Sony CCP-8000, MVE-8000, MVS-8300, DCU-8000, MVS-8400 System Setup Manual

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Page 1

MULTI FORMAT SWITCHER SYSTEM

MVS-8000 System

SWITCHER PROCESSOR PACK

MVS-8400/8300/8200

DME PROCESSOR PACK

MVE-8000

DEVICE CONTROL UNIT PACK

DCU-8000

CENTER CONTROL PANEL PACK

CCP-8000

SYSTEM SETUP MANUAL 1st Edition

Page 2

! WARNING

This manual is intended for qualified service personnel only. To reduce the risk of electric shock, fire or injury, do not perform any servicing other than that contained in the operating instructions unless you are qualified to do so. Refer all servicing to qualified service personnel.

! WARNUNG

Die Anleitung ist nur für qualifiziertes Fachpersonal bestimmt. Alle Wartungsarbeiten dürfen nur von qualifiziertem Fachpersonal ausgeführt werden. Um die Gefahr eines elektrischen Schlages, Feuergefahr und Verletzungen zu vermeiden, sind bei Wartungsarbeiten strikt die Angaben in der Anleitung zu befolgen. Andere als die angegeben Wartungsarbeiten dürfen nur von Personen ausgeführt werden, die eine spezielle Befähigung dazu besitzen.

! AVERTISSEMENT

Ce manual est destiné uniquement aux personnes compétentes en charge de l'entretien. Afin de réduire les risques de décharge électrique, d'incendie ou de blessure n'effectuer que les réparations indiquées dans le mode d'emploi à moins d'être qualifié pour en effectuer d'autres. Pour toute réparation faire appel à une personne compétente uniquement.

MVS-8000 System

SYSTEM SETUP

Page 3

1. System Overview

1-1. Introduction .................................................................................................1-1

1-2. Features ....................................................................................................... 1-1

1-3. System Description .....................................................................................1-2

1-3-1. MVS-8000 .................................................................................. 1-3

1-3-2. MVE-8000..................................................................................1-9

1-3-3. CCP-8000 .................................................................................1-13

1-3-4. DCU-8000 ................................................................................1-21

1-4. MVS-8000 System Example.....................................................................1-24

1-5. Functional Overview .................................................................................1-25

1-5-1. Video Signal Flow....................................................................1-25

2. Installation

2-1. Installation Tasks ........................................................................................2-1

2-2. MVS-8000 Installation................................................................................2-2

2-2-1. Rack Mounting ........................................................................... 2-2

2-3. MVE-8000 Installation................................................................................2-4

2-3-1. Rack Mounting ........................................................................... 2-4

2-4. CCP-8000 Installation .................................................................................2-6

2-4-1. Installation Space .......................................................................2-6

2-4-2. Installing the Main Panel ........................................................... 2-8

2-4-3. Installing the AUX Panel ...........................................................2-9

2-4-4. Installing the Menu Panel...........................................................2-9

2-4-5. Rack Mounting ......................................................................... 2-10

2-5. DCU-8000 Installation ..............................................................................2-13

2-5-1. Rack Mounting ......................................................................... 2-13

2-6. MVS-8000 System Video Cabling............................................................2-15

2-7. MVS-8000 System Control Cabling .........................................................2-16

2-7-1. Cabling ..................................................................................... 2-16

2-7-2. LAN Requirements ..................................................................2-18

2-8. CCP-8000 Panel Cabling ..........................................................................2-19

2-8-1. Connecting the MKS-8075/MKS-8076 ...................................2-22

MVS-8000 System SYSTEM SETUP

Page 4

3. Configuration

3-1. Introduction .................................................................................................3-1

3-2. Basic Configuration Steps...........................................................................3-1

3-3. IP Address ...................................................................................................3-2

3-3-1. Default IP Address ..................................................................... 3-3

3-3-2. Changing IP Address..................................................................3-4

3-4. Ethernet Switch Settings ............................................................................. 3-5

3-5. Software Installation ...................................................................................3-9

3-6. Engineering Setups......................................................................................3-9

3-7. Tally Setup ................................................................................................ 3-10

3-7-1. Setting Router...........................................................................3-12

3-7-2. Setting Group Tally ..................................................................3-24

3-7-3. Setting Wiring .......................................................................... 3-26

3-7-4. Setting Tally Enable .................................................................3-29

3-7-5. Setting Tally Copy ...................................................................3-32

3-7-6. Setting Parallel Tally ................................................................ 3-35

3-7-7. Setting Serial Tally................................................................... 3-37

3-8. Pin Output .................................................................................................3-41

3-8-1. MVS-8000 ................................................................................ 3-41

3-8-2. MVE-8000................................................................................3-43

3-8-3. CCP-8000 .................................................................................3-44

3-8-4. DCU-8000 ................................................................................3-46

4. Specifications

4-1. MVS-8000...................................................................................................4-1

4-2. MVE-8000...................................................................................................4-9

4-3. DCU-8000 .................................................................................................4-11

4-4. CCP-8000 .................................................................................................. 4-13

MVS-8000 System

SYSTEM SETUP

Page 5

Section 1

System Overview

1-1. Introduction

The MVS-8000 system has integrated a wide variety of new features including SDTV and HDTV television signal capability, advanced networking and layout-free control panels. The MVS-8000 system includes SD/HD simulcast, multiple frame rates and resolutions, multi-channel casting and even broadcast equipment sharing, to name just a few. The MVS-8000 system is completely ready for smooth integration into current systems, offering the added quality, reliability and features, needed for the live/post production environment.

The MVS series can be flexibly expanded as a user’s needs grow simply installing the appropriate options to the basic system.

1-2. Features

Flexible configurations

Item Expandable number Expansion basis

M/E configuration 2 M/E Per M/E

3 M/E 4 M/E

Inputs SD: up to 80 inputs Per 17 inputs

HD: up to 68 inputs

Outputs 56 assignable outputs Per 8 outputs

DME Channel 1 to 8 CH Per 1 CH

(including 8 monitor outputs)

(4 CH in one chassis)

SD/HD capability

High definition Standard definition

1080i/60/59.94/50 480i/59.94 1080PsF/30/29.97/25/24/23.976 576i/50 720p/59.94 (future)

MVS-8000 System SYSTEM SETUP

1-1

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1-3. System Description

The MVS-8000 System consists of Switcher Processor Pack (MVS-8400/8300/8200), DME Processor Pack (MVE-8000), Center Control Panel Pack (CCP-8000) and Device Control Unit Pack (DCU-8000).

MVS-8400/8300/8200

CCP-8000

DCU-8000

MVE-8000

MKS-8010

POWER A

AUX PANEL

SYSTEM CONTROL UNIT MKS-8010

MENU PANEL

MIAN PANEL

1-2

MVS-8000 System

SYSTEM SETUP

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1-3-1. MVS-8000

The MVS-8000 is a 16 rack unit chassis which can be mounted in the standard 483 mm (19 inch) rack.

External dimensions of MVS-8000

1-3. System Description

482 465 440

577.9 708(16U)

400.1

177.8

MVS-8000 System SYSTEM SETUP

375

65.1

61 380

520

Unit : mm

1-3

Page 8

1-3. System Description

The MVS-8000 has a built-in cooling system consisting of eighteen fans in total fan mounted on the rear and both sides of the frame, and an air filter on the rear of the front panel. Cooling air is drawn in at the front side of the frame, through the filter, boards, and modules, and then expelled out the rear and both sides of the frame at the fan unit. If dust is accumulated at the intake of the fan or the cables doesn't keep off over 10 cm from the fans, air is prevented from flowing smoothly that result in rise of temperature inside the machine. It may result in adverse effects on performance and life of the machine.

MVS-8000 Multi Format Switcher Processor

Fans

Fans

1-4

MVS-8000 System

SYSTEM SETUP

Page 9

The MVS-8000 has the slots for plug-in boards in its front and rear. It contains of 32 slots in total for standard/option boards.

The MVS-8000 is shown below with the front panel removed. The front panel must remain in place and closed during normal system operation to keep maximum cooling efficiency.

