Sony SRW-1, SRPC-1, HKSR-102, HKSR-103, HKSR-101 Operation Manual

HD PORTABLE DIGITAL RECORDER

SRW-1

HD VIDEO PROCESSOR

SRPC-1

OPTICAL INTERFACE UNIT

HKSR-101

PICTURE CACHE BOARD

HKSR-102

RGB 60P PROCESSOR BOARD

HKSR-103

OPERATION MANUAL [English] 1st Edition (Revised 7)

WARNING

To reduce the risk of fire or electric shock, do not expose the apparatus to rain or moisture.

generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

To avoid electrical shock, do not open the cabinet. Refer servicing to qualified personnel only.

For HKSR-101 only

This Optical Interface Unit is classified as a CLASS 1 LASER PRODUCT.

Laser diode properties

Wave length: 1310±20 nm Emission duration: Continuous Laser output power: 10 mW (max.) Standard: IEC60825-1 (2001)

Laserdiode data

Bølgelængde: 1310±20 nm Strålingsvarighed: Kontinuerlig Lasereffekt: 10 mW (max.) Standard: IEC60825-1 (2001)

Laserdiodens egenskaper

Våglängd: 1310±20 nm Strålningstid: utan avbrott Laseruteffekt: 10 mW (max.) Standard: IEC60825-1 (2001)

Laserdiodens egenskaper

Bølgelengde: 1310±20 nm Emisjonslengde: Kontinuerlig Laser utgangseffekt: 10 mW (max.) Standard: IEC60825-1 (2001)

You are cautioned that any changes or modifications not expressly approved in this manual could void your authority to operate this equipment.

All interface cables used to connect peripherals must be shielded in order to comply with the limits for a digital device pursuant to Subpart B of Part 15 of FCC Rules.

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

For customers in Canada (for SRW-1/SRPC-1/HKSR-101)

This Class A digital apparatus complies with Canadian ICES-003.

For the customers in Europe

This product with the CE marking complies with the EMC Directive issued by the Commission of the European Community. Compliance with this directive implies conformity to the following European standards:

• EN55103-1 :Electromagnetic Interference(Emission)

• EN55103-2 : Electromagnetic Susceptibility(Immunity) This product is intended for use in the following

Electromagnetic Environments: E1 (residential), E2 (commercial and light industrial), E3 (urban outdoors), E4 (controlled EMC environment, ex. TV studio).

The manufacturer of this product is Sony Corporation, 1-7-1 Konan, Minato-ku, Tokyo, Japan. The Authorized Representative for EMC and product safety is Sony Deutschland GmbH, Hedelfinger Strasse 61, 70327 Stuttgart, Germany.

For the customers in Taiwan only

CAUTION

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

Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.

For the customers in the USA (for SRW-1/SRPC-1/HKSR-

101)

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment

VORSICHT

Um die Gefahr von Bränden oder elektrischen Schlägen zu vermeiden, darf dieses Gerät weder Regen oder Feuchtigkeit ausgesetzt werden.

Um einen elektrishen Schlag zu vermeiden, darf das Gehäuse nicht geöffnet werden.

Überlassen Sie Wartungsarbeiten stets nur qualifiziertem Fachpersonal.

Für Kunden in Europa

Dieses Produkt besitzt die CE-Kennzeichnung und erfüllt die EMV-Richtlinie der EG-Kommission. Angewandte Normen:

• EN55103-1: Elektromagnetische Verträglichkeit (Störaussendung)

• EN55103-2: Elektromagnetische Verträglichkeit (Störfestigkeit)

Für die folgenden elektromagnetischen Umgebungen: E1 (Wohnbereich), E2 (kommerzieller und in beschränktem Maße industrieller Bereich), E3 (Stadtbereich im Freien) und E4 (kontrollierter EMV-Bereich, z.B. Fernsehstudio).

Der Hersteller dieses Produkts ist Sony Corporation, 1-7-1 Konan, Minato-ku, Tokyo, Japan. Der autorisierte Repräsentant für EMV und Produktsicherheit ist Sony Deutschland GmbH, Hedelfinger Strasse 61, 70327 Stuttgart, Deutschland.

Afin d’écarter tout risque d’électrocution, garder le coffret fermé. Ne confier l’entretien de l’appareil qu’à un personnel qualifié.

Pour les utilisateurs au Canada (SRW-1/SRPC-1/HKSR101 seulement)

Cet appareil numérique de la classe A est comforme à la norme NMB-003 du Canada.

Pour les clients en Europe

Ce produit portant la marque CE est conforme à la Directive sur la compatibilité électromagnétique (EMC) émise par la Commission de la Communauté européenne. La conformité à cette directive implique la conformité aux normes européennes suivantes :

• EN55103-1 : Interférences électromagnétiques (émission)

• EN55103-2 : Sensibilité électromagnétique (immunité) Ce produit est prévu pour être utilisé dans les environnements électromagnétiques suivants : E1 (résidentiel), E2 (commercial et industrie légère), E3 (urbain extérieur) et E4 (environnement EMC contrôlé, ex. studio de télévision).

Le fabricant de ce produit est Sony Corporation, 1-7-1 Konan, Minato-ku, Tokyo, Japon. Le représentant autorisé pour EMC et la sécurité des produits est Sony Deutschland GmbH, Hedelfinger Strasse 61, 70327 Stuttgart, Allemagne.

Nur für HKSR-101

Dieses Optical Interface Unit ist als CLASS 1 LASER PRODUCT eingestuft.

Daten der Laserdiode

Wellenlänge: 1310±20 nm Emissionsdauer: Kontinuierlich Laser-Ausgangsleistung: 10 mW (max.) Standard: IEC60825-1 (2001)

AVERTISSEMENT

Afin de réduire les risques d’incendie ou d’électrocution, ne pas exposer cet appareil à la pluie ou à l’humidité.

