REV.
4 OF 10
SHEET
9T596
1/21/03
SCHM, CTL, PE1750, ROMB
TITLE
Place these decoupling caps
as a pair.
as close to Vcc pin on U21
PROPRIETARY NOTE: THIS ITEM IS THE PROPERTY OF DELL COMPUTER CORP. AUSTIN, TEXAS AND CONTAINS CONFIDENTIAL
DC
DWG NO.
DATE
USE OR DISCLOSURE CONSISTENT WITH THE PURPOSE OF THE LOAN WITHOUT THE PRIOR WRITTEN CONSENT OF DELL COMPUTER CORPORATION.
LOAN. NEITHER THIS ITEM OR THE INFORMATION IT CONTAINS MAY BE USED BY OR DISCLOSED TO PERSONS NOT HAVING A NEED FOR SUCH
OR IN PART AND MUST BE RETURNED TO DELL COMPUTER CORP. UPON REQUEST AND IN ALL EVENTS UPON COMPLETION OF THE PURPOSE OF THE
AS AUTHORIZED BY DELL COMPUTER CORP., AND THEN ONLY BY WAY OF LOAN FOR LIMITED PURPOSES. IT MUST NOT BE REPRODUCED IN WHOLE
AND TRADE SECRET INFORMATION. THIS ITEM MAY NOT BE TRANSFERRED FROM THE CUSTODY OF DELL COMPUTER CORP. EXCEPT
i-80321 PB Interface
4
4
B D
2-4,8-10
4.7K
+3.3V-VCC
R46
4,5
No longer used in Yellowstone. Left it as it will provide
point of contact in the future -for debugging or as a design experiment. (01/27/03)
4,9
BLOCK_CKE_EN
ROMB_BAT_EN
BAT-STAT13BAT-STAT23RBAT_PRSNT3ROMB_SDA2ROMB_SCL
Y26
Y24
Y23
Y22
W26
W25
GPIO0
GPIO1
GPIO2
GPIO3
GPIO4/SDA1
8,9
+1.3V-VCC
1 2
2,4
2
LSI-1030_IDSEL-CTRL-FRM-80321
W24
W23
GPIO5/SCL1
GPIO6/SDA0
GPIO7/SCL0
3,4
3,4
PCIX_INTA-FRM-LSI-1030
PCIX_INTB-FRM-LSI-1030
PU_IOP_XINT2
AB23
AD26
AC26
AC25
HPI
XINT0
XINT1
R52
4,10
PU_IOP_XINT3
AC24
XINT2
0-5%
1 2
4
AF21
XINT3
3,5
VERDE_POR
IOP_PWRDELAY
AF23T4AA25
POR
RCOMP
PWRDELAY
NC__IOP_SFRM
NC_IOP_SSCKO
AA23
AB24
AB26
SER_RXD
SER_SFRM
SER_SSCKI
SER_SSCKO
NC_IOP_TXD
IOP_TCK10IOP_TDO
IOP_TDI10IOP_TMS
AA26
AD22
AE21
TCK
SER_TXD
ROMB_FLSH_CE/RST_MODE
Needs to be 1%
10
ROOM = U_80321_BOT_SIDE
10
PD_TRST
NC_80321_V23
NC_80321_AD23
NC_80321_AE23
V23
AD23
AC22
TRST
AE23
NC0
NC1
NC2
AC21
AF22
TDI
TDO
TMS
30.1-1%
1 2
R69
1.5K-5%
1 2
R33
1.5K-5%
1 2
R39
1.5K-5%
1 2
R51
STRAPPED FOR MODE 0
In Reset and Config cycles excepted
NVSRAM_SEL/RETRY_ENABLED
4
4
4,10
4
PBI66MHZ
P_BOOT16
PBI100MHZ
UART_SEL/32BITPCI
R34
1 2
4.7K
R36
1 2
4.7K
R41
1 2
4.7K
R35
1 2
4.7K
R40
1 2
4.7K
R11
1 2
4.7K
ROOM = U_80321_TOP_SIDE
NP*
NP*
NP*
NP*
ROOM = U_80321_TOP_SIDE
Intel, adviced GPIO / I2C bus is 3.3V tolerent
U_80321
PER_A2
PER_A3
PER_AD0
PER_AD1
PER_AD2
N23
M22
N24
N26
N25
ROMB_FLSH_A2
ROMB_FLSH_A34ROMB_FLSH_AD0
ROMB_FLSH_AD1
ROMB_FLSH_AD2
4,10
4,10
4,10
4,10
PER_AD3
PER_AD4
M26
M23
ROMB_FLSH_AD3
ROMB_FLSH_AD4
4,10
4,10
PER_AD5
PER_AD6
PER_AD7
PER_AD8
PER_AD9
L24
L26
L25
K23
K26
ROMB_FLSH_AD5
ROMB_FLSH_AD6
ROMB_FLSH_AD7
ROMB_FLSH_A8
ROMB_FLSH_A9
4
4
4,10
4,10
4,10
PER_AD10
PER_AD11
PER_AD12
PER_AD13
K24
J23
J26
J25
H23
ROMB_FLSH_A10
ROMB_FLSH_A124ROMB_FLSH_A15
ROMB_FLSH_A11
ROMB_FLSH_A13
ROMB_FLSH_A14
4
4
4
1
PER_AD14
PER_AD15
PER_AD16
PER_AD17
H26
H24
G24
ROMB_FLSH_A16
ROMB_FLSH_A17
4
4
4
4
PER_AD18
PER_AD19
PER_AD20
PER_AD21
PER_AD22
G26
G25
F26
F23
E24
ROMB_FLSH_A21
ROMB_FLSH_A19
NC_PER_AD22
ROMB_FLSH_A18
ROMB_FLSH_A20
4
4
4
4
PER_AD23
PER_AD24
PER_AD25
PER_AD26
E26
E25
D23
D26
NC_PER_AD23
NC_PER_AD24
NC_PER_AD25
NC_PER_AD26
PER_AD27
PER_AD28
PER_AD29
PER_AD30
D24
C26
C25
B26
NC_PER_AD27
NC_PER_AD28
NC_PER_AD29
NC_PER_AD30
PER_ADS
PER_AD31
PER_ALE
A26
P26
P24
NC_PER_AD31
ROMB_FLSH_ALE
NC_ROMB_ADS
4
2-4,8-10
+3.3V-VCC
2
PER_BE0
PER_BE1
PER_BE2
L23
G23
F22
E23
ROMB_FLSH_A0
ROMB_FLSH_A1
NC_ROMB_BE2
NC_ROMB_BE3
4,10
4,10
NP*
1.5K-5%
1 2
R22
PER_BE3
PER_BLAST
PER_DEN
R25
R26
NC_ROMB_BLAST
NC_ROMB_DEN
PER_RDYRCV
PER_RWE
PER_HOLD
PER_HOLDA
T24
T23
K22
R23
P22
PD_ROMB_HOLD
NC_ROMB_HOLDA
NC_WIDTH0
NC_ROMB_RDYRCV
ROMB_FLSH_WE
4.7K
4,10
R42
PER_WR
PER_WIDTH0
PER_WIDTH1
H22
P23
NC_WIDTH1
ROMB_FLSH_OE
4,10
1 2
PER_PCE2/32BITPCI
PER_RST
PER_PCE0/RST_MODE
PER_PCE1/RETRY
PER_CLK
T26
U26
T22
V22
V26
ROMB_FLSH_RST
NC_ROMB_CLK
UART_SEL/32BITPCI
ROMB_FLSH_CE/RST_MODE
NVSRAM_SEL/RETRY_ENABLED
4
4
4,10
4,10
PER_PCE3/P_BOOT16
PER_PCE4/PBI66MHZ
PER_PCE5/PBI100MHZ
INTEL VERDE IOP MISC SIGS
U25
U24
U23
P_BOOT164PBI66MHZ4PBI100MHZ
4
ROOM = U_80321
VERDE IOP HELD IN RESET UNTIL XSCALE CORE PROC OUT OF
INTEL VERDE I/O PROC PCIX/DDR/Flash/Misc
3
33 MHZ (DEFAULT)
Condition
1 100 MHZ
0 66 MHZ
1
PBI66MHZ# )
( PER_PCE4# /
PERIPHERAL BUS SPEED
1
1
0
PBI100MHZ# )
0 = HOLD IN RESET (REQUIRES PULL DOWN RESISTOR)
1 = DON’T HOLD IN RESET (DEFAULT MODE)
PCI CONFIG CYCLES DISABLED VIA RETRIES UNTIL RETRY BIT
RESET OR RESET BIT CLEARED IN PCI CONFIG/STATUS REG
RST_MODE# )
( PER_PCE0# /
0 = 32-BIT PCI-X BUS (REQUIRES PULL DOWN RESISTOR)
1 = 64-BIT PCI-X BUS (DEFAULT MODE)
INDICATES WIDTH OF PCI-X BUS TO PCI-X STATUS REGISTER
CLEARED IN PCI CONFIG/STATUS REG
32BITPCI# )
( PER_PCE1# / RETRY )
( PER_PCE2# /
1 = RETRY ENABLED (DEFAULT MODE)
0 = CONFIG CYCLES ENABLED (REQUIRES PULL DOWN RESISTOR)
( PER_PCE5# /
0 = 16-BIT BUS WIDTH
1 = 8-BIT BUS WIDTH (DEFAULT MODE)
PERIPHERAL BUS BOOT WIDTH 16 ENABLE
P_BOOT16# )
PBI100MHZ# )
( PER_PCE4# /
( PER_PCE5# /
( PER_PCE3# /
4 4
UNDEFINED - RESERVED
- DO NOT USE
0
0
PBI66MHZ# )
A B
Page 5
1
2
3
3,5,7,9
1-28-2003_10:17
ROMB_DQ406ROMB_DQ41
2
DDR_3
CA
6
ROMB_DQ42
5781011
DQ0
30 4
RB12
VBAT_RAID
3,5,7,9
6
6
6
ROMB_DQ44
ROMB_DQ43
DQ2
DQ3
DQ4
5
VBAT_RAID_FIL
12
10-1%
6
6
6
ROMB_DQ47
ROMB_DQ46
ROMB_DQ45
1354565759
DQ7
DQ5
DQ6
922RV IS 5% 16V P/N
CB23
0.1uF 16V
16V-10%
4.7uF
12
CB26
1206 package check again!