MVS-8000 Multi Format Switcher Processor

Slots on the front side

1 2 3

1-3. System Description

MVS-8000 System SYSTEM SETUP

1-5

Page 10

1-3. System Description

Power, control, and video connectors are at the rear chassis of MVS-8000. The illustration below shows a full loaded rear board. Some of the modules shown below are optional and may not be included in your system configuration.

MVS-8000 Multi Format Switcher Processor

REF INPUT connectors

REF OUTPUT connectors

EXT connector

DATA connector CTRL connector

DME 1A, 1B, 2A, 2B connectors

PRIMARY INPUTS 1 to 68 connectors

OUTPUTS 1 to 48 connectors

MONITOR OUTPUTS

49 to 56 connectors

PRIMARY INPUTS

69 to 80 connectors

GPI connector TERMINAL connector

REMOTE 1 to 4 connectors

AC IN A, B, C, and D connectors

terminal

1-6

MVS-8000 System

SYSTEM SETUP

Page 11

MVS-8000 options

The following lists the plug-in boards that may be purchased as options.

MVS-8000 option configuration

Front side

Option name Board name Slot No. Descriptions

MKS-8210HD/SD DO-41/DO-42 3, 7, 12, 16 Mix/Effect Board Set

MIX-45 4, 8, 13, 17 M/E1: Slot 12 to 15 KPC-16 5, 9, 14, 18 M/E2: Slot 7 to 10 DI-40/DI-41 6, 10, 15, 19 M/E3: Slot 3 to 6

M/E4: Slot 16 to 19 MKS-8170HD/SD DIF-119/DIF-122 11 DME I/F Board MKS-8160HD/SD OUT-23/OUT-24 24 to 29 8 Outputs Board

1 to 8 output: Slot 24

9 to 16 output: Slot 25

17 to 24 output: Slot 26

25 to 32 output: Slot 27

33 to 40 output: Slot 28

41 to 48 output: Slot 29 MKS-8440HD/SD DIO-62/DIO-63 31 Frame Memory Board Set

MY-102 32

1-3. System Description

Rear side

Option name Board name Printed characters Description

MKS-8110HD/SD CNI-9/CNI-10 IN 1 to 17 17 Inputs Board

MKS-8160HD/SD CNO-11/CNO-17B 8 Outputs Board

MKS-8161HD/SD CNO-12/CNO-17A OUT 49 to 56 8 Monitor Outputs Board MKS-8111SD CNI-17 IN 69 to 80 12 Additional Input Board

IN 18 to 34 IN 35 to 51 IN 52 to 68

nsert a real board into the slot that corresponds

to the slot in the front.

MVS-8000 System SYSTEM SETUP

1-7

Page 12

1-3. System Description

Power supply unit

The MVS-8000 Power Supply Units are supplied with MVS-8000 processor. Three power supply units are required to run the MVS-8000 system. An optional fourth unit is added to provide redundant power. With fourth unit mounted, one unit can fail without causing system failure. It is recommended that each unit’s AC input be connected to the AC supply circuit of a separated power source system. Any unit (s) for which a separate power source system is not available, is (are) recommended to be connected to a UPS (Uninterruptible Power Supply).

Option

Option name Description

HK-PSU04 Power Supply Unit

The power cord is not supplied with the MVS-8000. It is necessary that the power cord should be applicable to places in the area.

Power cord

Area Specification Length Part No.

Japan 125 V 10 A 2.5 m 1-776-997-11

*3P - 2P (adaptor) *1-750-686-11 USA/Canada 125 V 10 A 2.4 m 1-557-377-11 All Europian countries 250 V 10 A 2.4 m 1-782-929-21

1-8

MVS-8000 System

SYSTEM SETUP

Page 13

1-3. System Description

1-3-2. MVE-8000

MKS-8800 (Mutlti Format DME Processor) is a 5 rack unit chassis which can be mounted in the standard 483 mm (19 inch) rack.

External dimensions of MKS-8800

14.5

115.5115.5144.5

482 465 440

146.2 37.4 221 (5U)

520

35 27

38061

206

MVS-8000 System SYSTEM SETUP

375

17.5

Unit : mm

1-9

Page 14

1-3. System Description

The MVE-8000 has a built-in cooling system consisting of four fans in total mounted on the rear and right side of the frame, and an air filter on the rear of the front panel. Cooling air is drawn in at the front side of the frame, through the filter, boards, and modules, and then expelled out the rear and right side of the frame at the fan unit. If dust is accumulated at the intake of the fan or the cables doesn't keep off over 10 cm from the fans, air is prevented from flowing smoothly that result in rise of temperature inside the machine. It may result in adverse effects on performance and life of the machine.

MVE-8000 DME Processor Pack

Fans

The MVE-8000 has the slots for plug-in boards in its front and rear. It contains of 6 slots in total for standard/option boards.

The MVE-8000 is shown below with the front panel removed. The front panel must remain in place and closed during normal system operation to keep maximum cooling efficiency.

MVE-8000 DME Processor Pack

Slots on the front side

1 2

5 6

1-10

MVS-8000 System

SYSTEM SETUP

Page 15

Power, control, and video connections are at the rear of MVE-8000. The illustration below shows a full loaded rear board. Some of the modules shown below are optional and may not be included in your system configuration.

1-3. System Description

MVE-8000 DME Processor Pack

REF INPUT connectors

SWITCHER A and B connectors

terminal

GPI connector

EDITOR connector

CTRL connector

DATA connector

AC IN connector

MVS-8000 System SYSTEM SETUP

1-11

Page 16

1-3. System Description

MVE-8000 options

The following lists the plug-in boards that may be purchased as options.

MVE-8000 option configuration

Front side

Option name Board name Slot No. Descriptions

MKS-8810M DVP-21 1 to 2, 4 to 5 Basic Effect Board (MKS-8830M) (VSE-39: daughter board) CH1: Slot 1

CH2: Slot 2 CH3: Slot 4 CH4: Slot 5

MKS-8820M VIF-26 3 Input/Output Board

Rear side

Option name Board name Slot No. Descriptions

MKS-8820M CN-2153 _ Input/Output Board

Insert a real board into the slot that corresponds to the slot in the front.

Power supply unit

The MVE-8000 Power Supply Unit is supplied with MVE-8000 processor. One power supply unit is required to run the system.

The power cord is not supplied with the MVE-8000. It is necessary that the power cord should be applicable to places in the area.

Power cord

Area Specification Length Part No.

Japan 125 V 10 A 2.5 m 1-776-997-11

USA/Canada 125 V 10 A 2.4 m 1-557-377-11 All Europian countries 250 V 10 A 2.4 m 1-782-929-21

*3P - 2P (adaptor) *1-750-686-11

1-12

MVS-8000 System

SYSTEM SETUP

Page 17

1-3-3. CCP-8000

The modular design of MVS-8000 system control panel provides flexibility for locating the desired module in their preferred area of each M/E base plate. M/E base plates are offered in the three types of 16, 24 and 32 button style, while M/E bank are available in 2 M/E, 3 M/E, and 4M/E configuration. It also have some module of DME control, Key Frame Control, Memory Card/USB, Flexi Pad and etc. The CCP-8000 consists of System Control Unit (MKS-8010), Menu Panel (MKS-8011), and Main Panel. System Control unit (MKS-8010) is a 3 rack unit chassis, which can be mounted in the standard 483 mm (19 inch) rack.

CCP-8000

MKS-8010

SYSTEM CONTROL UNIT MKS-8010

POWER A

MENU PANEL

AUX PANEL

1-3. System Description

CCP-8000 IM

MIAN PANEL

Main panel

The main panel, comprised of various types of operation modules, provides the operating controls of the system. It can be fleely laid out, with variable numbers of M/E banks (2 to 4) and cross-point buttons (16, 24 or 32) and variable layout of the AUX bus module. Operation modules can be mounted in the MKS8075 Extension Adaptor and MKS-8076 Memory Card/USB Adaptor for installation apart from the main panel. The AUX bus module can also be removed from the main panel and used as an AUX panel.