Chapter 1 Overview

1-1 Features .................................................6

1-2 System Configuration...........................9

Chapter 2 Names and Functions of Parts

2-1 SRW-1...................................................10

2-1-1 Principal Sections.............................. 10

2-1-2 Control Panel..................................... 11

2-1-3 Display .............................................. 15

2-1-4 Connector Panel ................................ 17

2-2 SRPC-1.................................................19

Chapter 3 Preparations

3-1 Assembly .............................................22

3-1-1 Joining the SRW-1 and SRPC-1 ....... 22

3-1-2 Using the Control Panel Extension

Cable ................................................. 24

3-2 Connections ........................................26

3-2-1 Connections for Recording ............... 26

3-2-2 Connections for Playback ................. 28

3-3 About Reference Sync Signals..........30

3-3-1 Reference Signals for Video Output

Signals ............................................... 30

3-3-2 Connecting Reference Signals

(Examples for When External Sync Is

Required)........................................... 31

3-4 Power Supply Preparations ...............34

3-4-1 Using a Battery Pack......................... 34

3-4-2 Using AC Power ............................... 35

3-4-3 Powering On and Off ........................ 35

3-4-4 Checking the Power and Voltage...... 35

3-5 Display Settings ..................................36

3-6 Superimposed Text Information........37

3-7 Handling Cassettes.............................38

3-7-1 Usable Cassettes................................ 38

3-7-2 Inserting and Ejecting Cassettes ....... 38

3-7-3 Preventing Accidental Erasure.......... 40

3-8 “Memory Stick” Handling...................40

3-8-1 About a “Memory Stick” .................. 40

3-8-2 Inserting and Ejecting “Memory Stick”

Media................................................. 41

3-9 Power Saving Mode............................42

Chapter 4 Menu Settings

4-1 Basic Menu Operations......................44

4-1-1 Displaying Menus ............................. 44

4-1-2 Changing Menu Settings................... 44

4-2 TC Setup Menu....................................46

4-3 VIDEO Setup Menu .............................50

4-4 AUDIO Setup Menu.............................52

4-5 SYSTEM Setup Menu..........................54

Chapter 5 Recording and Playback

5-1 Signal Format Settings.......................62

5-1-1 Selecting the System Signal Format . 62

5-1-2 TeleFile Recording............................ 64

5-2 Recording Preparations and

Operations ..........................................65

5-2-1 Selecting the Video Input To Record

(When Optional HKSR-101 Is Installed)

........................................................... 65

5-2-2 Selecting Signals to Output to the HD

Monitor.............................................. 65

5-2-3 Making Audio Signal Settings .......... 66

5-2-4 Setting Recording Audio Levels ....... 67

5-2-5 Making Timecode and User Bits

Settings .............................................. 67

5-2-6 Recording Operations ....................... 70

5-3 Playback Preparations and Operations

.............................................................71

5-3-1 Selecting the Conversion Mode of the

Downconverter .................................. 71

5-3-2 Making Audio Monitor Signal Settings

........................................................... 72

5-3-3 Adjusting Playback Audio Levels..... 72

5-3-4 Selecting Time Data to Display During

Playback ............................................ 72

5-3-5 Playback Operations ......................... 72

Chapter 6 Memory Recording (With HKSR-102 Installed)

6-1 Timer Rec.............................................74

6-1-1 Manual Timer Rec ............................ 74

6-1-2 Auto Timer Rec................................. 75

6-2 Cache Rec............................................76

Table of Contents

Chapter 7 SR Motion (With HKSR102 Installed)

7-1 Overview..............................................78

7-1-1 Overview of SR Motion Recording/

Playback ............................................ 78

7-1-2 Operation Flow.................................. 81

7-1-3 Target Frame Frequencies and Signal

Formats.............................................. 81

7-2 Select FPS Function ...........................84

7-2-1 Relation Between the Number of

Frames Shot and the Number of

Playback Frames (Outline of Select

FPS) ................................................... 84

7-2-2 Using the Select FPS Function.......... 85

7-2-3 Using the Ramp Function.................. 88

7-3 Interval Frame Function..................... 91

7-3-1 Relation Between the Number of

Frames Shot and the Frame interval

(Outline of Interval Frame) ............... 91

7-3-2 Using the Interval Frame Function.... 92

7-3-3 Using the Ramp Function.................. 94

7-4 Slow Shutter Function........................97

7-4-1 Relation of the Number of Stored

Frames to the Number of Frames Shot

and the Number of Playback Frames

(Outline of Slow Shutter) .................. 97

7-4-2 Using the Slow Shutter Function ...... 98

About Warning Messages ......................... 106

Warning System...................................... 109

Attaching the Shoulder Belt................... 111

Troubleshooting......................................112

About Recording/Playback Tape Formats

........................................................... 116

What Is Dual Link?.................................. 118

List of Camera Combinations and Available

Functions ..........................................119

Monitor LUT Function............................. 120

MPEG-4 VISUAL PATENT PORTFOLIO

LICENSE............................................123

Index.........................................................124

Appendixes

Maintenance and Inspections................100

Head Cleaning........................................... 100

Handling the Optical-Fiber Connector (When

Optional HKSR-101 Is Installed) .... 100

Condensation............................................. 100

Note About the Battery Terminal ............. 101

Specifications..........................................101

General ...................................................... 101

Digital Video System................................ 102

Digital Audio System................................ 102

Input Connectors....................................... 102

Output Connectors .................................... 102

Other Connectors ...................................... 103

Supplied Accessories ................................ 103

Optional Accessories ................................ 103

Recommended Accessories ...................... 103

Error Messages and Warning Messages

........................................................... 104

About Error Messages............................... 104

Table of Contents

1-1 Features

Overview

• 1080 × 1920 (progressive): 23.98PsF/24PsF/25PsF/

29.97PsF/50P/59.94P

• 1080 × 1920 (interlaced): 50i/59.94i

• 720 × 1280 (progressive): 50P/59.94P

Chapter

The SRW-1 is an HDCAM-SR 1) format high-definition portable digital recorder. It is designed for use with the SRPC-1 HD Video Processor. The SRW-1 can also be used with the F23/F35 Digital Cinematography Camera. You can dock it directly to the top or rear panel of the F23/F35 (docked operation) or connect it by a BNC or optical-fiber cable operation) for added flexibility in a variety of shooting situations.

This manual explains the SRW-1 and SRPC-1. For details on the F23/F35, refer to the Operation Manual supplied with the F23/F35.

1) HDCAM-SR is a trademark of Sony Corporation.

2) When the optional HKSR-101 is installed

High-performance digital recording in the HDCAM-SR format

Recording and playback modes

The SRW-1 uses MPEG-4 Studio Profile, and international standard data compression format. In addition to the 440 Mbps supported by the SRW-5000/ 5500 series, it also supports the 880 Mbps format, popularly known as double-speed recording. Video signals are recorded as YCbCr 4:2:2 component data or RGB 4:4:4 component data, with 12 channels of audio signals recorded in AES/EBU format, for a wide dynamic range.