6
6
6
6
6
6
ROMB_DQ36
ROMB_DQ35
ROMB_DQ34
ROMB_DQ33
ROMB_DQ32
ROMB_DQ37
606263
DQ8
DQ9
DQ12
DQ13
DQ10
DQ11
A12
A11
A10/AP
A9A8A7A6A5A4A3A2A1 DQ1
4241284039383736353231
6
6
ROMB_DQ39
ROMB_DQ38
65
DQ14
DQ15
BA1
BA0
27
26
VBAT_RAID_FIL
5
DDR3-NC-19
DDR3-NC-17
DDR3-NC-14
DDR3-NC-25
251917
14
NC_19
NC_17
NC_14
CLK
CLK
242944
45
46
DDR3-NC-53
DDR3-NC-50
DDR3-NC-43
435053
NC_43
NC_50
NC_25
RAS
CASWECSA0CKE
232221
5
VERDE-VREF
0.1uF 16V1uF 6.3V
21
1 2
C51
R53
C90
1 2
0.1uF 16V
6
ROMB_DQS4
51
DQSU
NC_53
DMU
47
C49
1.24K-1%1.24K-1%
1 2
ROMB_DQS5
16
20
1 2
R47
Changed from 49.9k, 1% to 1.24K, 1% on 11/07/02
C95
1 2
0.1uF 16V
C94
6
DQSL
DML
1 2
5
0.1uF 16V 0.1uF 16V
C69
1 2
0.1uF 16V 0.1uF 16V
C64
Place one 0.1uF cap per power pin!
1 2
0.1uF 16V
VERDE-VREF
33
18
49
1
9
3
VREF
VCC_1
VCC_33
VCC_18
VCCQ_9
VCCQ_3
VSSQ_6
VSSQ_12
VSS_66
VSS_48
VSS_34
66
48
34
6
6
6
6
NC_DDR-5_DQ6
NC_DDR-5_DQ4
NC_DDR-5_DQ2
NC_DDR-5_DQ1
NC_DDR-5_DQ0
2
DQ0
DDR_5
30 4
NC_DDR-5_DQ5
NC_DDR-5_DQ3
5781011
DQ2
DQ3
DQ4
NC_DDR-5_DQ7
1354565759
DQ7
DQ5
DQ6
ROMB_ECC2
ROMB_ECC1
ROMB_ECC0
DQ8
DQ9
DQ10
A10/AP
A9A8A7A6A5A4A3A2A1 DQ1
ROMB_ECC3
DQ11
A11
ROOM = NEAR_DDR_CHIPS
DDR-MA9
DDR-MA6
DDR-MA5
DDR-MA3
55
15
VCCQ_15
VSSQ_52
58612
52
3,5,7,9
VBAT_RAID
61
VCCQ_55
VCCQ_61
VSSQ_64
VSSQ_58
64
DDR-MA0
21
10uF
CB28
16V 10%
C68
1 2
0.1uF 16V
C67
1 2
C66
1 2
C65
1 2
0.1uF 16V
256Mx16, DDR SDRAM
DDR-MA1
5,7
5,7
DDR-MA2
5,7
5,7
DDR-MA4
5,7
1uF
10V-10%
DDR-MA7
DDR-MA8
DDR-MA10
5,7
5,7
5,7
5,7
5,7
5,7
Place these decoupling caps
as a pair.
as close to Vcc pin on U76
CB16
CB14
.01UF
1 2
DDR-MA11
5,7
6
6
ROMB_ECC6
ROMB_ECC5
ROMB_ECC4
606263
DQ12
DQ13
A12
26
4241284039383736353231
DDR-MA12
DDR-BA0
5,7
50V-20%
100K
2 1
R27
6
6
ROMB_ECC7
65
DQ14
DQ15
BA1
BA0
27
DDR-BA1
5,6
5,6
VERDE-CKE0
Contact Pad placed
DDR5-NC-14
DDR5-NC-17
DDR5-NC-19
DDR5-NC-25
251917
14
NC_19
NC_17
NC_14
CLK
CLK
242944
45
46
MEM_CK0
MEM_CK0
DDR-CS0
DDR-CKE0
7
7
5,6
5,6
D
C52
1 2
0.1uF 16V
on the board.
DDR5-NC-43
DDR5-NC-50
DDR5-NC-53
ROMB_DQS8
435053
51
NC_43
NC_50
NC_53
NC_25
RAS
CASWECSA0CKE
232221
47
DDR-CAS
DDR-WE
DDR-RAS
ROMB_DM8
5,6
5,6
5,6
5,6
QB3
S
G
2N7002
6
U76
14
74VHC00
4
5
6
Place one 0.1uF cap per power pin!
DDR-5-DQSL5VERDE-VREF
33
18
49
1
16
DQSU
DQSL
VREF
VCC_1
VCC_18
VSS_48
DML
DMU
VSS_34
66
48
20
34
21
DDR-5-DML
NP*
6
21
CB22
VBAT_RAID
55
15
VCCQ_9
VCCQ_55
VCCQ_15
VSSQ_58
VSSQ_12
VSSQ_52
58612
52
3,5,7,9
6
6
ROMB_DQ59
ROMB_DQ58
ROMB_DQ57
5781011
DQ2
30 4
C42
1 2
C40
1 2
0.1uF 16V
C39
1 2
0.1uF 16V
C38
1 2
0.1uF 16V
61
VCCQ_61
VSSQ_64
256Mx16, DDR SDRAM
64
6
6
6
6
ROMB_DQ62
ROMB_DQ61
ROMB_DQ60
DQ3
DQ4
DQ5
DQ6
C41
1 2
0.1uF 16V 0.1uF 16V
C54
1 2
0.1uF 16V
C53
1 2
0.1uF 16V
C45
1 2
0.1uF 16V
9
3
VCC_33
VCCQ_3
VSSQ_6
VSS_66
100K
R28
VBAT_RAID
6
ROMB_DQ56
2
DQ0
DDR_4
10uF
16V 10%
6
6
6
ROMB_DQ50
ROMB_DQ49
ROMB_DQ48
ROMB_DQ63
1354565759
DQ7
DQ8
DQ9
A9A8A7A6A5A4A3A2A1 DQ1
Micron recomendation.
6
6
6
6
ROMB_DQ546ROMB_DQ55
ROMB_DQ53
ROMB_DQ52
ROMB_DQ51
606263
65
DQ12
DQ13
DQ14
DQ10
DQ11
BA0
A12
A11
A10/AP
27
26
4241284039383736353231
ROOM = DDR_5
C115
1 2
0.1uF 16V
6
DDR4-NC-14
14
DQ15
BA1
45
DDR4-NC-19
DDR4-NC-17
DDR4-NC-25
251917
NC_19
NC_17
NC_14
CLK
CLK
242944
46
NC_25
DDR4-NC-53
DDR4-NC-50
DDR4-NC-43
435053
NC_43
NC_50
NC_53
RAS
CASWECSA0CKE
232221
6
ROMB_DQS66ROMB_DQS7
51
16
DQSU
DQSL
DML
DMU
20
47
A00-00
REV.
5 OF 101/21/03
AUSTIN,TEXAS
CORPORATION
COMPUTER
SHEET
9T596
SCHM, CTL, PE1750, ROMB
TITLE
DWG NO.
DATE
DC
i-80321 DDR Interface
21
3,5,7,9
CB36
10uF
16V 10%
15
9
VCCQ_9
VSSQ_12
52
VCCQ_15
VSSQ_52
C110
VBAT_RAID
1 2
C108
1 2
0.1uF 16V
C107
1 2
C117
1 2
61
55
VCCQ_55
VCCQ_61
VSSQ_64
VSSQ_58
256Mx16, DDR SDRAM
64
58612
C106
1 2
0.1uF 16V 0.1uF 16V
C116
1 2
5
0.1uF 16V
C105
1 2
0.1uF 16V 0.1uF 16V
C104
Place one 0.1uF cap per power pin!
1 2
0.1uF 16V 0.1uF 16V
VERDE-VREF
33
18
49
1
3
VREF
VCC_1
VCC_33
VCC_18
VCCQ_3
VSSQ_6
VSS_66
VSS_48
VSS_34
66
48
34
11
DDR-MA1
DDR-MA0
5,7
5,7
DDR-MA2
5,7
5,7
DDR-MA4
5,7
5,7
DDR-MA7
5,7
5,7
DDR-MA8
5,7
5,7
DDR-MA11
DDR-MA10
5,7
5,7
5,7
DDR-BA1
DDR-BA0
5,6
5,6
MEM_CK2
MEM_CK2
5,7
5,7
DDR-CS0
DDR-CKE0
DDR-RAS
5,6
5,6
DDR-CAS
5,6
5,6
DDR-WE
5,6
ROMB_DM5
ROMB_DM4
6
6
DDR-MA12
DDR-MA9
DDR-MA6
DDR-MA5
DDR-MA3
ROOM = DDR_3
C2
1 2
C8
1 2
C6
1 2
C4
1 2
3
9
VCCQ_9
VCCQ_3
VSSQ_6
VSSQ_12
55
15
VCCQ_15
VSSQ_52
58612
52
VBAT_RAID
61
VCCQ_55
VSSQ_58
64
3,5,7,9
21
CB4
10uF
C14
1 2
0.1uF 16V
C5
1 2
0.1uF 16V
C3
1 2
0.1uF 16V0.1uF 16V
C15
1 2
0.1uF 16V
VCCQ_61
VSSQ_64
256Mx16, DDR SDRAM
16V 10%
Battery Powered
LOGIC TO PLACE MEMORY CHIPS IN SELF REFRESH MODE
ROOM = DDR_1
POP option
Block_cke_en non functional
Libby-10/14/02
VBAT_RAID
3,5,7,9
If R5404 is populated, depop R15
DDR_1
6
6
ROMB_DQ10
ROMB_DQ9
ROMB_DQ8
2
5781011
DQ0
30 4
6
6
6
ROMB_DQ12
ROMB_DQ11
DQ2
DQ3
DQ4
6
6
6
ROMB_DQ14
ROMB_DQ13
ROMB_DQ15
1354565759
DQ7
DQ5
DQ6
6
6
ROMB_DQ26ROMB_DQ4
ROMB_DQ0
ROMB_DQ1
DQ8
DQ9
A9A8A7A6A5A4A3A2A1 DQ1
3,5,7,9
VBAT_RAID
6
ROMB_DQ3
606263
DQ10
DQ11
A11
A10/AP
4241284039383736353231
Intel Verde issue
In case it is required
Everglades.