Menu panel (MKS-8011)

The menu panel provides a GUI interface for operating the menus.

MVS-8000 System SYSTEM SETUP

1-13

Page 18

1-3. System Description

System control unit (MKS-8010)

The system control unit provides control functions for the center control panel as a whole. It also supplies power to the various panels

Shows the modules for CCP-8000.

Model Name Description

MKS-8013 32 AUX Bus Module MKS-8014 24 AUX Bus Module MKS-8015 16 AUX Bus Module MKS-8017 32 XPT Module MKS-8018 24 XPT Module MKS-8019 16 XPT Module MKS-8020 Standard Transition Module MKS-8021 Simple Transition Right Module MKS-8022 Simple Transition Left Module MKS-8023 Compact Key Transition Module MKS-8024 Flexi Pad Module MKS-8025 Memory Card/USB Module MKS-8026 10 Key Pad Module MKS-8030 Key Frame Module MKS-8031TB Track Ball Module MKS-8032 DSK Fader Module MKS-8034FB FTB Module MKS-8035 Key Control Module MKS-8031JS Joy Stick Module MKS-8033 Utility/Shotbox Module

Main panel

Main Panel installation requires careful attention to the console support structure and the console cutout dimensions necessary to accommodate the mounting flanges located on the front and sides of the tub.

Menu panel (MKS-8011)

The Menu Panel includes a touch screen display, buttons for accessing menus, and knobs for adjusting parameter values.

The Main Panel weighs approximately 16 to 30 kg (depending on the configuration). Prior to installation, ensure that your console is structurally capable of supporting the Main Panel.

The Main Panel was designed to be flush mounted in a console, but it may also be surface mounted to be protruded above the surface of the console.

1-14

MVS-8000 System

SYSTEM SETUP

Page 19

External dimensions of MKS-8010

1-3. System Description

POWER A

POWER B

520

440 132.4

SYSTEM CONTROL UNIT MKS-8010

38061

ø26

17.5

MVS-8000 System SYSTEM SETUP

375

482

Unit : mm

1-15

Page 20

1-3. System Description

External dimensions of main panel/AUX panel/menu panel MKS-8011

424

213

220

160

132

528

1444

69.569.5

1304

1407

1-16

782

652

49 59.7

4873

9.5

300

104

Unit : mm

MVS-8000 System

SYSTEM SETUP

Page 21

External dimensions of extension adaptor MKS-8075/memory card/USB adaptor MKS-8076

263

396

1-3. System Description

MVS-8000 System SYSTEM SETUP

Unit : mm

1-17

Page 22

1-3. System Description

The MKS-8010 has a built-in cooling system consisting of a fan mounted on the both sides of the frame, and an air filter on the rear of the front panel. Cooling air is drawn in at the front side of the frame, through the filter, boards, and modules, and then expelled out the both sides of the frame at the fan unit. If dust is accumulated at the intake of the fan or the cables doesn’t keep over 10 cm from the fans, air is prevented from flowing smoothly that result in rise of temperature inside the machine. It may result in adverse effects on performance and life of the machine if used in such an environment.

MKS-8010 System Control Unit

Fans

1-18

MVS-8000 System

SYSTEM SETUP

Page 23

Power, control, and video connectors are at the rear of system control unit (MKS-8010), the main panel and menu panel (MKS-8011). The illustration below shows a full loaded rear board.

1-3. System Description

MKS-8010

REMOTE connector

MENU PANEL connector

Menu Panel

REF IN connector

EXT PANEL1

MENU PANEL MAIN PANEL

EXT DISPLAY EDITOR PANEL

EXT DISPLAY connector

EXT PANLE1 to 3 connector

EXT PANEL2

CTRL

PERIPH

DATA DEVICE

CTRL connector

MAIN PANEL connector

DATA connector

DEVICE connector

GPI connector

receptacle

LTC IN connector

AC IN A, B

EXT PANEL3

GPIREF IN REMOTE

LTC IN

AC IN

PERIPH connector terminal

EDITOR PANLE connector

Main Panel

SCU connector

HOSTDEVICE

HOST connector

DEVICE connector

SCU

SCU connector

MVS-8000 System SYSTEM SETUP

1-19

Page 24

1-3. System Description

Power supply unit

The CCP-8000 Power Supply Units is supplied with System Control Unit (MKS-8010). A power supply units is required to run the system. An optional second unit is added to provide redundant power. With second unit mounted, one unit can fail without causing system failure. It is recommended that each unit’s AC input be connected to the AC supply circuit of a separated power source system. Any unit (s) for which a separate power source system is not available, is (are) recommended to be connected to a UPS (Uninterruptible Power Supply).

Option

Option name Description

HK-PSU03 Backup Power Supply Unit

The power cord is not supplied with the CCP-8000. It is necessary that the power cord should be applicable to places in the area.

Power cord

Area Specification Length Part No.

Japan 125 V 10 A 2.5 m 1-776-997-11

*3P - 2P (adaptor) *1-750-686-11 USA/Canada 125 V 10 A 2.4 m 1-557-377-11 All Europian countries 250 V 10 A 2.4 m 1-782-929-21

1-20

MVS-8000 System

SYSTEM SETUP

Page 25

1-3-4. DCU-8000

520

440

482

375

17.5

380

ø26

132.4

Rack mount metal (supplied with RMM-10)

DCU-8000 is a 3 rack unit chassis which can be mounted in standard 483 mm (19 inch) rack.

External dimensions of DCU-8000

1-3. System Description

Unit : mm

MVS-8000 System SYSTEM SETUP

1-21

Page 26

1-3. System Description

The DCU-8000 has a built-in cooling system consisting of a fan mounted on the both sides of the frame, and an air filter on the rear of the front panel. Cooling air is drawn in at the front side of the frame, through the filter, boards, and modules, and then expelled out the both sides of the frame at the fan unit. If dust is accumulated at the intake of the fan or the cables doesn't keep off over 10 cm from the fans, air is prevented from flowing smoothly that result in rise of temperature inside the machine. It may result in adverse effects on performance and life of the machine if used in such an environment.

DCU-8000 Device Control Unit

Fans

DCU-8000 has front and rear boards. It consists of 6 slots for standard/option boards.

The DCU-8000 is shown below with the front panel removed. The front panel must remain in place and closed during normal system operation to keep maximum cooling efficiency.

DCU-8000 Device Control Unit

2 Slots on the front side

Power, control, and video connections are at the rear of DCU-8000. The illustration below shows a full loaded rear board. Some of the modules shown below are optional and may not be included in your system configuration.

DCU-8000 Device Control Unit

TALLY/GPI OUT 1 to 18, 19 to 36, 37 to 54 connectors

TALLY/GPI IN 1 to 34, 35 to 68, 69 to 102 connectors

REMOTE 1 to 6 connectors

PERIPH connector

SERIAL TALLY 1 and 2 connectors

REF IN connectors

terminal

AC IN A and B connectors

1-22

MVS-8000 System

SYSTEM SETUP

Page 27

DCU-8000 options

The following lists the plug-in boards that may be purchased as options.

DCU-8000 option configuration Front Side

Option name Board name Slot No. Descriptions

MKS-8701 RC-90 2 to 6 Tally/GPI output Board MKS-8702 IF-848 2 to 6 Serial Interface Board

Rear side

Option name Board name Slot No. Descriptions

MKS-8701 CN-2195 _ Tally/GPI output Board

Install the board into the slot in the real that corresponds to a RC-90 board that is inserted in the slot in the front.

MKS-8702 CN-2194 _ Serial Interface Board

Install the board into the slot in the real that corresponds to a IF-848 board that is inserted in the slot in the front.

1-3. System Description

Power supply unit

The DCU-8000 Power Supply Units is supplied with DCU-8000 processor. A power supply units is required to run the system. An Optional second unit is added to provide redundant power. With second unit mounted, one unit can fail without causing system failure. It is recommended that each unit’s AC input be connected to the AC supply circuit of a separated power source system. Any unit (s) for which a separate power source system is not available, is (are) recommended to be connected to a UPS (Uninterruptible Power Supply).