Multi-frame-rate recording and playback

The SRW-1 offers a wide selection of recording and playback modes. By supporting both 1080 and 720P formats, it meets a wide variety of needs in movie making and high-end content creation, including commercial and broadcasting program production.

(separate

Double-speed recording (880 Mbps recording)

The SRW-1 features a double-speed recording capability, which double the drum rotation and tape speed and thus achieves a data transfer rate of 880 Mbps. The following three modes are available to utilize this extremely high transfer rate for different shooting purposes.

• 1080/50P, 60P mode

When the SRW-1 is combined with the F23/F35 or the HDC1500 multi-format portable camera (not supplied), this mode enables YCbCr 4:2:2 50P/60P recording of highly detailed video that is rich in depth. When the optional HKSR-102 and HKSR-103 are installed, RGB 4:4:4 recording at 1080/60P is supported for docked recording with the F23, and RGB 4:4:4 recording at 1080/50P is supported for docked recording with the F35 (playback is 24P and 25P or 30P).

• Dual Stream mode 3D stereo recording

This mode allows the SRW-1 to record the output of two cameras simultaneously on a single tape as a 4:2:2 Dual Stream, to achieve 3D stereo shooting.

• High Quality (HQ) RGB 4:4:4 mode

This mode offers even higher picture quality than the normal SQ mode (440Mbps).

Rich selection of functions

SR Motion™

(with optional HKSR-102 installed) When the optional HKSR-102 Picture Cache Board is installed, SR Motion is available on this unit. SR Motion allows you to obtain effects similar to overcranking and undercranking on film cameras by using HKSR-102’s built-in memory while maintaining the high picture quality of HDCAM-SR (1920 × 1080) format. SR Motion is available in three modes: Select FPS, Slow Shutter, and

1-1 Features

Interval Frame. Select FPS and Interval Frame enable variable-speed motion effects by changing the frame frequency during recording (Ramp function).

1) SR Motion is a trademark of Sony Corporation.

Timer Rec

(with HKSR-102 installed) When the HKSR-102 Picture Cache Board is installed, a Timer Rec function is available on this unit. This allows you to utilize the memory in the option board to shoot images at a specified interval. This enables time-lapse recording and recording over long periods.

Cache Rec

(with HKSR-102 installed) When the HKSR-102 Picture Cache Board is installed, a Cache Rec function is available on this unit. This function captures about 100 frames of the video and audio that the camera is currently shooting (or about 200 frames in 50P or 59P mode) to the memory in the option board. Thus, when you press the recording start button (in standby on mode), the recording starts with the data stored several seconds before.

Monitor format conversions

This unit is capable of the following format conversions for output to monitors.

• Color space conversion (RGB 4:4:4 t YCbCr 4:2:2)

• 2-3 pulldown (4:2:2 23.98PsF t 4:2:2 59.94i)

• Downconverter (1080i t SD 525i/625i)

• Dual link Pti conversion (1080 59.94P/50P t 2-line

linearly interpolated 1080 59.94i/50i) When the RGB 4:4:4 format is selected, lookup tables (LUT files) can be used to convert to 4:2:2 monitor output.

Versatile operating styles

enables recording of smooth slow and quick motion in full high-definition video (Select FPS function of SR Motion). When the optional HKSR-102 and HKSR-103 are installed, RGB 4:4:4 recording at 1080/60P is supported for docked recording with the F23, and RGB 4:4:4 recording at 1080/50P is supported for docked recording with the F35 (playback is 24P and 25P or 30P).

Transmission over optical-fiber cable

(with optional HKSR-101 installed) When the optional HKSR-101 Optical Interface Unit is installed, this unit can be connected to an F23/F35 Digital Cinema Camera, an HDC-F950 HD Color Video Camera or an ARRI D-20 camera by optical-fiber cable. A single optical-fiber cable can receive HD 4:2:2 component video signals or HD 4:4:4 RGB video signals, while simultaneously transmitting HD 4:2:2 component video return signals to the camera. Audio signals and control signals are multiplexed into video signals transmitted over optical-fiber cable.

Note

Power cannot be supplied to a camera from this unit by optical-fiber cable.

As player during video editing

This unit is equipped with an RS-422 remote control interface. During video editing, you can use this unit as a player in combination with a high-definition recorder VTR (such as the SRW-5000/5500).

Removable control panel

The control panel is independent of the SRW-1 (VTR main unit), allowing it to be installed in the most convenient location in your operating environment. It can be held in the hand and operated like a remote controller.

Chapter 1 Overview

Connected to the SRPC-1

This unit can be combined with the SRPC-1 to meet the diverse I/O interface requirements of production environments. Video signals can be input and output as HD SDI or as Dual Link HD SDI. Monitor output of both HD SDI and SD SDI is supported. It is possible to record 12 audio channels selected from a total of 20 channels which consists of 4 analog audio channels, two sets of 4-channel AES/EBU audio, and 12 HD SDI channels. The SRW-1 supports the SMPTE-291M/292M/296M/ 299M/372M HD SDI standards.

Docked on the F23/F35

This unit features a dockable interface that can be connected directly to the F23/F35 on either the top or rear panels, as convenient. When this unit is docked on the F23/F35 with installation of the optional HKSR-102 board on a docked SRW-1

Other features

Internal timecode generator and reader

The internal timecode generator allows you to record timecode (LTC, VITC, and user bit data) along with the video and audio signals. The internal timecode reader reads the recorded timecode (LTC ,VITC, and user bit data) during playback.

Independent audio level adjustment

You can adjust audio levels independently while checking peaks on all 12 audio channels.

Self diagnostics

When an error occurs, the system performs self diagnostics and displays the cause.

1-1 Features

HDCAM-SR format

The HDCAM-SR format exploits advances in signal processing and magnetic recording technology to enable

Chapter 1 Overview

HD digital recording and playback with high image and sound quality, with functionality comparable to that of the HDCAM format.

• Highly efficient mild data compression based on the new MPEG-4 Studio Profile

• Powerful error correction system

• Highly reliable narrow track recording and playback through high-performance, high-accuracy, drummounted heads.

These technologies allow extended high-definition recording times on HDCAM-SR cassettes of the same size as the HDCAM cassette: 40 minutes or more on S-size HDCAM-SR cassettes.