21
6
6
6
6
ROMB_DQ7
ROMB_DQ6
ROMB_DQ5
65
DQ12
DQ13
DQ14
DQ15
BA1
BA0
A12
27
26
01/20/03
10K-1%
NP*
R87
DDR1-NC-14
14
NC_14
CLK
45
DDR1-NC-17
NC_17
CLK
46
DDR1-NC-50
DDR1-NC-43
DDR1-NC-19
DDR1-NC-25
435053
251917
NC_25
NC_19
NC_43
RAS
232221
242944
C13
1 2
0.1uF 16V
ROMB_DQS0
DDR1-NC-53
51
NC_50
NC_53
CASWECSA0CKE
47
6
6
5
Place one 0.1uF cap per power pin!
ROMB_DQS1
VERDE-VREF
33
18
49
1
16
DQSU
DQSL
VREF
VCC_1
VCC_18
DML
DMU
VSS_34
VSS_48
66
48
20
34
0.1uF 16V
0.1uF 16V
0.1uF 16V
VCC_33
VSS_66
B D
DDR-CS0
DDR-CAS
DDR-MA1
DDR-MA0
5,7
5,7
DDR-MA3
DDR-MA2
5,7
5,7
DDR-MA5
DDR-MA4
5,7
5,7
DDR-MA6
DDR-MA7
5,7
5,7
DDR-MA9
DDR-MA8
5,7
5,7
DDR-MA12
DDR-MA11
DDR-MA10
5,7
5,7
5,7
DDR-BA1
DDR-BA0
5,6
5,6
MEM_CK1
MEM_CK1
5,7
5,7
DDR-CKE0
DDR-RAS
5,6
5,6
DDR-WE
ROMB_DM1
ROMB_DM0
6
6
5,6
5,6
5,6
U76
14
74VHC00
12
13
3
U76
14
74VHC00
1
2
8
ROOM = DIMM_SELF_REF
U76
14
NP*
R15
U18
14
9
U18
14
12
BLOCK_CKE_EN
0-5%
1 2
RB5
9
0-5%
1 2
8
74VHC0074VHC00
10
11
13
IOP_PWRDELAY
4
3,4
74VHC00
10
IOP_SPECIAL_RST
3
Populate R5404
To be Yellowstone, Depop R5406
Need an updated spec from RAID group or LSI
to indicate ~Block_cke_en is not going to be used.
DDR-MA0
5,7
ROMB_DQ246ROMB_DQ25
2
DQ0
DDR_2
DDR-MA0
5,7
DDR-MA3
DDR-MA2
DDR-MA1
5,7
5,7
6
6
6
ROMB_DQ27
ROMB_DQ26
5781011
DQ2
DQ3
30 4
DDR-MA1
DDR-MA2
DDR-MA3
5,7
5,7
5,7
DDR-MA6
DDR-MA5
DDR-MA4
5,7
5,7
5,7
6
6
6
ROMB_DQ30
ROMB_DQ29
ROMB_DQ28
DQ4
DQ5
DQ6
DDR-MA4
DDR-MA5
DDR-MA6
5,7
5,7
5,7
DDR-MA9
DDR-MA7
DDR-MA8
5,7
5,7
5,7
5,7
6
6
6
ROMB_DQ18
ROMB_DQ17
ROMB_DQ16
ROMB_DQ31
1354565759
DQ7
DQ8
DQ9
A9A8A7A6A5A4A3A2A1 DQ1
DDR-MA7
DDR-MA8
DDR-MA9
DDR-MA10
5,7
5,7
5,7
DDR-MA12
DDR-MA11
DDR-MA10
5,7
5,7
6
6
6
ROMB_DQ19
ROMB_DQ20
606263
DQ12
DQ10
DQ11
A12
A11
A10/AP
4241284039383736353231
DDR-MA11
DDR-MA12
5,7
5,7
5,7
DDR-BA1
DDR-BA0
5,7
5,6
6
6
6
ROMB_DQ23
ROMB_DQ22
ROMB_DQ21
65
DQ13
DQ14
DQ15
BA1
BA0
27
26
DDR-BA0
DDR-BA1
5,6
5,6
MEM_CK2
5,7
5,6
DDR2-NC-14
DDR2-NC-17
14
NC_14
CLK
45
46
MEM_CK1
MEM_CK1
5,7
MEM_CK2
DDR-CS0
DDR-CKE0
5,7
5,6
DDR2-NC-19
DDR2-NC-25
251917
NC_25
NC_19
NC_17
CLK
242944
DDR-CKE0
DDR-CS0
5,7
5,6
5,6
DDR-CAS
DDR-WE
DDR-RAS
5,6
5,6
5,6
5,6
1 2
0.1uF 16V
DDR2-NC-50
DDR2-NC-43
DDR2-NC-53
435053
NC_43
NC_50
NC_53
RAS
CASWECSA0CKE
232221
DDR-WE
DDR-CAS
DDR-RAS
5,6
5,6
5,6
ROMB_DM7
ROMB_DM6
6
6
C31
6
6
ROMB_DQS3
ROMB_DQS2
51
16
DQSU
DQSL
DML
DMU
20
47
ROMB_DM26ROMB_DM3
6
5
VERDE-VREF
49
VREF
3,5,7,9
CB10
VBAT_RAID
C20
1 2
0.1uF 16V
C32
1 2
0.1uF 16V
C23
1 2
0.1uF 16V
C24
Place one 0.1uF cap per power pin!
1 2
0.1uF 16V
33
18
1
9
3
VCC_1
VCC_33
VCC_18
VCCQ_3
VSSQ_6
VSS_66
VSS_48
VSS_34
66
48
34
55
15
VCCQ_9
VCCQ_15
VSSQ_12
VSSQ_52
58612
52
C21
1 2
0.1uF 16V
C33
1 2
0.1uF 16V
C22
1 2
0.1uF 16V
C19
1 2
0.1uF 16V
61
VCCQ_55
VCCQ_61
VSSQ_64
VSSQ_58
256Mx16, DDR SDRAM
64
ROOM = DDR_4
21
10uF
16V 10%
USE OR DISCLOSURE CONSISTENT WITH THE PURPOSE OF THE LOAN WITHOUT THE PRIOR WRITTEN CONSENT OF DELL COMPUTER CORPORATION.
LOAN. NEITHER THIS ITEM OR THE INFORMATION IT CONTAINS MAY BE USED BY OR DISCLOSED TO PERSONS NOT HAVING A NEED FOR SUCH
OR IN PART AND MUST BE RETURNED TO DELL COMPUTER CORP. UPON REQUEST AND IN ALL EVENTS UPON COMPLETION OF THE PURPOSE OF THE
AS AUTHORIZED BY DELL COMPUTER CORP., AND THEN ONLY BY WAY OF LOAN FOR LIMITED PURPOSES. IT MUST NOT BE REPRODUCED IN WHOLE
AND TRADE SECRET INFORMATION. THIS ITEM MAY NOT BE TRANSFERRED FROM THE CUSTODY OF DELL COMPUTER CORP. EXCEPT
PROPRIETARY NOTE: THIS ITEM IS THE PROPERTY OF DELL COMPUTER CORP. AUSTIN, TEXAS AND CONTAINS CONFIDENTIAL
ROOM = DDR_2
6
6
R_ROMB_DQ4
R_ROMB_DQ56R_ROMB_DQ6
R_ROMB_DQ7
B24
A24
A22
D22
DQ4
DQ5
DQ6
MEM_CK1
MEM_CK2
T1
P3
P2
6
6
R_ROMB_DM0
R_ROMB_DQS0
R_ROMB_DQ86R_ROMB_DQ15
C22
A23
A21
DQ7
DQ8
DQS0
SDQM0
MEM_RCVENI
MEM_RCVENO
MEM_CK2
D7
B6
6
R_ROMB_DQ0
A25
DQ0
U_80321
MEM_CK0
R5R4R1
6
6
R_ROMB_DQ1
R_ROMB_DQ26R_ROMB_DQ3
C23
B22
E21
DQ1
DQ2
DQ3
MEM_CK0
MEM_CK1
OF DATA STROBE’s (DQS)
MEM_RCVEN
R_MEM_CK2
R_MEM_CK2
R_MEM_CK1
R_MEM_CK1
R_MEM_CK0
R_MEM_CK0
7
7
7
7
7
7
From Intel 80321 i/o Processor design Guide, June 2002
DELAY LOOPS FOR ~RCVEN = AVERAGE LENGTH OF MEM_CK*’s + AVERAGE LENGTH
0-5%
1 2
R64
R_ROMB_DQ12
R_ROMB_DQ11
R_ROMB_DQ9
R_ROMB_DQ10
D20
E19
D18
C20
DQ9
DQ10
DQ11
DQ12
MEM_RST
MEM_SA0
MEM_SA1
B1
A1
D21
NC_ROMB_RST
VERDE-MA1
VERDE-MA0
7
7
ROOM=BACK_SIDE_OF_PWB
6
6
6
6
R_ROMB_DQ14
R_ROMB_DQ13
R_ROMB_DM1
B20
A19
D19
C19
DQ13
DQ14
DQ15
SDQM1
MEM_SA2
MEM_SA3
MEM_SA4
MEM_SA5
A10
B10
C10
E13
VERDE-MA5
VERDE-MA4
VERDE-MA3
VERDE-MA2
7
7
7
7
6
6
6
R_ROMB_DQ16
R_ROMB_DQ17
R_ROMB_DQS1
A20
D16
C16
DQS1
DQ16
DQ17
MEM_SA6
MEM_SA7
MEM_SA8
MEM_SA9
D13
B14
A14
C17C1D17
VERDE-MA9
VERDE-MA8
VERDE-MA7
VERDE-MA6
7
7
7
7
6
6
R_ROMB_DQ22
R_ROMB_DQ19
R_ROMB_DQ186R_ROMB_DQ20
R_ROMB_DQ216R_ROMB_DQ23
A15
D14
A17
B16
E15
DQ18
DQ19
DQ20
DQ21
MEM_SA10
MEM_SA11
MEM_SA12
D2D3H3D1H4L5L4
E17
VERDE-BA0
VERDE-MA12
VERDE-MA11
VERDE-MA10
7
7
7
6
6
6
R_ROMB_DM2
C14
D15
DQ22
DQ23
SDQM2
MEM_SBA0
MEM_SBA1
VERDE-BA1
6
6
6
6
6
R_ROMB_DQ24
R_ROMB_DQ25
R_ROMB_DQS2
A16
C13
D12
DQS2
DQ24
DQ25
MEM_SCAS
MEM_SRAS
MEM_SWE
VERDE-WE
VERDE-RAS
VERDE-CAS
6
6
6
Made to a NC -10/20/2002
Only for registered DIMM’s
6
6
6
6
6
6
6
6
R_ROMB_DQ26
R_ROMB_DQ27
R_ROMB_DQ28
R_ROMB_DQ296R_ROMB_DQ31
D11
C11
A13
B12
DQ26
DQ27
DQ28
DQ29
MEM_SCE0
MEM_SCE1
MEM_SCKE0
A18
NC-VERDE-CS1
VERDE-CS0
VERDE-CKE0
6
5,6
Not an issue for Everglades ROMB!