Option

Option name Description

HK-PSU03 Backup Power Supply Unit

The power cord is not supplied with the DCU-8000. It is necessary that the power cord should be applicable to places in the area.

Power cord

Area Specification Length Part No.

Japan 125 V 10 A 2.5 m 1-776-997-11

USA/Canada 125 V 10 A 2.4 m 1-557-377-11 All Europian countries 250 V 10 A 2.4 m 1-782-929-21

*3P - 2P (adaptor) *1-750-686-11

MVS-8000 System SYSTEM SETUP

1-23

Page 28

1-4. MVS-8000 System Example

Reference video signal (*2)

Ethernet switch

Reference video signal (*2)

DATA CTRL REMOTE 1

(*1)

Ethernet switch

(*1)

DATA LAN

REMOTE

Reference video

signal (*2)

BKS-R series

HDS-X series

Device Control Unit Pack DCU-8000

CTRL

EDITOR

Editing Control System

CTRL

DATA

DME Processor Pack MVE-8000

BVE-9100

PERIPH

System Control Unit

MKS-8010

PERIPH

Reference video signal (*2)

VTR DDR

Switcher Processor Pack

MVS-8400/8300/8200

(*1) : Connect each LAN (CTRL, DATA) to the separate Ethernet switches respectively.

However, a single Ethernet switch can be used for connecting each LAN. For information about Ethernet switches that can be used in an MVS system, contact your local Sony Sales Office/Service Center. For detailed information about setting up the Ethernet switch, refer to the documentation supplied with the switch.

(*2) : Terminate the system with the 75 Z terminator supplied. The 75 Z terminator is supplied with the equipment.

Audio mixer

Crossover cable

BNC cable

1-24

MVS-8000 System

SYSTEM SETUP

Page 29

1-5. Functional Overview

1-5-1. Video Signal Flow

1-5. Functional Overview

DME Processor Pack

MVE-8000

SWITCHER ASWITCHER B

Camera

VTR

Routing Switcher

MONITOR

DME 1B

PRIMARY INPUTS

1 to 68

PRIMARY INPUTS

69 to 80

MONITOR OUTPUTS

1 to 8

Reference video signal (*3)

AC100 to 240 V Power Supply (*1)

DME 1A

AC100 to 240 V Power Supply (*2) AC100 to 240 V Power Supply (*2)

OUTPUTS 1 to 48

MONITOR

VTR

AC100 to 240 V Power Supply (*2)

Switcher Processor Pack

MVS-8400/8300/8200

75-pin Cable

(*1) : For the AC power cord, refer to “Optional Items” of the “DME Processor Pack MVE-8000” Operation Manual. (*2) : For the AC power cord, refer to “Optional Items” of the “Multi-Format Switcher Processor MVS-8000” Operation Manual. (*3) : Terminate the system with the 75 Z terminator supplied with this unit.

MVS-8000 System SYSTEM SETUP

AC100 to 240 V Power Supply (*2)

Video Signal Input

Video Signal Output Video/Key Signal

AC Power Supply

1-25

Page 30

Page 31

Section 2

Installation

2-1. Installation Tasks

Installation tasks should be completed in the following order:

1. Unpack equipment

2. Install the CCP-8000 main panel, the Menu Panel (MKS-8011) and the AUX panel (separate unit only) and System Control Unit (MKS-8010).

3. Install the switcher processor, DME processor, and DCU.

4. Connect cables and configure internal system communications (including Ethernet and IP address.)

5. Connect cables to video inputs and outputs, DME V/K.

6. Connect the power cables.

7. Test that the power supply system works correctly and communications are established correctly in the system.

8. Test basic system for proper operation

9. Cable external interface (including Tally and GPI).

10. Configure external interface.

11. Test external interfaces for proper operation

MVS-8000 System SYSTEM SETUP

2-1

Page 32

2-2. MVS-8000 Installation

2-2-1. Rack Mounting

The MVS-8000 can be mounted in the 19-inch standard rack. To mount the MVS-8000 series in the rack, use the specified rack mount parts that are supplied with the MVS8000 series and follow the procedure described below.

If a rack mount parts other than the specified ones are used, the unit may not be mounted in the 19-inch standard rack.

Specified rack mount parts

. Support angle 2 pcs . Bracket 4 pcs . Support angle fixing screw 8 pcs

(PSW4 x 10 : 7-682-962-01)

. Bracket fixing screw 8 pcs

(B4 x 10 : 7-682-562-04)

2. Rack mounting procedure

This section describes the rack mounting procedure using the dedicated system rack mount kit of the MVS-8000.

Use the following torque to tighten the screws finally. Tightening torque : 120 x 10_2 N.m {12.2 kgf.cm}

1. Attach the bracket to the support angle using the specified four screws.

2. Loosen the screws on the front and rear of the right and left brackets. Adjust the length of the brackets according to the depth of the rack. (The illustration below shows the left bracket.)

Bracket

Support angle

1. Precautions for rack mounting

w . To prevent the rack from falling or moving, fix the rack

on a flat and steady floor using bolt or others. If the rack falls due to the weight of the equipment, it may cause death or injury.

. Be sure to use the specified rack mount parts.

If not, injury may result and the equipment may fall due to insufficient strength.

. After rack mounting, be sure to tighten the screws on the

rack angle and fix the unit in the rack. If the screws on the angle are not tightened, the unit may slip from the rack and fall, causing injury.

When mounting the unit in the rack, note the following:

. Be sure to mount in the rack with four persons or more. . Be careful not to catch your fingers or hands in the rack

mount rail or others.

. Mount in the rack in a stable position.

PSW4 x 10

Bracket

Maximum depth of bracket : 750 mm Minimum depth of bracket : 595 mm

If several units are mounted in a rack, it is recommended to install a ventilation fan to prevent temperature rise inside the rack.

2-2

MVS-8000 System

SYSTEM SETUP

Page 33

2-2. MVS-8000 Installation

3. Attach the right and left brackets to the rack completely using the specified eight screws. (The illustration below shows the left bracket.)

Front side

Rack

Bracket

31.75

B4 x 10

Rear side

Rack

Bracket

31.75 B4 x 10

Unit : mm

4. Tighten the screws (four screws each on the right and left) for adjusting the length of the bracket completely (the screws that were loosened in step 2).

5. Remove the front panel.

6. Remove the 16 screws and remove the handles (two handles each on the right and left) from both sides of the MVS-8000.

Place the right and left bottom ends of the MVS-8000 on the support angles, and slide the equipment to the rear.

The support angles support the equipment as shown below.

Bracket Bracket

Support angles

8. Fix the rack angles of the equipment to the rack using the specified eight screws.

Rack

Handle

RK5 x 10

Handle

RK5 x 10

B5 x 12

Handle

RK5 x 10

Rack angle

B5 x 12

Rack angle

MVS-8000 System SYSTEM SETUP

9. Attach the front panel to the equipment.

2-3

Page 34

2-3. MVE-8000 Installation

2-3-1. Rack Mounting

The MVE-8000 can be mounted in the 19-inch standard rack. To mount the MVE-8000 in the rack, use the specified rack mount kit and follow the procedure described below.

Specified rack mount kit : RMM-10

If a rack mount kit other than the specified one is used, the unit may not be mounted in the 19-inch standard rack.

Parts of the RMM-10

. Rack tools 2 pcs . Right rack mount adaptor 1 pc . Left rack mount adaptor 1 pc . Rack tool attaching screws 6 pcs

(B4 x 6 : 7-682-560-09)

. Rack tool attaching screws 6 pcs

(B4 x 10 : 7-682-560-10)

2. Rack mounting procedure

This section describes the rack mounting procedure using the RMM-10 rack mount kit.

Tighten the screws to the following torque. Tightening torque : 120 x 10_2 N.m {12.2 kgf.cm}

1. Attach the rack tool to the side of the equipment using the specified six screws.

n Use B4 x 6 screws.

B4 x 6

Rack tool

1. Precautions for rack mounting

w . To prevent the rack from falling or moving, fix the rack

on a flat and steady floor using bolt or others. If the rack falls due to the weight of the equipment, it may cause death or injury.