Digital signal processing

4:2:2 component video signals or 4:4:4 RGB signals obtained by quantization according to ITU-R709, SMPTE 274M, and BTA S-002B (SMPTE 260M/372M) are compressed according to the MPEG-4 Studio Profile. Audio signals are processed uncompressed, according to the AES/EBU format.

Tele-File

memory label system

The SRW-1 supports the Tele-File memory label system.

1) Tele-File: A system in which non-contact memory ICs on the spines of cassettes allow you to record and read data about the material on the cassettes. TeleFile is a trademark of Sony Corporation.

Bit rate reduction encoder

Component video signal data is compressed to specified data rates by a process in which it is subjected to frame shuffling, DCT (discrete cosine transform) or DPCM (differential pulse code modulation), quantizing adjustment, and variable length word encoding. This process forms the core of the new MPEG-4 Studio Profile compression strategy. The process uses intra-frame compression for progressive image capture and intra-field compression for interlaced images.

ECC encoder

An outer ECC (error correction code) is interleaved with the compressed data, followed by inner ECC, ID data, and sync data. The error correction system uses standard ReedSolomon codes.

Channel coding

Video and audio with the addition of ECC data are recorded in the form of serial data. The HDCAM-SR format uses a scrambled NRZI (Non-Return-to-Zero Inverted) channel coding system to ensure superior offtrack and noise tolerance characteristics.

Playback signal processing

Digital playback signals are equalized by equalizer circuits and error corrected by powerful inner and outer ECC. This process corrects most noise and dropout problems in the reproduced signal. Data that cannot be completely corrected in this way is corrected by error concealment circuits.

1-1 Features

1-2 System Configuration

The following figure shows a system configured around the SRW-1 and SRPC-1.

HD color video camera

BATTERY/

Switching

BP-GL95

DC IN

Chapter 1 Overview

Microphone

HD VTR etc.

HD SDI video/ audio input

HD SDI video/ audio output

HD DIGITAL VIDEO CASSETTE RECORDER

SRW-5000/5500

SRW-5000

9-pin remote control cable

REMOTE IN

FC2-PD50/PD250 Optical-Fiber Cable

AC-DN10/DN2B

SRW-1 + SRPC-1 + HKSR-102 + HKSR-103

Earphones

Headphones

HD video output (HD SDI)

SD video output (SDI)

SD video monitor

Audio input Analog: 4 channels AES/EBU: 4 channels

HD video monitor

VTR etc.

VTR, FPU etc.

F23/F35 Digital Cinematography Camera (with CA-F101 Optical Fiber Camera Adapter)

HKSR-101 Optical Interface Unit

Audio output Analog: 2 channels AES/EBU: 12 channels

Stereo amplifier

1-2 System Configuration

Speakers

Names and Functions of

2-1 SRW-1

2-1-1 Principal Sections

Control panel (see page 11) See 3-1-2 “Using the Control Panel Extension Cable” (page 24) for more information about using the control panel apart from the recorder.

8 Top handle

Parts

Chapter

Display (see page 15)

7 Lock release button

(for control panel)

6 EJECT button

5 Processor connector

Connector panel (see page 17)

1 Cassette insertion slot

2 Tally indicator

3 Side handle

4 POWER (power

supply) indicator

2-1 SRW-1

a Cassette insertion slot

Insert cassettes.

into power save mode by the setting of SAVE MODE in the SYSTEM Setup menu to “SAVE”.

For details, see 3-7-2 “Inserting and Ejecting Cassettes” (page 38).

b Tally indicator

Lights during recording. Flashes when errors have occurred (see “About Error

Messages” (page 104)) or when warnings have occurred (see “About Warning Messages” (page 106)).

For more information about the tally indicator operation, see “Warning System” (page 109).

c Side handle

When the top handle is removed, use this handle to join and separate the SRW-1 and SRPC-1, for example.

d POWER (power supply) indicator

If the SRW-1 is docked to the SRPC-1 or the F23/F35, lights in green when both the SRW-1 and the SRPC-1 or F23/F35 are powered on. Flashes when the SRW-1 is put

2-1-2 Control Panel

For more information about SAVE MODE, see page 60.

e Processor connector

Connect the SRPC-1 or F23/F35.

Chapter 2 Names and Functions of Parts

f EJECT button

Pressing this button opens the lid of the cassette insertion slot, allowing you to take out the inserted cassette.

g Lock release button (for control panel)

When removing the control panel, use this button.

For more information about using this button, see 3-1-2 “Using the Control Panel Extension Cable” (page 24).

h Top handle

Use to carry the SRW-1 or joined SRW-1/SRPC-1. If you need to remove the top handle from the SRW-1 body, use a coin driver, etc. to loosen the four screws.

1 Menu selection buttons

HOME

VIDEO

AUDIO

SYSTEM

qs Memory Stick slot

2 Display

ANLG

SDI

EMP

L R

IN: --:--:--:--

1080 S59P

(29PsF)

4:2:2

L R

SRW-1

SDI

EMP

-10

-20

-30

-60

EMP

L R

OOOO

TCR

LTC

EMP

L R

PLAY LOCK

INTRPDFEXT-LK KEY

00H00M00S00

12.2V REMAIN CH.COND

18min

A/E

OFF ON

EMP

L R

OFF ON

INHI

RECINHI

LOCAL

21:46

qa EJECT button

3 KEY INHI switch

4 LIGHT switch

5 ADJUST knob

KEY INHI

LIGHT

ADJUST

EJECT STOP PLAY

xZzB

REW F FWD PAUSE

FUNC

mXM

9 Tape transport control buttons

0 FUNC button

6 SELECT/ENTER dial

7 BACK button

8 Control panel

connection cable

SELECT/ENTER

BACK

REC

a Menu selection buttons

Select the menu shown on the display.

HOME button: Displays the HOME screen. The HOME

screen displays audio levels, operating status, warnings, time data, and other information.

2-1 SRW-1

TC button: Displays the TC (timecode) Setup menu (see

page 46). This menu allows you to switch between

LTC and VITC, to switch between DF and NDF, and to display timecode on an external monitor.

VIDEO button: Displays the VIDEO Setup menu (see

page 50). This menu allows you to make settings

2-1-3 Display

00H00M00S00

00H26M02S12

This manual refers to the screen shown below as the HOME screen.