6
6
6
6
R_ROMB_DQ56
R_ROMB_DQ57
R_ROMB_DQ58
R_ROMB_DQ596R_ROMB_DQ62
DQ56
DQ57
DQ58
DQ59
6
6
6
6
6
R_ROMB_DQ61
R_ROMB_DQ60
R_ROMB_DQ63
R_ROMB_DM76R_ROMB_DQS76R_ROMB_ECC7
R_ROMB_ECC2
R_ROMB_ECC1
R_ROMB_ECC0
DQ60
DQ61
DQ62
DQ63
DQS7
ECC0
ECC1
SDQM7
6
6
6
6
6
6
R_ROMB_DQ30
R_ROMB_DM3
A11
D10
A12
DQ30
DQ31
SDQM3
MEM_SCKE1
MEM_VREF
A6
B18
VERDE-VREF
NC-VERDE-CKE1
5
6
6
6
6
R_ROMB_DQ35
R_ROMB_DQ32
R_ROMB_DQ33
R_ROMB_DQ346R_ROMB_DQ36
DQ32
DQ33
DQ34
DQ35
6
R_ROMB_DQ37
DQ36
DQ37
6
R_ROMB_DQS3
E11D6A5A4A2C5D5A3B2C4B4E4F4G5G4E3E1G1G3F1F2H2H1K1L3J5J4K2K4K3J1M4M1N3P1L1M2N1P4N4N5A9C8D8A7E9D9E7C7A8B8
DQS3
6
6
6
6
R_ROMB_DQ38
R_ROMB_DQ39
R_ROMB_DQS4
R_ROMB_DM4
DQ38
DQ39
DQS4
SDQM4
6
6
6
6
R_ROMB_DQ40
R_ROMB_DQ41
R_ROMB_DQ42
R_ROMB_DQ43
DQ40
DQ41
DQ42
DQ43
6
6
6
6
R_ROMB_DQ44
R_ROMB_DQ45
R_ROMB_DQ46
R_ROMB_DQ47
DQ44
DQ45
DQ46
DQ47
6
6
R_ROMB_DM5
R_ROMB_DQS5
DQS5
SDQM5
6
6
6
6
R_ROMB_DQ52
R_ROMB_DQ48
R_ROMB_DQ49
R_ROMB_DQ50
R_ROMB_DQ516R_ROMB_DQ55
DQ48
DQ49
DQ50
DQ51
DQ52
6
6
R_ROMB_DQ54
R_ROMB_DQ53
R_ROMB_DM6
DQ53
DQ54
DQ55
SDQM6
R_ROMB_DQS6
DQS6
6
6
6
6
R_ROMB_ECC5
R_ROMB_ECC4
R_ROMB_ECC3
ECC2
ECC3
ECC4
ECC5
6
6
6
6
R_ROMB_DQS8
R_ROMB_DM8
R_ROMB_ECC6
ECC6
ECC7
DQS8
SDQM8
INTEL VERDE IOP MEM
ROOM = U_80321
A B
1
2
3
4 4
Page 6
1
2
3
1-28-2003_10:22
SUB*_8W145
3,6-9
+2.5V-VCC
BA1
0-5%
0-5%
45
36
RN21
RN21
5
DDR-BA1
RN20
SUB*_5W444
4 5
0 ohm-5%
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-BA1
5
~CAS
0-5%
SUB*_8W145
3,6-9
0-5%
+2.5V-VCC
27
18
RN29
RN29
5
DDR-CAS
RN30
SUB*_5W444
1 8
0 ohm-5%
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-CAS
5
~WE
0-5%
SUB*_8W145
3,6-9
0-5%
+2.5V-VCC
DDR Memory Ctrl Lines
AUSTIN,TEXAS
CORPORATION
COMPUTER
Dell part # 8W145, 121 ohm, 1%, RPACK
Dell part # 5W444, 26.7 ohm, 1%, RPACK
BA0
27
0-5%
RN24
SUB*_8W145
3,6-9
18
0-5%
RN24
5
DDR-BA0
RN25
1 8
SUB*_5W444
0 ohm-5%
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-BA0
5
+2.5V-VCC
5
DDR-WE
5
DDR-RAS
~RAS
45
0-5%
SUB*_8W145
3,6-9
36
0-5%
+2.5V-VCC
RN30
2 7
SUB*_5W444
0 ohm-5%
RN29
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
RN29
VERDE-RAS
5
+2.5V-VCC
RN30
3 6
0 ohm-5%
SUB*_5W444
27
RN31
Dell part # 5W444, 26.7 ohm, 1%, RPACK
18
RN31
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-WE
5
CKE0
45
RN5
0-5%
SUB*_8W145
3,6-9
36
RN5
0-5%
5
DDR-CKE0
RN6
4 5
SUB*_5W444
0 ohm-5%
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-CKE0
5
+2.5V-VCC
~CS0
45
0-5%
SUB*_8W145
3,6-9
36
0-5%
RN31
RN31
5
DDR-CS0
RN30
4 5
0 ohm-5%
VERDE-CS0
5
SUB*_5W444
A00-00
REV.
6 OF 10
SHEET
9T596
1/21/03
SCHM, CTL, PE1750, ROMB
TITLE
DWG NO.
DATE
DC
CA
5
5
5
5
ROMB_ECC5
ROMB_ECC4
ROMB_ECC6
ROMB_ECC7
RNB5
RNB5
RNB5
1 8
100 OHM-5%
R_ROMB_ECC4
5
5
ROMB_DQ44
B D
RNB6
1 8
100 OHM-5%
2 7
100 OHM-5%
RNB5
3 6
R_ROMB_ECC6
R_ROMB_ECC5
5
5
ROMB_DQ45
RNB6
2 7
100 OHM-5%
RNB6
4 5
100 OHM-5%
R_ROMB_ECC7
5
5
5
ROMB_DQ47
ROMB_DQ46
RNB6
4 5
3 6
100 OHM-5%
100 OHM-5%
5
100 OHM-5%
Series Term = 22ohm
Series Term = 22ohmSeries Term = 22ohm
5
5
ROMB_DM8
ROMB_DQS8
RN27
RN27
2 7
100 OHM-5%
RN27
RN27
1 8
3 6
100 OHM-5%
100 OHM-5%
R_ROMB_DQS85NC_RN172_3 NC_RN172_6
R_ROMB_DM85NC_RN172_4
5
5
5
ROMB_DQ49
ROMB_DQ48
ROMB_DQ50
RN32
2 7
100 OHM-5%
RN32
RN32
1 8
100 OHM-5%
3 6
100 OHM-5%
NC_RN172_5
4 5
100 OHM-5%
Series Term = 22ohm
5
ROMB_DQ51
RN32
4 5
100 OHM-5%
Series Term = 22ohm
5
ROMB_DQ52
RNB8
1 8
5
ROMB_DQ53
RNB8
2 7
100 OHM-5%
RNB8
100 OHM-5%
5
ROMB_DQ54
ROMB_DQ55
RNB8
4 5
3 6
100 OHM-5%
5
100 OHM-5%
Series Term = 22ohm
5
ROMB_DQS6
RN35
1 8
5
ROMB_DM6
RN35
2 7
100 OHM-5%
RN35
100 OHM-5%
5
ROMB_DQS7
ROMB_DM7
RN35
4 5
3 6
100 OHM-5%
5
100 OHM-5%
Series Term = 22ohm
Dell part # 7611D
22ohm series resisters,
DDR Memory Data Lines
5
5
5
ROMB_DQ56
RN34
1 8
ROMB_DQ57
RN34
2 7
100 OHM-5%
RN34
100 OHM-5%
ROMB_DQ58
ROMB_DQ59
RN34
4 5
3 6
100 OHM-5%
5
100 OHM-5%
Series Term = 22ohm
5
ROMB_DQ60
RNB9
1 8
100 OHM-5%
ROMB_DQ61
RNB9
2 7
5
5
ROMB_DQ62
100 OHM-5%
RNB9
3 6
5
ROMB_DQ63
RNB9
4 5
100 OHM-5%
Series Term = 22ohm
100 OHM-5%
5
ROMB_ECC0
RN22
1 8
100 OHM-5%
5
ROMB_ECC1
RN22
2 7
100 OHM-5%
USE OR DISCLOSURE CONSISTENT WITH THE PURPOSE OF THE LOAN WITHOUT THE PRIOR WRITTEN CONSENT OF DELL COMPUTER CORPORATION.