. Be sure to use the specified rack mount kit.

If not, injury may result and the equipment may fall due to insufficient strength.

. After rack mounting, be sure to tighten the screws on the

rack angle and fix the unit in the rack. If the screws on the rack angle are not tightened, the unit may slip from the rack and fall, causing injury.

When mounting the unit in the rack, note the following:

. Be sure to mount in the rack with two persons or more. . Be careful not to catch your fingers or hands in the rack

mount rail or others.

. Mount in the rack in a stable position.

If several units are mounted in a rack, it is recommended to install a ventilation fan to prevent temperature rise inside the rack.

Rack tool

B4 x 6

2. Loosen the screws on the rear of the right and left adaptors and adjust the length of the adaptor according to the depth of the rack. (The illustration below shows the left adaptor.)

Adaptor

Portion of the rail

B4 x 6

Maximum depth of adaptor :750 mm Minimum depth of adaptor : 595 mm

2-4

MVS-8000 System

SYSTEM SETUP

Page 35

2-3. MVE-8000 Installation

3. Attach the right and left adaptors to the rack completely using the specified six screws. (The illustration below shows the left adaptor.)

B4 x 10

31.75

B4 x 10

Unit : mm

4. Tighten the screws (B4 x 6 : two screws each on the right and left) for adjusting the length of the adaptor completely (the screws that were loosened in step 2).

5. Align the groove of the rack tool at the side of the equipment with the rail, and slide the equipment to the rear.

The rack tools are hooked on the rails as shown below.

7. Fix the rack angle in the rack using the specified screws.

Rack

Rack angle

B5 x 12

Rack angle

8. Attach the front panel to the equipment.

Rack tool

Rail Rail

6. Remove the front panel.

MVS-8000 System SYSTEM SETUP

Rack tool

2-5

Page 36

2-4. CCP-8000 Installation

2-4-1. Installation Space

When the main panel or the AUX panel are embedded into a control console or the like, make holes as shown below into the control console with the following dimensions. Be sure to have an open space behind the cables of the connectors on the main panel shown as open space at “A” in the illustrations.

5.55.5

Bottom

Open space at “A”

134

5.5

57.2

4-M5 <AUX panel>

3040

100

32XPT SEPARATED 24XPT SEPARATED

16XPT SEPARATED 32XPT INTEGRATED 24XPT INTEGRATED 16XPT INTEGRATED

TYPE

SHORT SIZE

765 613 461 765 613 461

FULL SIZE

1205 1053

901 1425 1273 1121

5.5

Open space at “A”

88.988.988.988.911.511.5

Top

396.467.5

532

264.3

132.1

16-ø5 hole with depth of 3 or more

8-M4

TYPE 32XPT SEPARATED 24XPT SEPARATED 16XPT SEPARATED

32XPT INTEGRATED 24XPT INTEGRATED 16XPT INTEGRATED

X 1205 1053

901 1425 1273 1121

2-6

Bottom

Open space at “A”

Top

11 11

5.5

400

264.3

132.1

67.5

100

Open space at “A”

88.988.988.9

12-ø5 hole with depth of 3 or more

6-M4

TYPE 32XPT SEPARATED 24XPT SEPARATED 16XPT SEPARATED

32XPT INTEGRATED 24XPT INTEGRATED 16XPT INTEGRATED

X 1205 1053

901 1425 1273 1121

5.5

Unit : mm

MVS-8000 System

SYSTEM SETUP

Page 37

3ME

SIZE

FULL

4ME

2ME

32XPT SEPARATED 24XPT SEPARATED

32XPT INTEGRATED 24XPT INTEGRATED

AUX

SIZE

SHORT

FULL

SIZE

SHORT

SIZE

-IN

BUILT

-IN

432SF ASSY 424SF ASSY

432IF ASSY 424IF ASSY

424SO ASSY432SO ASSY

424IO ASSY432IO ASSY

324SB ASSY

324IB ASSY332IB ASSY

332SB ASSY

324IF ASSY332IF ASSY

324SF ASSY

332SO ASSY 324SO ASSY

332IO ASSY 324IO ASSY

232SB ASSY

232IB ASSY 224IB ASSY

224SB ASSY

332SF ASSY

24SO ASSY

316SF ASSY

416SO ASSY

416SF ASSY

216SB ASSY

316SO ASSY

316SB ASSY

16XPT SEPARATED

216IB ASSY

316IO ASSY

316IF ASSY

316IB ASSY

416IO ASSY

16XPT INTEGRATED

416IF ASSY

528

132

1223

528

132

1223

782

528

1223

396

132

1223

782

396

132

1223

396

1223

528

132

1071

528

132

1071

630

528

1071

396

132

1071

396

630

396

1071

528

132

1443

528

132

1443

782

1443

528

1443

396

132

396

132

1443

782

396

1443

1291

528

132

528

132

1291

630

528

1291

396

132

396

1291

630

132

396

1291

528

132

919

528

132

478

919

528

919

396

132

919

132

396

478

919

396

919

528

132

1139

528

132

478

1139

528

1139

396

132

1139

396

132

478

1139

396

1139

Main panel/AUX panel configuration list

2-4. CCP-8000 Installation

Unit : mm

MVS-8000 System SYSTEM SETUP

2-7

Page 38

2-4. CCP-8000 Installation

2-4-2. Installing the Main Panel

When installing the main panel into the control console, be sure to install it with three persons or more. Install the main panel by following the procedure described below.

Tools required

For the 4-line configuration (4ME/3ME with built-in AUX bus, as a single unit) Screws (B4 x 6) : 8 pcs For the 3-line configuration (3ME with AUX bus separate type/2ME) Screws (B4 x 6) : 6 pcs

1. Remove the module covers in the right and left.

2. Remove the screws and remove the cap (L) and (R) respectively.

Module cover

3. Hold the main panel with the two persons or more and the remaining person installs the main panel into the control console while holding the main panel.

4. Fix the main panel to the control console with the screws. (The illustration below shows the 4-line configuration.)

Main panel

B4 x 6

Cap (L)

B3 x 6

Cap

Cap (R)

Module cover

B3 x 6

5. Install all of the right and left module covers, and the caps (L) and (R) by reversing the steps 1 and 2 of removal.

2-8

MVS-8000 System

SYSTEM SETUP

Page 39

2-4. CCP-8000 Installation

2-4-3. Installing the AUX Panel

When installing the AUX panel into the control console, be sure to install it with two persons or more. Install the AUX panel by following the procedure described below.

Tools required

. Screws (RK5 x 16) : 4 pcs . Ornamental washer for rack mount : 4 pcs

(Sony part No. : 2-297-913-01)

1. Hold the AUX panel with the two persons or more and install the main panel into the control console.

2. Fix the AUX panel to the control console with the screws.

RK5 x 16

Washer

AUX panel

2-4-4. Installing the Menu Panel

Tools required

. Screws (B4 x 6) : 4 pcs . Screws (B3 x 5) : 4 pcs . EL table assemblies :

1. Open the screw holes (M4) as shown in the illustration into the positions to which the menu panel is going to be installed.

2. Install the EL table assemblies to the screw holes that are opened in step 1 using the four screws.

EL table assemblies

B4 x 6

2 pcs (Sony Part No. : X-3167-779-1)

Washer

B4 x 6

RK5 x 16

378 mm

68.5 mm

3. Install the menu panel using the four screws (B3 x 5).

EL table assemblies

B3 x 5

MVS-8000 System SYSTEM SETUP

Menu panel

2-9

Page 40

2-4. CCP-8000 Installation

2-4-5. Rack Mounting

Rack Mounting the System Control Unit MKS8010

The MKS-8010 is mounted in the 19-inch standard rack. To mount the MKS-8010 in the rack, use the specified rack mount kit and follow the procedure described below.

Specified rack mount kit : RMM-10

If a rack mount kit other than the specified one is used, the unit may not be mounted in the 19-inch standard rack.