1 Audio level meters

ANA

SDI

-10

-20

-30

-60

EMP

L R

OOOO

TCR

LTC

00H 00M 00S 00F

LTC VITC AU

12.2V

L R

PLAY LOCK

INTRP

REMAIN CH.COND

18min

L R

EXT-LK

EMP

L R

IN: --:--:--:--INDLY:

1080

S59P

(29PsF)

4:2:2

A/E

EMP

L R

*SRW-1

KEY

INHI

LOCAL

PB SAVE

21:46

5 Signal format

6 Channel condition/RF indicator

7 Remaining tape time

8 Battery level/external power supply voltage

A/E

EMP

L R

RECINHI

4 Status

2 Operation status and warnings

When you press the HOME button with the FUNC button held down, the sections 4 to 7 are replaced by the displays shown below by 9 and 0.

SYS : 1080 23.98PsF 4:4:4 SQ

PB : 1080 23.98PsF 4:4:4 SQ

MON : 1080 23.98PsF/525 59.94I

3 Time data

SYS : 1080 S59P(23PsF) 4:2:2

FPS : 8 / 8 FRM(MODE:VTR)

MEM : 21 %

Chapter 2 Names and Functions of Parts

45min

12.8V

9 Signal formats

50min

12.8V

a Audio level meters

Display recording audio levels in recording and E-E mode. Display playback audio levels during playback. The indications in the top row show the audio input signal type. The numbers 1 to 12 at the bottom are the numbers of audio tracks on the tape.

b Operation status and warnings

Display the operation status of the system and warnings. The principal information items are as follows. TCR/TCG/UBR/UBG/CTL: Type of time data being

displayed.

LTC/VITC: When timecode is being displayed, whether

it is LTC or VITC.

INTRP: Indicates that timecode could not be read

accurately, and has been interpolated.

DF/NDF: Whether the system is in DF (drop-frame) or

NDF (non-drop frame) mode.

EXT-LK: Timecode is locked to external timecode. KEY INHI: The KEY INHI switch is set to ON. REC INHI: The cassette is record inhibited. SRW-1: The model name is displayed as follows,

depending on the operating status of the unit.

0 SR Motion

One asterisk (*) before model name: The unit is in

Power Save Mode 1.

Two asterisks (**) before model name: The unit is in

Power Save Mode 2.

SRW-1:CAM: The unit is docked on the F23/F35. SRW-1=CAM: The unit is connected by optical fiber

to the HDC-F950.

1) VITC (Vertical Interval Time Code): Timecode that is inserted on two lines in the vertical blanking interval. This type of timecode can be read even during very slow playback.

For more information about warnings, see “About Warning Messages” (page 106).

c Time data

Displays time data for the current tape position. The type of time data is CTL

(tape running time), timecode, or user bits, as selected with TIMER SEL in the TC Setup menu (see page 46). When Mark In data has been set by the FUNC + REC buttons or SYSTEM >EDIT >IN POINT, it is displayed in the format “IN: xx:xx:xx:xx” beneath the time data for the

2-1 SRW-1

current tape position (right side). When no Mark In data has been set, “IN: --:--:--:--” appears. When one or more of the menu items TC >OTHERS(MAIN) >LTC Delay, TC >OTHERS(MAIN) >VITC Delay and AUDIO>INPUT DELAY are set to something other than “NO Delay”, “IN DLY:” appears under (left side) the time data of the current position and the LTC, VITC, and AU

Chapter 2 Names and Functions of Parts

indicators light according to those item settings of something other than “NO Delay”.

Green bar: Recording signal quality is good. Red bar: Recording signal quality is degraded. If this

continues, head cleaning or internal inspection is needed.

g Remaining tape time

Displays the time remaining on the tape. “TOP” is displayed at the start of the tape, and “END” is displayed at the end. The time display flashes when the tape is within three minutes of the end.

1) CTL signal: This is a control signal consisting of a pulse signal recorded longitudinally on the tape for every frame of video.

d Status

Displays the following status information. Upper row: Displays the setting of REMOTE/LOCAL in

the SYSTEM Setup menu (see page 57). If REMOTE appears, the unit can be controlled from the device connected to the REMOTE IN connector (see page

20).

Middle row: Displays the setting of POWER >MODE

(PB or EE) in the SYSTEM Setup menu (see page 60). When POWER >SAVE MODE is set to “SAVE”, “SAVE” appears on the right side of the MODE setting display.

Lower row: Displays the real time.

e Signal format

Displays the format of recording signals. When the unit is in one of the following modes, an alphabetic character indicating the mode appears before the number of lines.

T: Auto Timer Rec M: Manual Timer Rec C: Cache Rec

When SR Motion is used, “S” appears before the system frequency.

f Channel condition/RF indicator

During playback, the letters “CH.COND” appear and one of the three bars (green, yellow, and red) lights to indicate the playback signal condition.

Green bar: Playback signal quality is good. Yellow bar: Playback signal quality is degraded, but

playback is possible.

Red bar: Playback signal quality is degraded. If this

continues, head cleaning or internal inspection is

needed. During playback with manual tracking control, the “CH.COND” indication in the HOME screen flashes in yellow (see page 73). “CH.COND” flashes during auto tracking operation. During recording, the letters “RF” appear and a green bar or a red bar lights to indicate the recording signal condition. Normally the green bar lights. If a recording problem occurs, the red bar lights.

h Battery level/external power supply voltage

Displays the current power level of the battery pack. When the battery pack is fully charged, all seven segments light up. As the battery pack discharges, the segments go out from left to right. When the battery pack is almost exhausted, the voltage indication and the tally indicator flash, and a warning tone sounds intermittently. When the battery pack is completely exhausted, the tally indicator flashes at a higher rate and the warning tone sounds continuously.

For more information, see “Warning System” (page 109).

When an external power supply is connected, the voltage of the external power supply is shown. However, the input voltage to the DC IN connector is not shown in itself. Rather the voltage actually used by the system is shown (lower than the input voltage).

For more information about the relation between segments and battery voltage, see 3-4-4 “Checking the Power and Voltage” (page 35).

i Signal formats

When you press the HOME button with the FUNC button held down, displays the system, playback, and monitor output signal formats, in that order from the top row. When the unit is in one of the following modes, an alphabetic character indicating the mode appears before the number of lines.

T: Auto Timer Rec M: Manual Timer Rec C: Cache Rec

When SR Motion is used, “S” appears before the system frequency. When you play a tape that was recorded with SR Motion, the FPS value in SR Motion recording is shown in the playback frequency position (see page 81). During LUT conversion for monitor output, “(LUT)” appears after the monitor output display (see page 121).

See Chapter 7 “SR Motion (With HKSR-102 Installed)” (page 78) for more information about the SR Motion function.