LOAN. NEITHER THIS ITEM OR THE INFORMATION IT CONTAINS MAY BE USED BY OR DISCLOSED TO PERSONS NOT HAVING A NEED FOR SUCH
OR IN PART AND MUST BE RETURNED TO DELL COMPUTER CORP. UPON REQUEST AND IN ALL EVENTS UPON COMPLETION OF THE PURPOSE OF THE
AS AUTHORIZED BY DELL COMPUTER CORP., AND THEN ONLY BY WAY OF LOAN FOR LIMITED PURPOSES. IT MUST NOT BE REPRODUCED IN WHOLE
AND TRADE SECRET INFORMATION. THIS ITEM MAY NOT BE TRANSFERRED FROM THE CUSTODY OF DELL COMPUTER CORP. EXCEPT
PROPRIETARY NOTE: THIS ITEM IS THE PROPERTY OF DELL COMPUTER CORP. AUSTIN, TEXAS AND CONTAINS CONFIDENTIAL
5
5
ROMB_ECC2
ROMB_ECC3
RN22
4 5
100 OHM-5%
RN22
3 6
100 OHM-5%
R_ROMB_DQ44
5
5
ROMB_DQS3
RN17
RN17
1 8
100 OHM-5%
R_ROMB_DQS3
5
5
ROMB_DQ0
RNB2
RNB2
1 8
100 OHM-5%
R_ROMB_DQ46
R_ROMB_DQ45
5
5
5
5
ROMB_DM3
ROMB_DQS2
2 7
100 OHM-5%
RN17
3 6
R_ROMB_DM3
R_ROMB_DQS2
5
5
5
5
ROMB_DQ1
ROMB_DQ2
2 7
100 OHM-5%
RNB2
3 6
R_ROMB_DQ47
5
5
RN17
4 5
100 OHM-5%
100 OHM-5%
R_ROMB_DM2 ROMB_DM2
5
5
ROMB_DQ3
RNB2
4 5
100 OHM-5%
Series Term = 22ohm
100 OHM-5%
R_ROMB_DQ48
R_ROMB_DQ49
5
5
ROMB_DQ24
RN16
RN16
1 8
100 OHM-5%
R_ROMB_DQ24
5
5
ROMB_DQ5
ROMB_DQ4
RN9
2 7
RN9
1 8
100 OHM-5%
R_ROMB_DQ50
5
5
5
ROMB_DQ25
ROMB_DQ26
2 7
100 OHM-5%
RN16
3 6
R_ROMB_DQ26
R_ROMB_DQ25
5
5
5
ROMB_DQ6
100 OHM-5%
RN9
3 6
R_ROMB_DQ51
5
5
5
ROMB_DQ27
RN16
4 5
100 OHM-5%
Series Term = 22ohm
100 OHM-5%
R_ROMB_DQ27
5
5
5
ROMB_DQ7
RN9
4 5
100 OHM-5%
Series Term = 22ohm
100 OHM-5%
R_ROMB_DQ52
R_ROMB_DQ53
5
5
5
ROMB_DQ29
ROMB_DQ28
RNB3
2 7
RNB3
1 8
100 OHM-5%
R_ROMB_DQ28
R_ROMB_DQ29
5
5
ROMB_DQS1
ROMB_DM1
RN8
2 7
RN8
1 8
100 OHM-5%
R_ROMB_DQ54
5
5
5
ROMB_DQ30
100 OHM-5%
RNB3
3 6
R_ROMB_DQ30
5
5
5
5
ROMB_DQS0
100 OHM-5%
RN8
3 6
R_ROMB_DQ55
5
5
ROMB_DQ31
RNB3
4 5
100 OHM-5%
Series Term = 22ohm
100 OHM-5%
R_ROMB_DQ31
5
5
ROMB_DM0R_ROMB_DM0
RN8
4 5
100 OHM-5%
Series Term = 22ohm
100 OHM-5%
R_ROMB_DQS6
5
5
ROMB_DQ32
RNB7
RNB7
1 8
100 OHM-5%
R_ROMB_DQ32
5
5
ROMB_DQ8
RN7
RN7
1 8
100 OHM-5%
R_ROMB_DQS7
R_ROMB_DM6
5
5
5
ROMB_DQ33
ROMB_DQ34
2 7
100 OHM-5%
RNB7
3 6
R_ROMB_DQ34
R_ROMB_DQ33
5
5
5
5
ROMB_DQ9
ROMB_DQ10
2 7
100 OHM-5%
RN7
3 6
R_ROMB_DM7
5
5
5
ROMB_DQ35
RNB7
4 5
100 OHM-5%
Series Term = 22ohmSeries Term = 22ohm
100 OHM-5%
R_ROMB_DQ35
5
5
ROMB_DQ11
RN7
4 5
100 OHM-5%
100 OHM-5%
R_ROMB_DQ56
5
5
ROMB_DQ36
RN33
RN33
1 8
100 OHM-5%
R_ROMB_DQ36
5
5
ROMB_DQ12
RNB1
RNB1
1 8
100 OHM-5%
R_ROMB_DQ58
R_ROMB_DQ57
5
5
5
5
ROMB_DQ37
ROMB_DQ38
2 7
100 OHM-5%
RN33
3 6
100 OHM-5%
R_ROMB_DQ38
R_ROMB_DQ37
5
5
5
5
ROMB_DQ13
ROMB_DQ14
2 7
100 OHM-5%
RNB1
3 6
100 OHM-5%
R_ROMB_DQ59
5
5
ROMB_DQ39
RN33
4 5
100 OHM-5%
R_ROMB_DQ39
5
5
ROMB_DQ15
RNB1
4 5
100 OHM-5%
Series Term = 22ohm Series Term = 22ohm
R_ROMB_DQ60
R_ROMB_DQ61
5
5
5
ROMB_DQS5
ROMB_DM5
RN28
2 7
RN28
1 8
100 OHM-5%
R_ROMB_DM5
R_ROMB_DQS5
5
5
ROMB_DQ17
ROMB_DQ16
RNB4
2 7
RNB4
1 8
100 OHM-5%
R_ROMB_DQ62
5
5
ROMB_DM4
100 OHM-5%
RN28
3 6
R_ROMB_DM4
5
5
ROMB_DQ18
100 OHM-5%
RNB4
3 6
R_ROMB_DQ63
5
5
5
ROMB_DQS4
RN28
4 5
100 OHM-5%
Series Term = 22ohmSeries Term = 22ohm
100 OHM-5%
R_ROMB_DQS4
5
5
5
5
ROMB_DQ19
RNB4
4 5
100 OHM-5%
100 OHM-5%
R_ROMB_ECC0
5
5
ROMB_DQ40
RN23
RN23
1 8
100 OHM-5%
R_ROMB_DQ40
5
5
ROMB_DQ20
RN18
RN18
1 8
100 OHM-5%
R_ROMB_ECC2
R_ROMB_ECC1
5
5
5
5
ROMB_DQ41
ROMB_DQ42
2 7
100 OHM-5%
RN23
3 6
R_ROMB_DQ42
R_ROMB_DQ41
5
5
5
5
ROMB_DQ21
ROMB_DQ22
2 7
100 OHM-5%
RN18
3 6
R_ROMB_ECC3
5
5
ROMB_DQ43
RN23
4 5
100 OHM-5%
100 OHM-5%
R_ROMB_DQ43
5
5
ROMB_DQ23
RN18
4 5
100 OHM-5%
Series Term = 22ohm Series Term = 22ohm Series Term = 22ohm
100 OHM-5%
A B
R_ROMB_DQ0
R_ROMB_DQ1
5
5
R_ROMB_DQ2
R_ROMB_DQ3
5
5
R_ROMB_DM1
R_ROMB_DQ4
R_ROMB_DQ6
R_ROMB_DQ5
R_ROMB_DQ7
5
5
5
5
1
R_ROMB_DQS1
5
5
R_ROMB_DQS0
5
5
2
R_ROMB_DQ8
R_ROMB_DQ9
5
5
R_ROMB_DQ10
R_ROMB_DQ11
5
5
R_ROMB_DQ12
R_ROMB_DQ13
5
5
3
R_ROMB_DQ14
R_ROMB_DQ15
5
5
R_ROMB_DQ16
R_ROMB_DQ17
5
5
R_ROMB_DQ18
R_ROMB_DQ19
5
5
4 4
R_ROMB_DQ20
R_ROMB_DQ21
5
5
R_ROMB_DQ22
R_ROMB_DQ23
5
5
Page 7
1
2
3
A00-00
REV.
7 OF 10
1-28-2003_15:17
3,5,9
VBAT_RAID
CB100
1 2
0.1uF 16V
CB99
1 2
0.1uF 16V
C9
1 2
0.1uF 16V
C44
1 2
0.1uF 16V
C96
1 2
0.1uF 16V
C29
1 2
0.1uF 16V
+2.5V-VCC
3,6-9
ROOM = PLANE_DECOUPLING
5
5
CK0-TO_DDR_5
~CK0-TO_DDR_5
R56
1 2
C61
21
15pF
50V-10%
NP*
2" loop
Differential DDR Clocks
Single load, Mem_ck0 differential pair is 2" longer than other two differential
diiferential pairs, MEM_CK1 and MEM_CK2.
DIFFERENTIAL CLOCKS ROUTEDS AS SHOWN BELOW
MEM_CK0
12
RB10
R_MEM_CK0
5
26.7-1%
2" loop
MEM_CK0
12
RB11
R_MEM_CK0
5
26.7-1%
5
CK1-TO_DDR_1
5
CK1-TO_DDR-2
~CK0-TO_DDR-2
~CK1-TO_DDR_1
R10
1 2
121-1%121-1% 121-1%
C35
21
15pF
50V-10%
NP*
26.7-1%
MEM_CK1
12
RB9
R_MEM_CK1
5
26.7-1%
MEM_CK1
12
RB8
R_MEM_CK1
5
5
CK2-TO_DDR_3
5
~CK2-TO_DDR_3
MEM_CK2
12
RB7
R_MEM_CK2
5
R67
1 2
C120
15pF
50V-10%
26.7-1%
21
NP*
MEM_CK2
12
RB6
R_MEM_CK2
5
26.7-1%
AUSTIN,TEXAS
CORPORATION
COMPUTER
~CK2-TO_DDR-4
CK2-TO_DDR-4
9T596
SCHM, CTL, PE1750, ROMB
DWG NO.
TITLE
Clk series termination, 26.7ohm, 1%, dell part # 5C079
Notes:
Clk parallel termination, 120ohm, 1%, dell part # 81649
Clk Parallel Cap, 10pF dell part # XXXX, not used at this point.
SHEET
1/21/03
DC
DATE
CA
USE OR DISCLOSURE CONSISTENT WITH THE PURPOSE OF THE LOAN WITHOUT THE PRIOR WRITTEN CONSENT OF DELL COMPUTER CORPORATION.