Parts of the RMM-10

. Rack tools 2 pcs . Right rack mount adaptor 1 pc . Left rack mount adaptor 1 pc . Rack tool attaching screws 6 pcs

(B4 x 6 : 7-682-560-09)

. Rack tool attaching screws 6 pcs

(B4 x 10 : 7-682-560-10)

2. Rack mounting procedure

This section describes the rack mounting procedure using the RMM-10 rack mount kit.

Tighten the screws to the following torque. Tightening torque : 120 x 10_2 N.m {12.2 kgf.cm}

1. Attach the rack tool to the side of the equipment using the specified six screws.

n Use B4 x 6 screws.

B4 x 6

Rack tool

1. Precautions for rack mounting

w . To prevent the rack from falling or moving, fix the rack

on a flat and steady floor using bolt or others. If the rack falls due to the weight of the equipment, it may cause death or injury.

. Be sure to use the specified rack mount kit.

If not, injury may result and the equipment may fall due to insufficient strength.

. After rack mounting, be sure to tighten the screws on the

rack angle and fix the unit in the rack. If the screws on the rack angle are not tightened, the unit may slip from the rack and fall, causing injury.

When mounting the unit in the rack, note the following:

. Be sure to mount in the rack with two persons or more. . Be careful not to catch your fingers or hands in the rack

mount rail or others.

. Mount in the rack in a stable position.

If several units are mounted in a rack, it is recommended to install a ventilation fan to prevent temperature rise inside the rack.

Rack tool

B4 x 6

2. Loosen the screws on the rear of the right and left adaptors and adjust the length of the adaptor according to the depth of the rack. (The illustration below shows the left adaptor.)

Adaptor

Portion of the rail

B4 x 6

Maximum depth of adaptor : 750 mm Minimum depth of adaptor : 595 mm

2-10

MVS-8000 System

SYSTEM SETUP

Page 41

2-4. CCP-8000 Installation

3. Attach the right and left adaptors to the rack completely using the specified six screws. (The illustration below shows the left adaptor.)

Adaptor

Rack

B4 x 10

Adaptor

31.75

Rack

B4 x 10

Unit : mm

4. Tighten the screws (B4 x 6 : two screws each on the right and left) for adjusting the length of the adaptor completely (the screws that were loosened in step 2).

5. Align the groove of the rack tool at the side of the equipment with the rail, and slide the equipment to the rear.

The rack tools are hooked on the rails as shown below.

7. Fix the rack angle in the rack using the specified screws.

Rack

Rack angle

B5 x 12

Rack angle

8. Attach the front panel to the equipment.

Rack tool

Rail Rail

Rack tool

6. Remove the front panel. (Refer to Section 2-1.)

MVS-8000 System SYSTEM SETUP

2-11

Page 42

2-4. CCP-8000 Installation

Rack Mounting the MKS-8075 (Extension Adaptor)/MKS-8076 (Memory Card/USB Adaptor)

The MKS-8075 and MKS-8076 can be mounted in the 19inch standard rack. To mount them in the rack, use the recommended rack mount parts and follow the procedure described below.

In order to rack mount the MKS-8075 and MKS-8076, the following conditions must be met. . The two or more adaptors must be configured to the two

rows as shown in the illustration by connecting them horizontally together.

. Number of adaptors connected must be either 2 or 4 or 6

or 8.

. The connection method C (flat) must be used. . For the connection method, refer to “2-8-1. Connecting

the MKS-8075/MKS-8076”.

Tools required

. Screws (RK5 x 16) for rack mounting . Ornamental washer for rack mount

(Sony part No.: 2-297-913-01) When 2 adaptors are connected : Each 4 pcs When 4 adaptors are connected : Each 8 pcs When 6 adaptors are connected : Each 12 pcs When 8 adaptors are connected : Each 16 pcs

2. Rack mounting procedure

(1) Install the adaptor to the rack using rack mounting

screws (RK5 x 16) and washers as shown in the illustration. (The illustration below shows the configuration when 8 adaptors are connected.)

RK5 x 16

Washer

1. Precautions for rack mounting

w . To prevent the rack from falling or moving, fix the rack

on a flat and steady floor using bolt or others. If the rack falls due to the weight of the equipment, it may cause death or injury.

. Be sure to use the side panels of the adaptor itself for

rack mount. If not, injury may result and the equipment may fall due to insufficient strength.

. After rack mounting, be sure to tighten the screws on the

side panels and fix the unit in the rack.

When mounting the unit in the rack, note the following:

. Be sure to mount in the rack with two persons or more. . Mount in the rack in a stable position.

Washer

RK5 x 16

2-12

MVS-8000 System

SYSTEM SETUP

Page 43

2-5. DCU-8000 Installation

2-5-1. Rack Mounting

The DCU-8000 can be mounted in the 19-inch standard rack. To mount the DCU-8000 in the rack, use the specified rack mount kit and follow the procedure described below.

Specified rack mount kit : RMM-10

If a rack mount kit other than the specified one is used, the unit may not be mounted in the 19-inch standard rack.

Parts of the RMM-10

. Rack tools 2 pcs . Right rack mount adaptor 1 pc . Left rack mount adaptor 1 pc . Rack tool attaching screws 6 pcs

(B4 x 6 : 7-682-560-09)

. Rack tool attaching screws 6 pcs

(B4 x 10 : 7-682-560-10)

2. Rack mounting procedure

This section describes the rack mounting procedure using the RMM-10 rack mount kit.

Tighten the screws to the following torque. Tightening torque : 120 x 10_2 N.m {12.2 kgf.cm}

1. Attach the rack tool to the side of the equipment using the specified six screws.

n Use B4 x 6 screws.

Rack tools

B4 x 6

1. Precautions for rack mounting

w . To prevent the rack from falling or moving, fix the rack

on a flat and steady floor using bolt or others. If the rack falls due to the weight of the equipment, it may cause death or injury.

. Be sure to use the specified rack mount kit.

If not, injury may result and the equipment may fall due to insufficient strength.

. After rack mounting, be sure to tighten the screws on the

rack angle and fix the unit in the rack. If the screws on the rack angle are not tightened, the unit may slip from the rack and fall, causing injury.

When mounting the unit in the rack, note the following:

. Be sure to mount in the rack with two persons or more. . Be careful not to catch your fingers or hands in the rack

mount rail or others.

. Mount in the rack in a stable position.

If several units are mounted in a rack, it is recommended to install a ventilation fan to prevent temperature rise inside the rack.

B4 x 6

Rack tools

2. Loosen the screws on the rear of the right and left adaptors and adjust the length of the adaptor according to the depth of the rack. (The illustration below shows the left adaptor.)

Adaptor

Portion of the rail

B4 x 6

Maximum depth of adaptor :750 mm Minimum depth of adaptor : 595 mm

MVS-8000 System SYSTEM SETUP

2-13

Page 44

2-5. DCU-8000 Installation

3. Attach the right and left adaptors to the rack completely using the specified six screws. (The illustration below shows the left adaptor.)

B4 x 10

31.75

B4 x 10

Unit : mm

4. Tighten the screws (B4 x 6 : two screws each on the right and left) for adjusting the length of the adaptor completely (the screws that were loosened in step 2).

5. Align the groove of the rack tool at the side of the equipment with the rail, and slide the equipment to the rear.

The rack tools are hooked on the rails as shown below.

7. Fix the rack angle in the rack using the specified screws.

Rack

Rack angle

B5 x 12

Rack angle

8. Attach the front panel to the equipment.

Rack tool

Rail Rail

Rack tool

6. Remove the front panel. (Refer to Section 1-4-1)

2-14

MVS-8000 System

SYSTEM SETUP

Page 45

2-6. MVS-8000 system video Cabling

2-6. MVS-8000 System Video Cabling

The MVS-8000 system connections is shown in the illustration. Different video and control wiring configurations may be created to meet individual facility requirements. Each input can be assigned to any CCP panel source select button, and any MVS system video signal can be assigned to any pair of output connectors.