2-1 SRW-1

j SR Motion

When the SYSTEM >FORMAT >SELECT FPS menu item is set to “ON” or “VTR” and the signal format is being displayed, pressing both the FUNC and HOME buttons together displays the FPS or FRM on the second line and the memory level on the third line.

See Chapter 7 “SR Motion (With HKSR-102 Installed)” (page 78) for more information about the SR Motion function.

2-1-4 Connector Panel

Chapter 2 Names and Functions of Parts

1 TC IN connector

2 CTRL PANEL connector

3 EARPHONES jack and

LEVEL knob

6 AUDIO INPUT CH-1 and CH-2 connectors and input selection switches

a TC IN (timecode input) connector (BNC type)

Connect to the timecode output connector of an external device such as a timecode generator or VTR. Use this connector when locking the internal timecode generator to external timecode.

b CTRL (control) PANEL connector

Connect the control panel. You can remove the short cable connected when the SRW-1 is shipped from the factory and replace it with the supplied extension cable.

For details, see 3-1-2 “Using the Control Panel Extension Cable” (page 24).

4 TC OUT connector

5 POWER ON/OFF switch

c EARPHONES jack (stereo minijack) and LEVEL

knob

Use this connector to attach earphones or stereo headphones equipped with a stereo miniplug, for use in monitoring audio during recording and playback. Adjust the audio level with the LEVEL knob. A warning tone is output to the earphones/headphones when a warning is lit on the control panel display.

d TC OUT (timecode output) connector (BNC type)

Connect to the timecode input connector of an external device such as a timecode reader or VTR.

2-1 SRW-1

The timecode output is determined by the setting of OTHERS (MAIN) >TC OUT in the TC Setup menu as follows. TCG (timecode generator): Timecode generated by the

timecode generator is output, delayed by 1 frame.

(This maintains synchronization with the output

video). AUTO: During recording (including E-E mode), timecode

Chapter 2 Names and Functions of Parts

generated by the timecode generator is output, delayed

by 1 frame. (This maintains synchronization with the

output video).

During playback, the LTC signal read from the tape is

output. THRU: Timecode input to the TC IN connector is through

output. TCG (No Delay): Timecode generated by the timecode

generator is output, with no delay. (The timecode is

out of synchronization with the output video, being 1

frame in advance of the video.) Select this setting

when you want to synchronize other devices, using the

timecode generator of this unit as the master.

e POWER ON/OFF switch

When the SRPC-1 power is on, push this switch up to the ON side to power the SRW-1 on. To power the SRW-1 off, push the switch down to the OFF side. Normally leave this switch on the ON side since the SRW1 is powered on and off automatically by the SRPC-1 POWER ON/OFF switch.

f AUDIO INPUT CH-1 and CH-2 (analog audio

input channels 1 and 2) connectors (XLR 3-pin,

female) and input selection switches

These connectors allow up to four channels of analog audio signals to be input from microphones and other external audio devices. Set the input selection switches as follows, depending on the type and level of the input audio.

LINE: For line input MIC: For microphone input +48V ON: For input from microphones with external

power supply

2-1 SRW-1

2-2 SRPC-1

1 Recorder connector

2 Lock lever

3 Release knob

Chapter 2 Names and Functions of Parts

w; CAMERA connector

(When optional HKSR101 installed)

wa POWER indicator

ws Info indicator

4 Battery attachment

section

5 AUDIO INPUT CH-3 and

CH-4 connectors and input selection switches

6 MONITOR OUT L and R

connectors

7 AES/EBU INPUT CH7/8 and CH9/10

connectors

8 AES/EBU OUTPUT CH1-12 connector

a Recorder connector

Connect the SRW-1 HD Portable Digital Recorder.

b Lock lever

After joining the SRW-1 and SRPC-1, rotate this lever to lock the joint.

9 Assist lever

0 EARPHONES jack and

LEVEL knob

qa HD SDI OUT A and B

connectors

qs HD SDI IN A and B connectors

qd MONITOR OUT HD SDI

and SD SDI connectors

qf REF IN HD and SD connectors

qg POWER ON/OFF switch

qh REMOTE IN connector

qj CAMERA REMOTE IN

connector

qk EXT DC SELECT switch

ql DC IN connector

d Battery attachment section

Attach a BP-GL95 Battery Pack or AC-DN10/DN2B AC Adaptor.

For details, see 3-4 “Power Supply Preparations” (page

34).

c Release knob

When separating the joined SRW-1 and SRPC-1, rotate the assist lever while pulling out this knob.

Note

Once you have joined the SRW-1 and SRPC-1, do not pull out the release knob except when you want to detach the SRW-1 from the SRPC-1 because doing so results in separation of these units.

e AUDIO INPUT CH-3 and CH-4 (analog audio

input channels 3 and 4) connectors (XLR 3-pin, female) and input selection switches

These connectors allow up to four channels of analog audio signals to be input. Set the input selection switches as follows, depending on the type and level of the input audio.

LINE: For line input MIC: For microphone input +48V ON: For input from microphones with external

power supply

2-2 SRPC-1

f MONITOR OUT (audio monitor output) L and R

connectors (XLR 3-pin, male)

Output audio monitor signals.

g AES/EBU INPUT CH7/8 and CH9/10 (digital

audio input channels 7/8 and 9/10) connectors

(BNC type)

These connectors allow up to four channels of AES/EBU

Chapter 2 Names and Functions of Parts

format digital audio signals to be input.

Note

The AES/EBU signals must be locked to the video signal.

h AES/EBU OUTPUT CH1-12 (digital audio output

channels 1 to 12) connector (D-sub 15-pin)

Outputs up to 12 channels of AES/EBU format digital audio signals.

This connector is specially designed for this system. For details, refer to the Maintenance Manual Volume 1.

i Assist lever

Use this lever when joining or separating the SRW-1 and SRPC-1.

For more information on output signals, see “Relation between recording and playback signals and output signals to video monitors” (page 63) in 5-1-1 “Selecting the System Signal Format”.

VTR operating status and timecode can be superimposed on the output (see the CHAR(MON) item in the TC Setup menu (page 48)).

n REF IN (reference signal input) HD and SD

connectors (BNC type)

Input a reference video signal with the correct frame frequency. HD connector: As an HD reference video signal, input a

tri-level bipolar sync signal.