LOAN. NEITHER THIS ITEM OR THE INFORMATION IT CONTAINS MAY BE USED BY OR DISCLOSED TO PERSONS NOT HAVING A NEED FOR SUCH
OR IN PART AND MUST BE RETURNED TO DELL COMPUTER CORP. UPON REQUEST AND IN ALL EVENTS UPON COMPLETION OF THE PURPOSE OF THE
AS AUTHORIZED BY DELL COMPUTER CORP., AND THEN ONLY BY WAY OF LOAN FOR LIMITED PURPOSES. IT MUST NOT BE REPRODUCED IN WHOLE
AND TRADE SECRET INFORMATION. THIS ITEM MAY NOT BE TRANSFERRED FROM THE CUSTODY OF DELL COMPUTER CORP. EXCEPT
PROPRIETARY NOTE: THIS ITEM IS THE PROPERTY OF DELL COMPUTER CORP. AUSTIN, TEXAS AND CONTAINS CONFIDENTIAL
8
45
0-5%
RN14
SUB*_8W145
3,6-9
36
0-5%
RN14
5
DDR-MA8
RN13
2 7
SUB*_5W444
0 ohm-5%
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-MA8
5
9
0-5%
SUB*_8W145
3,6-9
0-5%
+2.5V-VCC
27
18
RN5
RN5
5
DDR-MA9
RN6
3 6
VERDE-MA9
5
SUB*_5W444
0 ohm-5%
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
+2.5V-VCC
5
DDR-MA7
7
RN13
SUB*_5W444
1 8
0-5%
0-5%
27
18
RN14
RN14
0 ohm-5%
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-MA7
5
+2.5V-VCC
B D
SUB*_8W145
3,6-9
+2.5V-VCC
10
45
0-5%
RN24
SUB*_8W145
3,6-9
36
0-5%
RN24
5
DDR-MA10
RN25
2 7
0 ohm-5%
VERDE-MA10
5
11
SUB*_5W444
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
0-5%
SUB*_8W145
3,6-9
0-5%
+2.5V-VCC
45
RN4
36
RN4
5
DDR-MA11
RN6
2 7
SUB*_5W444
0 ohm-5%
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-MA11
5
+2.5V-VCC
12
27
RN4
SUB*_8W145
3,6-9
18
RN4
0-5%
5
DDR-MA12
RN6
1 8
SUB*_5W444
0 ohm-5%
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-MA12
5
5
5
DDR-MA0
0
Pages 6 & 7.
DDR Memory Address Lines
RN25
4 5
SUB*_5W444
0 ohm-5%
45
0-5%
RN26
SUB*_8W145
3,6-9
36
RN26
0-5%
+2.5V-VCC
1
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-MA0
5
1
0-5%
SUB*_8W145
3,6-9
0-5%
+2.5V-VCC
27
18
RN26
RN26
DDR-MA1
RN25
3 6
0 ohm-5%
VERDE-MA1
5
SUB*_5W444
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
+2.5V-VCC
2
2
27
0-5%
RN21
SUB*_8W145
3,6-9
18
RN21
0-5%
5
DDR-MA2
RN20
3 6
VERDE-MA2
5
SUB*_5W444
0 ohm-5%
5
DDR-MA3
3
RN20
2 7
SUB*_5W444
0 ohm-5%
45
0-5%
RN19
Dell part # 5W444, 26.7 ohm, 1%, RPACK
SUB*_8W145
Dell part # 8W145, 121 ohm, 1%, RPACK
3,6-9
36
RN19
0-5%
VERDE-MA3
+2.5V-VCC
5
5
DDR-MA4
4
RN20
1 8
SUB*_5W444
0 ohm-5%
27
0-5%
RN19
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
SUB*_8W145
3,6-9
0-5%
+2.5V-VCC
18
RN19
3
Dell part # 5W444, 26.7 ohm, 1%, RPACK
VERDE-MA4
5
5
DDR-MA5
5
RN13
3 6
SUB*_5W444
0 ohm-5%
27
0-5% 0-5%
RN15
Dell part # 8W145, 121 ohm, 1%, RPACK
SUB*_8W145
3,6-9
0-5%
+2.5V-VCC
18
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
RN15
VERDE-MA5
5
6
45
0-5%
SUB*_8W145
3,6-9
36
0-5%
+2.5V-VCC
4 4
RN15
RN15
5
DDR-MA6
RN13
4 5
SUB*_5W444
0 ohm-5%
Dell part # 5W444, 26.7 ohm, 1%, RPACK
Dell part # 8W145, 121 ohm, 1%, RPACK
VERDE-MA6
5
A B
Page 8
1
2
3
A00-009T596
REV.
8 OF 10
1-28-2003_10:49
CA
+3.3V-VCC
2-4,8-10
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
AUSTIN,TEXAS
CORPORATION
COMPUTER
16V 10%
10uF
2 1
CB7
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
16V 10%
10uF
2 1
CB19
0.1uF 16V
C99
0.1uF 16V
C81
0.1uF 16V
C63
0.1uF 16V
C97
0.1uF 16V
C102
0.1uF 16V
C93
0.1uF 16V
C101
0.1uF 16V
C109
0.1uF 16V
C85
0.1uF 16V
C103
0.1uF 16V
C75
0.1uF 16V
C74
0.1uF 16V
C100
0.1uF 16V
C76
0.1uF 16V
C78
0.1uF 16V
C70
+1.3V-VCC
4,8,9
12
12
12
12
12
12
12
12
12
12
12
12
16V 10%
10uF
2 1
CB37
0.1uF 16V
C92
0.1uF 16V
C60
0.1uF 16V
C80
0.1uF 16V
C87
0.1uF 16V
C82
0.1uF 16V
C79
0.1uF 16V
C59
C73
C86
C88
C56
C50
Intel VERDE I/O PROC POWER
0.1uF 16V
0.1uF 16V
0.1uF 16V
0.1uF 16V
0.1uF 16V
ROOM = U_80321
0.1uF 16V
C46
0.1uF 16V
C48
0.1uF 16V
C71
0.1uF 16V
C58
0.1uF 16V
C77
0.1uF 16V
C47
0.1uF 16V
C27
0.1uF 16V
C57
0.1uF 16V
C34
0.1uF 16V
C16
0.1uF 16V
C91
0.1uF 16V
C36
0.1uF 16V
C37
0.1uF 16V
C26
0.1uF 16V
C18
0.1uF 16V
C62
0.1uF 16V
C72
0.1uF 16V
C28
0.1uF 16V
C89
0.1uF 16V
C43
FOR CAPACITOR PLACEMENT CLOSE TO VERDE
REFER TO PAGES 32 AND 33 OF VERDE DESIGN GUIDE
+2.5V-VCC
3,6-9
TITLE
SHEET
1/21/03
SCHM, CTL, PE1750, ROMB
PROPRIETARY NOTE: THIS ITEM IS THE PROPERTY OF DELL COMPUTER CORP. AUSTIN, TEXAS AND CONTAINS CONFIDENTIAL
DC
DWG NO.
DATE
USE OR DISCLOSURE CONSISTENT WITH THE PURPOSE OF THE LOAN WITHOUT THE PRIOR WRITTEN CONSENT OF DELL COMPUTER CORPORATION.
LOAN. NEITHER THIS ITEM OR THE INFORMATION IT CONTAINS MAY BE USED BY OR DISCLOSED TO PERSONS NOT HAVING A NEED FOR SUCH
OR IN PART AND MUST BE RETURNED TO DELL COMPUTER CORP. UPON REQUEST AND IN ALL EVENTS UPON COMPLETION OF THE PURPOSE OF THE
AS AUTHORIZED BY DELL COMPUTER CORP., AND THEN ONLY BY WAY OF LOAN FOR LIMITED PURPOSES. IT MUST NOT BE REPRODUCED IN WHOLE
AND TRADE SECRET INFORMATION. THIS ITEM MAY NOT BE TRANSFERRED FROM THE CUSTODY OF DELL COMPUTER CORP. EXCEPT
AA10
AA11
AA13
AA15
AA17
AA18
AA19
AA20
AA21
AA24
AB22
AD3
AD6
AD9
AD12
AD15
AD18
AD21
AD24
AE25
AE26
AF24
AF25
AF26
AF5
AE7
VCC_PLL1
VCC_PLL2
VCCPLL1
VCC33_AA10
VCC33_AA11
VCC33_AA13
VCC33_AA15
VCC33_AA17
VCC33_AA18
VCC33_AA19
VCC33_AA20
VCC33_AD3
VCC33_AA21
VCC33_AA24
VCC33_AB22
VCC33_AD6
VCC33_AD9
VCC33_AD12
VCC33_AD15
VCC33_AD18
VCC33_AD21
VCC33_AD24
VCC33_AE25
VCC33_AE26
VCC33_AF24
VCC33_AF25
VCC33_AF26
VCCPLL2
B D
U_80321
VCC33_F24
VCC33_G21
VCC33_H21
VCC33_J21
VCC33_J24
VCC33_K21
VCC33_L21
VCC33_M24
VCC33_N21
VCC33_R21
VCC33_R24
VCC33_T6
VCC33_U6
VCC33_U21
VCC33_V3
VCC33_V6
VCC33_V21
VCC33_V24
VCC33_W6
VCC33_W21
VCC33_Y6
VCC33_Y21
VCC33_AA3
VCC33_AA6
VCC33_AA7
VCC33_AA8
VCC33_AA9
AA6
AA7
AA8
+1.3V-VCC
4,8,9
AA9
INTEL VERDE IOP POWER2
R62
10-1%
1 2
R63
3,6-9
+2.5V-VCC
N22P5P11
VSS_P5
VSS_N22
P12
P13
VSS_P11
VSS_P12
P14
P15
VSS_P13
VSS_P14
P16
P25R2R11
VSS_P15
VSS_P16
VSS_R2
VSS_P25
R12
R13
VSS_R11
VSS_R12
R14
R15
VSS_R13
VSS_R14
R16
R22T5T11
VSS_R15
VSS_R16
VSS_T5
VSS_R22
T12
T13
VSS_T11
VSS_T12
VSS_T13
T14
T15
T16
T25U2U22V5V25W2W22Y5Y25
VSS_U2
VSS_T14
VSS_T15
VSS_T16
VSS_T25
VSS_V5
VSS_U22
VSS_W2
VSS_V25
VSS_Y5
VSS_W22
+3.3V-VCC
2-4,8-10
AA2
AA22
VSS_Y25
VSS_AA2
VSS_AA22
AB5
AB7
VSS_AB5
AB9
AB11
VSS_AB7
VSS_AB9
F24
AB13
AB15
VSS_AB11
VSS_AB13
VSS_AB15
G21
H21
AB17
AB19
VSS_AB17
VSS_AB19
J21
J24
AB21
AB25
VSS_AB21
VSS_AB25
K21
AC2
AC23
VSS_AC2
L21
M24
N21
AD25
AE2
VSS_AE2
VSS_AC23
VSS_AD25
R21
AE4
AE6
VSS_AE4
T6
R24
AE8
AE10
VSS_AE6
VSS_AE8
U6
V3