MVS-8000 system video cabling

DME Processor Pack

MVE-8000

SWITCHER ASWITCHER B

Camera

VTR

Routing Switcher

MONITOR

DME 1B

PRIMARY INPUTS

1 to 68

PRIMARY INPUTS

69 to 80

MONITOR OUTPUTS

1 to 8

Reference video signal (*3)

Switcher Processor Pack

MVS-8400/8300/8200

AC100 to 240 V Power Supply (*1)

DME 1A

OUTPUTS 1 to 48

75-pin Cable

AC100 to 240 V Power Supply (*2) AC100 to 240 V Power Supply (*2)

MONITOR

VTR

AC100 to 240 V Power Supply (*2) AC100 to 240 V Power Supply (*2)

Video Signal Input

Video Signal Output Video/Key Signal

AC Power Supply

Operation Manual.

(*3) : Terminate the system with the 75 Z terminator supplied with this unit.

Supplied and required cables

Cable Description Quantity Part No.

DME V/K Interface MDR 68-pin Female 2 Supplied with MVE-8000

MVS-8000 System SYSTEM SETUP

2-15

Page 46

2-7. MVS-8000 System Control Cabling

2-7-1. Cabling

The MVS system uses Ethernet, serial, parallel, USB and S-BUS control. Tally and GPI control are also available from DCU-8000 and CCP-8000 (System Control Unit).

MVS-8000 system control cabling

Reference video signal (*2)

Ethernet switch

Reference video signal (*2)

DATA CTRL REMOTE 1

(*1)

Ethernet switch

(*1)

DATA LAN

REMOTE

Reference video

signal (*2)

BKS-R series

HDS-X series

Device Control Unit Pack DCU-8000

CTRL

EDITOR

Editing Control System

CTRL

DATA

DME Processor Pack MVE-8000

BVE-9100

PERIPH

System Control Unit

MKS-8010

PERIPH

Reference video signal (*2)

Audio mixer

Crossover cable

BNC cable

Switcher Processor Pack

MVS-8400/8300/8200

VTR DDR

(*1) : Connect each LAN (CTRL, DATA) to the separate Ethernet switches respectively.

However, a single Ethernet switch can be used for connecting each LAN. For information about Ethernet switches that can be used in an MVS system, refer to “2-7-2. LAN Requirements” and “3-4. Ethernet Switch Settings”. For detailed information about setting up the Ethernet switch, refer to the documentation -supplied with the switch.

(*2) : Terminate the system with the 75 Z terminator supplied. The 75 Z terminator is supplied with the equipment.

Supplied and required cables

Cable Description Quantity Part No.

LAN cable RJ-45 *_

Conforms to the IEEE802.3 Ethernet 100 BASE-TX

* : Quantity depends on the configuration.

2-16

MVS-8000 System

SYSTEM SETUP

Page 47

Control cable length

One Ethernet cable is available up to 100m from an Ethernet switch.

2-7. MVS-8000 System Control Cabling

Ethernet Switch Ethernet Switch

100 m100 m

100 m

MVE-8000 MVS-8000

Control LAN is 100 BASE-TX Ethernet Data LAN is 100 BASE-TX Ethernet Peripheral LAN is 100 BASE-TX Ethernet. A direct DCU-8000-to-MKS-8010 connection requires a cross cable. A direct Peripheral LAN connection does not require an Ethernet switch.

100 m100 m

MKS-8010

DCU-8000

MVS-8000 System SYSTEM SETUP

2-17

Page 48

2-7. MVS-8000 System Control Cabling

2-7-2. LAN Requirements

The MVS-8000 system requires an Ethernet Local Area Network (LAN) for System Control LAN and Data LAN. Switcher Processor (MVS-8000), DME Processor (MKS-8800), and System Control Unit (MKS-8010) are all connected via an Ethernet switch of appropriate specification. Data LAN requires separate Ethernet switch from the one for Control LAN to avoid delay of the processing.

m . Ethernet Hubs are not acceptable for the MVS-8000 system Ethernet connection.

Use of hub instead of a switch may cause sluggish responses to panel button. Connect each LAN (Control/Data) nodes to the different switch to avoid sluggish.

. Ethernet switches are not supplied with MVS-8000 system.

Ethernet specification

Refer to Table below for a list of required Ethernet Specifications for MVS-8000 system.

Ethernet specification

Cable Type 100 BASE-TX compatible.

Connectors RJ-45 male connector at each end of cable Length 100 m maximum

Switch Capacity of backbone Higher than 1.5 Gbps

Throughput Higher than 120 Kbps (a port) packet size 64 Byte

Delay time of packet Less than 50u sec Speed Dual : 100 Mbps Ports RJ-45 auto negotiating 100 Mbps

VALN Compatible Switching mode Store-and-Forward Management SNMP, RMON

Total throughput : higher than 3 Mbps

Number of ports required is dependent upon system configuration

2-18

MVS-8000 System

SYSTEM SETUP

Page 49

2-8. CCP-8000 Panel Cabling

CCP-8000 panel modules connections are shown in figure.

CCP-8000 system control cabling

2-8. CCP-8000 Panel Cabling

Extension Adaptor MKS-8075

SCU OUT

SCU IN

(Max.10 m)

SCU OUT

SCU IN

(Max.10 m)

Reference video signal

(Max.10 m)

EXT PANEL 2

System Control Unit

MKS-8010

Main panel

MENU PANEL

AUX panel

HOST

SCU

(Max.5 m)

MAIN PANEL EXT PANEL3

DEVICE

(Max.5 m)

(Max.10 m)

(*1)

AC 100 to 240 V

SCUHOST

HOST

Menu Panel

MKS-8011

SCU

(Max.5 m)

Memory Card/USB Adaptor

(*1) : There are three methods as described below to install the memory card/USB module MKS-8025.

. In order to install the memory card/USB adaptor MKS-8025 into the main panel, connect the DEVICE terminal of the

MKS-8010 to the HOST terminal of the main panel.

. In order to install the memory card/USB adaptor MKS-8025 into the AUX panel, connect the DEVICE terminal of the

MKS-8010 to the HOST terminal of the AUX panel.

. In order to install the memory card/USB adaptor MKS-8025 outside the system using the MKS-8076, connect the

DEVICE terminal of the MKS-8010 to the HOST terminal of the MKS-8076.

Supplied and required cables

Cable Description Quantity Part No.

EXT/MENU/MAIN D-sub 50-pin cable (5/10 m) * Supplied with CCP-8000 PANEL cable SWC-5005/SWC-5010

USB cable USB Type A 1 Supplied with CCP-8000

* : Quantity depends on the configuration.

MVS-8000 System SYSTEM SETUP

MKS-8076

2-19

Page 50

2-8. CCP-8000 Panel Cabling

Panel cable length

System Control Unit

5 m

MKS-8010

10 m

5 m

Menu Panel

AUX Panel (separate)

MKS-8076

MKS-8075

5 m

10 m

Main Panel

MKS-8075

10 m

MKS-8075

10 m

Max. 30m

MKS-8075

10 m

MKS-8075

10 m

MKS-8075

10 m

MKS-8075

2-20

10 m

MKS-8075

Menu Panel, EXT panel connections are a D-Sub 50pin. EXT panel connection is a D-Sub 50pin. Memory Card/USB (with MKS-8076) is USB Type A connection.

MVS-8000 System

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2-8. CCP-8000 Panel Cabling

The maximum number of modules that can be connected to a single MKS-8010 System Control Unit is as follows. The maximum number of adaptors that can be connected on 1 line is 8 units.)

Model Model Name Max modules

MKS-8013/8014/8015 32, 24, 16 AUX BUS MODULE 2 MKS-8026 10 KEY PAD MODULE 1 MKS-8030 KEY FRAME MODULE 1 MKS-8031TB TRACK BALL MODULE 1 MKS-8031JS JOY STICK MODULE 1 MKS-8035 KEY CONTROL MODULE 4 MKS-8023 COMPACT KEY TRANSITION MODULE 4 MKS-8032 DSK FADER MODULE 4 MKS-8033 UTILITY/SHOTBOX MODULE 2

However, it is not possible to connect four Key Control modules and a 10 Key Pad module on one line.