SD connector: As an SD reference video signal, input a

video signal with a chroma burst signal (VBS) or black

and white video signal (VS). When carrying out recording, set REFERENCE >MODE in the SYSTEM Setup menu to “Input” so that the system is synchronized with the input video signal. To record the input video signal in synchronization with an HD reference video signal, input an HD reference video signal of the same phase as the input video signal.

j EARPHONES jack (stereo minijack) and LEVEL

knob

k HD SDI OUT A and B connectors (BNC type)

Output HD SDI video and audio signals. When the signal format has 720 lines or 1080 lines/30 or fewer frames, the signals are output from the “A” connector.

l HD SDI IN A and B connectors (BNC type)

Input HD SDI video and audio signals. When the signal format has 720 lines or 1080 lines/30 or fewer frames, input the signals to the “A” connector.

m MONITOR OUT (video monitor output) HD SDI

and SD SDI connectors (BNC type)

Output SDI video and audio signals for monitoring. HD SDI connector: Outputs HD SDI video and audio

signals for monitoring. The PD(MON) item in the VIDEO Setup menu (see page 50) allows you to select whether pull-down conversion of this output is performed or not.

SD SDI connector: Outputs SD SDI video and audio

signals for monitoring. Regardless of signal format settings, these connectors always output signals in 4:2:2 format.

Note

If you are not using SR Motion, the field frequency of the input reference video signal must correspond to the system frame frequency set with FORMAT >FRAME in the SYSTEM Setup menu. If you are using SR Motion, refer to the table on page 82 and input the reference video signal indicated there.

o POWER ON/OFF switch

Powers the SRPC-1 on when pushed up to the ON side. To power the SRPC-1 off, push the switch down to the OFF side. When the SRW-1 is joined to the SRPC-1, this switch powers both the SRW-1 and SRPC-1 on and off.

p REMOTE IN (remote control input) connector (9-

pin, female)

To use this unit as a playback-side VTR to perform editing in combination with another HD VTR (e.g. SRW-5500, etc.) and an editor such as a BVE-700/9100, use a 9-pin remote control cable (optional) to connect this unit to the controlling device.

Note

To control this unit from the device connected to this connector, set REMOTE/LOCAL in the SYSTEM Setup menu (see page 57) to RMT.

2-2 SRPC-1

q CAMERA REMOTE IN (remote control input)

connector (8-pin)

When the optional HKSR-101 Optical Interface Unit is installed, you can connect an RM-B750/B150 Remote Control Unit to this connector.

r EXT DC SELECT (external power selection)

switch

Select the operating mode when an external power supply is connected. AUTO: Normally use the external power supply

connected to the DC IN connector, but when its voltage declines, automatically switch to the power supply attached to the battery attachment section.

EXT (external): Always use only the external power

supply connected to the DC IN connector.

s DC IN connector (XLR 4-pin, male)

When using the optional AC-DN2B/DN10 AC Adaptor to connect to an AC power source, connect the DC power cord of the adaptor to this connector. Use only the DC power cord supplied with the AC adapter.

t CAMERA connector (optical-fiber connector)

(when HKSR-101 installed)

Connect the F23/F35 Digital Cinema Camera by FC2PD50/PD250 Optical-Fiber Cable (optional). A single optical-fiber cable can send and receive audio and control signals multiplexed into video signals.

Chapter 2 Names and Functions of Parts

Refer to the HKSR-101 Installation Manual for information about installing the HKSR-101.

Notes

• Power cannot be supplied from this unit to a camera over optical-fiber cable.

• Communications errors can occur if dust accumulates on the surface of the connector of the optical-fiber cable. Always clean the CAMERA connector before use. Whenever the CAMERA connector is not in use, always cover it with the cap supplied with the HKSR-101.

Refer to the HKSR-101 Installation Manual for information about cleaning the optical-fiber connector.

u POWER (power supply) indicator

Lights in green when the SRPC-1 is powered on. Flashes when the SRW-1 is put into power save mode by the setting of SAVE MODE in the SYSTEM Setup menu to “SAVE”.

For more information about SAVE MODE, see page 60.

v Info (information) indicator

Normally not used.

2-2 SRPC-1

Preparations

3-1 Assembly

3-1-1 Joining the SRW-1 and SRPC-1

When using the optional HKSR-101 Optical Interface Unit, refer to the HKSR-101 Installation Manual.

To mount the SRW-1 on the SRPC-1, proceed as follows.

Place the SRPC-1 on a flat, stable surface of a bench, table or the like.

Rotate the lock lever counterclockwise (see the figure for step 3) until it is almost horizontal.

Chapter

Note

If the top handle is detached from the SRW-1, grasp the side handle with one hand and mount the SRW-1 while supporting it with your other hand.

Move the assist lever to the unlock position (rotate it in the direction of the arrow as far as it will go).

Lock lever

Assist lever

Grasp the top handle of the SRW-1, align the mark on the SRW-1 with the v mark on the SRPC-1 (see “To release” in the following figure), and then place the SRW-1 on the top of the SRPC-1.

To release

To lock

SRW-1 side

SRPC-1 side

SRW-1 side

SRPC-1 side

3-1 Assembly

Rotate the assist lever back to its original (lock) position to align the LOCK V mark on the SRW-1 with the v mark on the SRPC-1. (See “To lock” in the

previous figure.)

When you do this, check to be sure that the release knob (see the following figure) is all the way in.

This part is visible.

Release knob is not all the way in.

Next, by attempting to rotate the assist lever again to the lock position, check to be sure that now the assist lever will not go beyond half the way and that the SRW-1 keeps joined to the SRPC-1.

Caution

The SRW-1 and SRPC-1 are not properly joined unless the release knob is all the way in. They may come apart, or the SRW-1 may fall off.

Rotate the lock lever on the side panel of the SRPC-1 in the direction of the arrow to lock the joint between the SRPC-1 and SRW-1.

Release knob is all the way in.

Assist lever holding bracket

Screws (× 2)

To detach the SRW-1 from the SRPC-1

Place the joined SRPC-1 and SRW-1 on a flat, stable surface of a bench, table or the like.

Unscrew the assist lever holding bracket from the body of the SRW-1.

Rotate the lock lever on the side panel of the SRPC-1 in the direction of the arrow to unlock the joint between the SRPC-1 and SRW-1.

Lock lever

Chapter 3 Preparations

Lock lever

Remove the two screws from the holes on the SRW-1, and use these two screws to mount the supplied assist lever holding bracket on the SRW-1.