U21
AE12
AE14
VSS_AE10
VSS_AE12
VSS_AE14
V6
V21
AE16
AE18
VSS_AE16
VSS_AE18
V24W6W21Y6Y21
AE20
AE22
AE24
VSS_AE20
VSS_AE22
VSS_AE24
AA3
.01uF 16V
1 2
C98
16V-10%
4.7uF
2 1
Yellowstone - 922RV IS 5% 16V P/N
CB29
.01uF 16V
1 2
C83
16V-10%
4.7uF
2 1
CB27
ROOM = U_80321
10-1%
1 2
C3C6C9
C12
C15
C18
C21
VCC25_C3
VCC25_C6
VCC25_C9
VCC25_C12
VCC25_C15
VCC25_C18
C24E5F3F6F7F8F9
VCC25_C21
VCC25_C24
VCC25_E5
VCC25_F3
VCC25_F6
VCC25_F7
VCC25_F8
VCC25_F9
F10
F11
F12
VCC25_F10
VCC25_F11
F13
F14
F15
VCC25_F12
VCC25_F13
VCC25_F14
F16
F17
F18
F19
F20
F21G6H6J3J6K6L6M3M6N6P6R3R6
VCC25_F15
VCC25_F16
VCC25_F17
VCC25_F18
VCC25_F19
VCC25_F20
VCC25_G6
VCC25_H6
VCC25_F21
VCC25_J3
VCC25_J6
VCC25_K6
VCC25_L6
VCC25_M3
VCC25_M6
VCC25_N6
VCC25_P6
VCC25_R3
VCC25_R6
U_80321
VSS_B3
B3B5B7
VSS_B5
VSS_B7
VSS_B9
B9
VSS_B11
B11
B13
1
VSS_B13
VSS_B15
B15
B17
VSS_B17
VSS_B19
B19
B21
VSS_B21
VSS_B23
B23
B25
VSS_B25
VSS_C2
C2
D4
VSS_D4
VSS_D25
D25
VSS_E2
E2E6E8
VSS_E6
VSS_E8
VSS_E10
VSS_E12
E10
E12
VSS_E14
VSS_E16
VSS_E18
VSS_E20
VSS_E22
VSS_F5
VSS_F25
VSS_G2
E14
E16
E18
E20
E22F5F25G2G22H5H25J2J22K5K25L2L11
VSS_G22
VSS_H5
VSS_H25
VSS_J2
VSS_J22
VSS_K5
VSS_K25
VSS_L2
VSS_L11
VSS_L12
L12
L13
VSS_L13
VSS_L14
L14
L15
VSS_L15
VSS_L16
L16
L22M5M11
2
VSS_L22
VSS_M5
VSS_M11
VSS_M12
M12
M13
VSS_M13
VSS_M14
M14
M15
VSS_M15
VSS_M16
M16
M25N2N11
VSS_M25
VSS_N2
VSS_N11
VSS_N12
N12
N13
VSS_N13
VSS_N14
N14
N15
VSS_N15
VSS_N16
N16
INTEL VERDE IOP VSS
U_80321
+1.3V-VCC
4,8,9
3
VCC13_G7
VCC13_G8
G7G8G9
VCC13_G9
VCC13_G10
VCC13_G17
G10
G17
VCC13_G18
VCC13_G19
VCC13_G20
VCC13_H7
G18
G19
G20H7H20J7J20K7K20
VCC13_H20
VCC13_J7
VCC13_J20
VCC13_K7
VCC13_K20
VCC13_M21
M21
P21
VCC13_P21
VCC13_T21
VCC13_U7
VCC13_U20
VCC13_V7
VCC13_V20
T21U7U20V7V20W7W20
VCC13_W7
VCC13_W20
VCC13_Y7
Y7Y8Y9
VCC13_Y8
VCC13_Y9
VCC13_Y10
Y10
VCC13_Y17
VCC13_Y18
Y17
Y18
Y19
VCC13_Y19
VCC13_Y20
VCC13_AA12
Y20
AA12
AA14
VCC13_AA14
VCC13_AA16
AA16
4 4
INTL VERDE IOP POWER1
A B
Page 9
1
CB21
1 2
22uF 6.3V
NP*
21
3
U_BAT_LDO
RAID-BAT+
21
R32
R30
ADJ
IN OUT
10K-5%
3
D
D/P # 16155
Q3
R49
10K-5%
0-5%
1 2
R48
2,3
ADJ
GND
U_AUX_LDO
SUB*_8U694
IN OUT
SHDN
SC 1563ISK-2.5
+3.3V-AUX-FRM-PLANAR
21
R50
10K-5%
3
D
2N7002
QB4
EN-AUX-TO-LDO
2
S
1
G
PLACE THE CAP C828, WITH IN 50 MILS OF U_AUX_LDO AND U_BAT_LDO
3,9
**** Add two more caps for pin 5 of the LDO’s ****
NET_PHYSICAL_TYPE=40MIL
NP*
21
10K-5%
0-5%
1 2
R31
GND
SUB*_8U694
SHDN
SC 1563ISK-2.5
EN-BAT-TO-LDO
2
S
1
G
2N7002
2
NET_PHYSICAL_TYPE=40MIL
ROOM = AUX_BAT_PWR_CKT
3,6-9
+2.5V-VCC
ROOM = +2.5VCC_TO_VBAT
SUB*_55737
1 5 8
Q2
SI6433DQ
1K-5%
SYSTEM-PWR-GOOD
1 2
RB1
2 3 6 7
4
3
A00-00
9 OF 10
REV.
SHEET
9T596
DDR +2.5volts
AUSTIN,TEXAS
CORPORATION
COMPUTER
1/21/03
NET_PHYSICAL_TYPE=40MIL
Place near the connection pointLDO outputs and Q36
16V 10%
10uF
21
CB3
3,5,7
VBAT_RAID
CB17
+
470uF
6.3V-20%
CB31
+
470uF
6.3V-20%
1 2
CB9
22uF 10V
+80%-20%
CB43
22uF 10V
+80%-20%
CB2
10uF
16V 10%
SCHM, CTL, PE1750, ROMB
21
21
Critical Component.
than this capacitance
Do not go lower than
21
21
TITLE
DWG NO.
DATE
DC
ROMB DIMM/SCKE Control/ROMB Battery Control Ckt
NP*
0.1uF 16V
1 2
C7
2
3
D
S
1
G
2N7002
Q1
VCC-FRM-SYSTEM-COIN-CELL
4,8,9
1 2
RBAT_EN
9
RB19
0 OHM
+80%-20%
22uF 10V
1 2
CB44
10
U75
14
8
9
3.3VAUX_PWRGOOD
3
0 OHM
1 2
1 2
CB39
74VHC02
D/P # 28820
+80%-20%
22uF 10V
SUB*_810YR
NP*
+3.3V-VCC
2-4,8,10
21
+2.5V-VCC
3,6-9
R83
1K-5%
12
OUTPUT_ENABLE
13
D2
1K-1%
R73
1N914
Q5
D
3
2N7002
NP*
D
3
G
1
3,9
Q6
2N7002
G
SYSTEM-PWR-GOOD
1
Q4
2N7002
S
2
SYSTEM-PWR-GOOD
3,9
S
2
1K-5%
1 2
R84
10K-1%
1 2
R74
D
3
1
G
S
2
LM 431-AIM3
16V-10%
1000pF
21
C114
SUB*_65470
Pulled to Gnd to Enable
41.2K-1%
1 2
R77
SOT23
Using the 2N7002 Package
SUB*_6W897
1K-.1%
Should be 1K ohm, if no PTC is available
Place next to the Q50, Dual FET
1 2
RB17
21
Anode
3
- AIM3
LM431
Cathode Ref
USE OR DISCLOSURE CONSISTENT WITH THE PURPOSE OF THE LOAN WITHOUT THE PRIOR WRITTEN CONSENT OF DELL COMPUTER CORPORATION.
LOAN. NEITHER THIS ITEM OR THE INFORMATION IT CONTAINS MAY BE USED BY OR DISCLOSED TO PERSONS NOT HAVING A NEED FOR SUCH
OR IN PART AND MUST BE RETURNED TO DELL COMPUTER CORP. UPON REQUEST AND IN ALL EVENTS UPON COMPLETION OF THE PURPOSE OF THE
AS AUTHORIZED BY DELL COMPUTER CORP., AND THEN ONLY BY WAY OF LOAN FOR LIMITED PURPOSES. IT MUST NOT BE REPRODUCED IN WHOLE
AND TRADE SECRET INFORMATION. THIS ITEM MAY NOT BE TRANSFERRED FROM THE CUSTODY OF DELL COMPUTER CORP. EXCEPT
PROPRIETARY NOTE: THIS ITEM IS THE PROPERTY OF DELL COMPUTER CORP. AUSTIN, TEXAS AND CONTAINS CONFIDENTIAL
13
U75
14
74VHC02
11
RB22
1 2
0 OHM
21
SUB*_810YR
12
SYSTEM-PWR-GOOD
3,9
+1.3V-VCC
RB20
RB21
0 OHM
1 2
10uF 6.3V
CB38
50V-10%
2200pf
1 2
CB45
CA
ROOM = COIN_CELL_PWR
NET_PHYSICAL_TYPE=100MILS
+1.3V-VCC-RESISTER
ROOM = 1.3V-REG
B D
21
LB1
1uH 20A
SUB*_7W253
SUB*_864UW
21
10V-10%
1uF
CB42
QB5
1
2
7 8
QB5
+2.5V-VCC
3,6-9
5 6
FDS6898A
FDS6898A
1 2
CB40
2200pf
50V-10%
R82
3
4
R76
0-5%
1 2
Should be 1ohm, Sub Dell Part # 1Y578
9.09K-1%
1 2
RB18
10uF 6.3V
21
SUB*_788EN
CB41
10uF 6.3V
21
CB35
SUB*_788EN
4,8,9
+1.3V-VCC
R70
1 2
FEED_BACK
0-5%
SUB*_1Y578
10-5%
1 2
R78
10
9
BOOT
HDRV
U2
ILIM
1
4.87K-1%
2 1
R81
12
SUB*_22094
SUB*_21895
402-1%-0603
1 2
R80
21
R79
1 2
10K-1% 118K-1%
0-5%
1 2
SUB*_1Y578
50V-10%
SUB*_83008
1uF
6
7
SW
VDD
COMPFBGND
SS/SD
4
50V-20%
2200pF
12
C112
50V-20%
.001uF
C118
LDRV
21
C119
300 Mhz
TPS40001DGS
1 2
C113
SUB*_45964
12/12/02
SUB*_F0321
21
R71
0.1uF 16V
R75
13K-.5%
R72
21
SUB*_77CWU
10K-1%
1 2
Should be 1ohm, use Dell part # 1Y578
8
325
50V-5%
100pF
C111
D1D2D2
6781S2
234 5
G2S1G1 D1
Place very together
NP*
CB11
1uF
10V-10%
NP*
CB12
.01UF
1 2
50V-20%
C25
ROOM = 1.3V-REG-CTRL
VCC-FRM-SYSTEM-COIN-CELL
3,9
0.1uF 16V
QB2
2N7002
1
G
SYSTEM-PWR-GOOD
3,9
1K-5%
R16
RBAT_EN
1
U75
14
2
4
U75
14
5
1 2
D
S
ROMB_BAT_EN
9
3
6
3
2
4
74VHC02
74VHC02
D1
0.1uF 16V
C30
31
BAR43
A B
ROOM = COIN_CELL_PWR
Owned by the Power Supply Group
EVERGLADES ROMB - DC -DC, 2.5V TO 1.3 V, WITH 2A CURRENT
SUB*_77982
1
2
Yellowstone different -uses a PCIX-RST -This is like Dagger
3
4 4
Page 10
1-28-2003_15:00
1
2
3
A00-00
10 OF 10
123
123
L1_100D_TERM
4
4
TEST POINT
IMPEDENCE DIFFERENTIAL
123
123
L10_100D_TERM
4
4
TEST POINT
IMPEDENCE DIFFERENTIAL
AUSTIN,TEXAS
CORPORATION
COMPUTER
REV.