While pulling out the release knob on the side panel of the SRPC-1, rotate the assist lever in the direction of arrow and then slide the SRW-1.

The mark on the SRW-1 is aligned with the v mark on the SRPC-1. (See “To release” in the figure on

page 22.)

3-1 Assembly

Lock release button (for control panel)

Remove cable

Chapter 3 Preparations

Lift the SRW-1 off the SRPC-1.

Move the assist lever to the lock position.

3-1-2 Using the Control Panel

Extension Cable

When they are shipped from the factory, the control panel and SRW-1 are connected by a short cable. You can replace this cable with the supplied extension cable, which allows you to use the control panel apart from the SRW-1. Proceed as follows.

Release knob

Assist lever

Remove the cable from the control panel and replace it with the extension cable.

Connect the extension cable to the CTRL PANEL connector on the SRW-1.

Disconnect the short cable from the CTRL PANEL connector on the SRW-1. (See the following figure.)

While pressing the lock release button next to the control panel, slide the control panel in the direction of the arrow in the figure to separate the control panel from the SRW-1 body.

3-1 Assembly

To secure the extension cable with the cable clamp

You can attach the cable clamp supplied with the SRW-1 to secure part of the extension cable. Proceed as follows.

Remove the two screws from the SRW-1. (See following figure.)

Attach the supplied cable clamp to the SRW-1 using the screws removed in step 1.

Groove A

Cable clamp

Screws

Gently pull the part of the cable closest to the control

Groove B

panel in the direction of the arrow so that there is almost no slack, then fix the cable in groove A and groove B. (See figure in step 2.)

While avoiding the cassette insertion slot, fix the slack part of the rest of the cable in the clamp.

Chapter 3 Preparations

Cassette insertion slot

Clamp

3-1 Assembly

3-2 Connections

This section explains how to make connections for recording and playback.

3-2-1 Connections for Recording

The following figures show connections between this unit and a camera or camcorder.

Chapter 3 Preparations

About monitor connections, see the figures in 3-2-2 “Connections for Playback” (page 28).

To connect the HDW-F900R to record 4:2:2 signals

HD SDI OUT

HDW-F900R HD multi-format camcorder

HD SDI IN A

To connect the HDC1500 to record RGB 4:4:4 or 4:2:2 50P/59P signals

SRW-1 + SRPC-1

3-2 Connections

HDC1500 multi-format camera system

LINK A/B OUT HD SDI IN A

HD SDI IN B

SRW-1 + SRPC-1

To record the output of 2 camera systems as 4:2:2 DUAL STREAM

Reference signals

GENLOCK IN

LINK A OUT

HDC1500 multi-format camera system

GENLOCK IN

HD SDI OUT

HDW-F900R HD multi-format camcorder

To record 4:2:2 or 4:4:4 signals using optical-fiber cable

HD SDI IN A

HD SDI IN B

SRW-1 + SRPC-1

Note

Synchronize the two cameras.

Chapter 3 Preparations

CCU CAMERA

FC2-PD50/PD250 Optical-Fiber Cable (optional)

F23/F35 Digital Cinematography Camera (with CA-F101 Optical Fiber Camera Adapter)

Note

Set VIDEO I/O >VA INPUT in the VIDEO Setup menu to CAM(Optical). Further, set CAM TYPE to F950 or STD, depending on the type of camera system you are using.

SRW-1 + SRPC-1 + HKSR-101 (optional)

3-2 Connections

To record 4:2:2 or RGB 4:4:4 signals in combination with the F23 or F35 (in docked operation)

The available signal formats vary depending on the camera with which this unit is combined.

“List of Camera Combinations and Available Functions” (page 119).

SRW-1

Chapter 3 Preparations

For details, see

HKSR-102 (optional) + HKSR-103 (optional)

To connect an SD monitor

SD monitor

SD video input

SDI (D1)

MONITOR OUT SD SDI

SRW-1 + SRPC-1

F23/F35

3-2-2 Connections for Playback

To connect an HD monitor

HD monitor

HD video input

HD SDI

MONITOR OUT HD SDI

SRW-1 + SRPC-1

To connect an HD monitor supporting RGB 4:4:4 or 1080 50P/60P (Dual Link)

BVM-F24 HD monitor

LINK A IN LINK B IN

HD SDI OUT A

HD SDI OUT B

SRW-1 + SRPC-1

3-2 Connections

To use as player for editing

SRW-1 + SRPC-1

HD SDI OUT A

HD SDI OUT B

Chapter 3 Preparations

REMOTE IN

SRW-5000/5500

REMOTE 1-I/O(9P)

a) Illustration: SRW-5000

HD SDI INPUT B

HD SDI INPUT A

HD SDI OUTPUT A

HD SDI OUTPUT B

HD video input

HD SDI (LINK B IN)

HD monitor

HD SDI (LINK A IN)

3-2 Connections

3-3 About Reference Sync Signals

This section explains how to select reference signals for video output signals.

3-3-1 Reference Signals for Video Output Signals

The video signals output from this system are synchronized as shown below, depending on the operating

Chapter 3 Preparations

state of the system, SYSTEM Setup menu settings (see page 54), and input signals.

Start

SYSTEM Setup > REFERENCE > MODE setting?

External

SYSTEM Setup > REFERENCE > EXTERNAL setting?

Input

HD&SDSD

Signals input to HD SDI IN A/B connectors?

Sync to signals input to HD SDI IN A/B connectors

Yes

Signals with correct frequency input to REF IN SD connector?

Sync to reference video signals input to REF IN SD connector

Yes

Signals with correct frequency input to REF IN HD connector?

Sync to reference video signals input to REF IN HD connector

No external sync (internal sync)

Yes

Signals with correct frequency input to REF IN HD and SD connectors?

Sync to reference video signals input to REF IN HD and SD connectors

Yes

3-3 About Reference Sync Signals

+ 98 hidden pages

Sony SRW-1, SRPC-1, HKSR-102, HKSR-103, HKSR-101 Operation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Table of Contents

1-1 Features

1-2 System Configuration

2-1 SRW-1

2-1-1 Principal Sections

2-1-2 Control Panel

2-1-3 Display

2-1-4 Connector Panel

2-2 SRPC-1

3-1 Assembly

3-1-1 Joining the SRW-1 and SRPC-1

3-2 Connections

3-2-1 Connections for Recording

3-2-2 Connections for Playback

3-3 About Reference Sync Signals

3-3-1 Reference Signals for Video Output Signals