SHEET
132
132
L8_50S_TERM
IMP_50Z_IN4
21
+RX
L8_50S
VCC_COUPON
10
TEST POINT
IMPEDENCE SINGLE END
ZSE3PINS2R
RY
COUPON TEST
3
GND-2_COUPON
10
132
132
L8_60S_TERM
IMP_60Z_IN4
21
+RX
L8_60S
VCC_COUPON
10
TEST POINT
IMPEDENCE SINGLE END
ZSE3PINS2R
RY
COUPON TEST
3
GND-2_COUPON
10
132
132
L10_50S_TERM
IMP_50Z_BOT
21
+RX
L10_50S
TEST POINT
L10_60S_TERM
IMPEDENCE SINGLE END
ZSE2PINI1R
COUPON TEST
GND-2_COUPON
10
132
132
IMP_60Z_BOT
21
+RX
L10_60S
TEST POINT
IMPEDENCE SINGLE END
ZSE2PINI1R
COUPON TEST
GND-2_COUPON
10
IMP_Z100D_CK_TOP+
IMP_Z100D_CK_TOP-
2
4
+
-
ROOM=LAYER_10 (Bottom)
L1_100D
RX
1
RY
3
ZDI4PINS2R
COUPON TEST
GND-1_COUPON
10
TITLE
IMP_Z100D_CK_BOT-
IMP_Z100D_CK_BOT+
2
4
+
-
L10_100D
ZDI4PINS2R
RX
RY
COUPON TEST
1
3
removed per Thad McMillan and Michael Leins request.
routed loosly coupled.
* Differential test coupons in Layer 3 and Layer 8
* In layer 3, there is a short trace of differential pair
Suraj DeSilva, 01/22/03
* In layer 8, because of the BGA pin escapes, the differential pairs were
* Changes were done as we would have had fabrication issues at the board house
GND-2_COUPON
10
ROOM = DIFF_CLK_IMPEDENCE
9T596
1/21/03
SCHM, CTL, PE1750, ROMB
DWG NO.
DATE
DC
132
132
TEST POINT
132
132
L1_60S_TERM
IMP_60Z_TOP
21
+RX
L1_60S
TEST POINT
IMPEDENCE SINGLE END
ZSE2PINI1R
COUPON TEST
132
132
CA
L1_50S_TERM
IMP_50Z_TOP
21
+RX
L1_50S
IMPEDENCE SINGLE END
ZSE2PINI1R
COUPON TEST
132
132
L3_50S_TERM
IMP_50Z_IN1
21
+RX
L3_50S
IMPEDENCE SINGLE END
ZSE3PINS2R
RY
3
ROOM=Layer_1 (Top) ROOM=LAYER_8 (Inner-4)
GND-1_COUPON
10
GND-1_COUPON
10
TEST POINT
COUPON TEST
GND-1_COUPON
10
132
132
L3_60S_TERM
IMP_60Z_IN1
21
+RX
L3_60S
TEST POINT
IMPEDENCE SINGLE END
ZSE3PINS2R
RY
COUPON TEST
3
GND-1_COUPON
10
132
132
L4_50S_TERM
IMP_50Z_IN2
21
+RX
L4_50S
TEST POINT
IMPEDENCE SINGLE END
ZSE3PINS2R
RY
COUPON TEST
3
132
132
L4_60S_TERM
IMP_60Z_IN2
21
+RX
L4_60S
TEST POINT
IMPEDENCE SINGLE END
ZSE3PINS2R
RY
COUPON TEST
3
ROOM=LAYER_3 (Inner -1)
GND-1_COUPON
10
GND-1_COUPON
10
ROOM=LAYER_4 (Inner-2)
L7_60S_TERM
IMP_60Z_IN3
21
+RX
L7_60S
VCC_COUPON
10
IMPEDENCE SINGLE END
ZSE3PINS2R
RY
3
TEST POINT
COUPON TEST
GND-2_COUPON
10
132
132
L7_50S_TERM
IMP_50Z_IN3
21
+RX
L7_50S
VCC_COUPON
10
TEST POINT
IMPEDENCE SINGLE END
ZSE3PINS2R
RY
COUPON TEST
3
GND-2_COUPON
10
USE OR DISCLOSURE CONSISTENT WITH THE PURPOSE OF THE LOAN WITHOUT THE PRIOR WRITTEN CONSENT OF DELL COMPUTER CORPORATION.
LOAN. NEITHER THIS ITEM OR THE INFORMATION IT CONTAINS MAY BE USED BY OR DISCLOSED TO PERSONS NOT HAVING A NEED FOR SUCH
OR IN PART AND MUST BE RETURNED TO DELL COMPUTER CORP. UPON REQUEST AND IN ALL EVENTS UPON COMPLETION OF THE PURPOSE OF THE
AS AUTHORIZED BY DELL COMPUTER CORP., AND THEN ONLY BY WAY OF LOAN FOR LIMITED PURPOSES. IT MUST NOT BE REPRODUCED IN WHOLE
AND TRADE SECRET INFORMATION. THIS ITEM MAY NOT BE TRANSFERRED FROM THE CUSTODY OF DELL COMPUTER CORP. EXCEPT
PROPRIETARY NOTE: THIS ITEM IS THE PROPERTY OF DELL COMPUTER CORP. AUSTIN, TEXAS AND CONTAINS CONFIDENTIAL
ROOM=LAYER_7 (Inner-3)
B D
4
2
SUB*_0W730
EMI_HEADER
3
1
HEADER 2X2, 2mm
NP*
GNDED HEADER FOR EMI
NP*
NP*
R3
10K_PD
1
1
IOP_TCK
IOP_TDI
4
4
10-5%
NP*
IOP_TMS
IOP_TDO
4
4
21
65432
ROOM = JTAG_CON
Part removed on 10/30/02
JTAG_SIG_OUT
+3.3V-VCC
JTAG CONNECTOR
2-4,8,9
10
10
10
10
10
RES-ROMB_FLSH_AD1
RES-ROMB_FLSH_AD5
RES-ROMB_FLSH_AD3
RES-ROMB_FLSH_AD2
NP*
567
8
0
RN1
432
1
ROMB_FLSH_AD1
ROMB_FLSH_AD5
ROMB_FLSH_AD2
ROMB_FLSH_AD34ROMB_FLSH_AD7
4
4
4
4
10
RES-ROMB_FLSH_AD7
RES-ROMB_FLSH_AD6
NP*
8
RN2
1
ROMB_FLSH_AD6
4
10
10
10
10
10
10
RES-ROMB_FLSH_AD0
RES-ROMB_FLSH_A0
RES-ROMB_FLSH_A2
RES-ROMB_FLSH_A1
RES-ROMB_FLSH_OE
RES-ROMB_FLSH_WE
NP*
567
0
432
ROMB_FLSH_AD04ROMB_FLSH_A2
ROMB_FLSH_A0
4
4
567
8
RN3
432
1
ROMB_FLSH_WE
ROMB_FLSH_A1
ROMB_FLSH_OE
4
4
0
4
10
10
RES-ROMB_FLSH_AD4
RES-80321-INTB-TO_PLANAR
NP*
NP*
R7
R5
0-5%
1 2
1 2
ROMB_FLSH_AD4
80321-INTB-TO_PLANAR
4
2,3
10
RES-ROMB_FLSH_RSTROMB_FLSH_RST
NP*
R23
0-5%
1 2
4
0-5%
Pin marked on the board with a solid dot.
ROOM = NVSRAM
To Use the Debug Header for the RAID FirmWare
populate the NVSRAM Resisters (Rpacks and Discretes)
Notes:
Pin 2
Pin 1
10
10
10
10
10
RES-ROMB_FLSH_OE
RES-ROMB_FLSH_AD0
RES-ROMB_FLSH_A2
RES-ROMB_FLSH_AD2
RES-ROMB_FLSH_AD3
Pin 20
Pin 19
DEBUG_HEADER
NP*
SERIAL DEBUG CONNECTOR
NC_DEBUG_HEADER-10
246
8
101214
13579
11
RES-ROMB_FLSH_RST
RES-ROMB_FLSH_A0
RES-ROMB_FLSH_AD6
RES-ROMB_FLSH_AD7
RES-ROMB_FLSH_AD5
UART_SEL/32BITPCI
4
10
10
10
10
10
+5V-VCC
2,3
Check Yellowstone
10
10
RES-ROMB_FLSH_WE
RES-ROMB_FLSH_AD1
NC-+12V_NOT_USED_BY_DEBUG_BOARD
1615
10
13
17 18
19 20
TSM 2X10 SMT HDR
DEBUG_HEADER_P-17
DEBUG_HEADER_P-17
RES-ROMB_FLSH_AD4
RES-ROMB_FLSH_A1
10
10
10
NP*
R29
0-5%
1 2
PU_IOP_XINT2
4
ROOM = U_80321
ROOM = PCIX_CONN
ROOM = DEBUG_HEADER
RB3
0-5%
1 2
RES-80321-INTB-TO_PLANAR
10
A B
1
2
3
4 4
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