You can also connect keyboards, mouse, pen tablets and other devices with USB connectors regardless of whether an MKS-8025 has been installed in the main panel or installed apart form the main panel using an MKS-8076 adaptor.

MVS-8000 System SYSTEM SETUP

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2-8. CCP-8000 Panel Cabling

2-8-1. Connecting the MKS-8075/MKS-8076

Structure of MKS-8075 (Connecting the extension adaptor)

Adaptor case : 1 Screw (BV3 x 10) : 4 Connecting plate A : 1 Connecting plate B : 1 Connecting plate C : 2 Panel cover (L) : 1 Panel cover (R) : 1 Cable (D-sub 50-pin): 1

Structure of MKS-8076 (Memory card/USB adaptor)

Adaptor case : 1 Screw (BV3 x 10) : 4 Connecting plate A : 1 Connecting plate B : 1 Connecting plate C : 2 Panel cover (L) : 1 Panel cover (R) : 1

How to Connect the MKS-8075 and the MKS-8076

m .

A maximum of eight extension adaptors can be connected by using the horizontal connection and the vertical connection. (The horizontal connection can be configured up to the two horizontal connection line at the maximum.) (For an example of connection, refer to Fig. 1.)

. There are three methods of vertical connection as

described below. (Refer to Fig. 2. (2-25 page)) Method A : Install the extension adaptors on the panel so

that they have differences in height like flight of steps having the same outside appearance as that of the main panel.

Method B : Install the extension adaptors flat on the

panel without any differences in height. (In such a case as installed on tabletop)

Method C : Install the extension adaptors in the rack.

(Horizontal connection is also required.)

. When the extension adaptors are installed using both of

the horizontal and vertical connections, be sure to perform the vertical connection first then perform the horizontal connection.

. When the MKS-8076 is going to be installed, install it in

the top-most position. (Refer to Fig. 1.)

. When the vertical connection (A) is selected, be sure to

secure all of the side panels with screws. Never panel it on table top. (The fixing method is same as that of the main panel.)

Fig. 1 : Example of connection method

Number of connections

2345678

2-22

: The position where the MKS-8076 can be connected

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2-8. CCP-8000 Panel Cabling

Connecting procedure

1. Remove the module cover. Remove the screws (BV3 x 10) fixing the caps (L) and (R), and remove the caps in the direction of the arrow.

2. Loosen the four screws (with drop-safe) fixing the operation module.

3. Hold the two screws (with drop-safe) in the front of the both sides of the operation module, and remove the operation module.

Module covers

Cap (L)

BV3 x 10

Screws (with drop-safe)

Operation module

Screws (with drop-safe)

BV3 x 10

When the Vertical connection is selected

(1)

Connect the adaptor cases that you want to connect, together. (Be careful of the direction of the adaptor cases. See the instruction given on the bottom of the adaptor case.) Fix the right and left of the adaptor cases as shown in the

(2)

illustration using the two pieces of the connecting plate C.

When fixing the adaptor cases, you can select either the flat connection or the connection like flight of steps.

. When selecting the connection like flight of steps of

the connection method (A), (see Fig. 2) the two screws are secured with one notch offset each other.

. When the flat connection of the connection method

(B, C) is selected, (see Fig. 2) the two screws are secured in the same height.

BV 3 x 10

Connecting plate C

Adaptor cases

Instruction given on the bottom of the case

Cap (R)

4. Remove the screws (BV3 x 10) fixing the side plates to the adaptor case, and remove the side plates.

Side plates

BV3 x 10

Adaptor case

Connecting plate C

BV 3 x 10

When the Horizontal connection is selected

(1) Connect the adaptor cases that you want to connect,

together. (Be careful of the direction of the adaptor cases. See the instruction given on the bottom of the adaptor case.)

(2) Fix the top plate of the adaptor cases at the locations

shown in the illustration using the two connecting screws and the two pieces of the connecting plate A for every two pieces of adaptor case.

BV3 x 10

Connecting plates A

Adaptor cases

FRONT

MVS-8000 System SYSTEM SETUP

BV3 x 10

Instruction given on the bottom of the cases

2-23

Page 54

2-8. CCP-8000 Panel Cabling

(3) Fix the bottom plate of the adaptor cases at the loca-

tions shown in the illustration using the 4 connecting screws (BV3 x 10) and the 2 pieces of the connecting plate B for every 2 pieces of adaptor case.

When the Vertical connection (A) is selected, there are several locations where the connecting plate B cannot be fixed. It makes no problems.

BV3 x 10

Adaptor cases

BV3 x 10

Connecting plate B

7. For the connection methods (A) and (B) (see Fig. 2), install the caps (L) and (R), and the module cover in the direction of the arrow.

Module covers

BV3 x 10

Cap (L)

Cap (R)

BV3 x 10

5. Install the side panel.

The screw positions that fix the side panel are different in the connection methods (A), (B) and (C) respectively. (see Fig. 2)

6. Install the operation module and fix it by tightening the four screws on the sides.

For the connection method (C) (see Fig. 2), remove the four stepped screws and install the panel covers (L) and (R).

Panel cover (L)

Panel cover (R)

Stepped screws M3

2-24

MVS-8000 System

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Page 55

Fig. 2 : Side panel installation methods

Left side

2-8. CCP-8000 Panel Cabling

FRONT

Right side

Left side

Right side

FRONT

Connecting plate C

Connection method (A)

FRONT

Connecting plate C

FRONT

: Side plate screw fixing position: Connecting plate screw fixing position

FRONT

MVS-8000 System SYSTEM SETUP

: Connecting plate screw fixing position

Left side (Same as the right side)

: Connecting plate screw fixing position

Connection method (B)

Connecting plate C

FRONT

Connection method (C)

: Screw fixing position

FRONT

: Screw fixing position

2-25

Page 56

2-8. CCP-8000 Panel Cabling

How to Connect the Cables

Parts required

. 50-pin cable supplied with the center control panel . 50-pin cable supplied with the MKS-8075 . USB cable (5 m) supplied with the center control panel

Connecting cables for the MKS-8075

1. Connect the EXT PANEL 1 to 3 terminals of the system control unit MKS-8010 to the SCU IN terminals of the MKS-8075 using the 50-pin cable supplied with the center control panel.

2. Connect the SCU OUT terminal of the MKS-8075 to the SCU IN terminal of the adjacent MKS-8075 using the cable supplied with the MKS-8075 as shown in the illustration.

Connecting cables for the MKS-8076

Connect the DEVICE terminal of the system control unit MKS-8010 to the IN terminal of the MKS-8076 using the USB cable supplied with the center control panel.

50-pin cable supplied with the MKS-8025

MKS-8075

50-pin cable supplied with the center control panel

USB cable supplied with the center control panel

MKS-8075

MKS-8076

MKS-8075

2-26

MVS-8000 System

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Section 3

Configuration

3-1. Introduction

This section provides system configuration information for the MVS-8000 system

The MVS-8000 system has three Ethernet connections for panel and devices communications (control, data, peripheral systems). The control LAN is intended to control the various devices from the center control panel (CCP-8000). The data LAN is intended to exchange of various type of data (key frame effects, snapshot, etc.) and still pictures of frame memory. This network allows the transfer of files without adversely effecting communications over the control LAN. The peripheral LAN is intended to exchange tally information between the center control panel and the device control unit.

All MVS-8000 system devices on same LAN must be connected to the same Ethernet switch.

It is not available to connect MVS-8000 system LAN to your existing facility LAN.

The control LAN and peripheral LAN allow the following number of devices within a LAN to keep realtime processing.

Number of devices on a Control LAN

Device Quantity

Switcher processor 2 DME processor 4 Center control panel 4 Total 10

Number of devices on a Peripheral LAN

Device Quantity

Center control panel 4 Device control unit 2 Total 6

3-2. Basic Configuration Steps

Basically, the following steps need to complete system configuration.

1. Set IP address.

2. Configure Ethernet switch.

3. Power up system.

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3-3. IP Address

The MVS-8000 system uses IP address 10.x.x.x. Each device of MVS-8000 system has independent NETWORK terminal for each LAN. The IP address for all NETWORK terminals has same rules as below. The IP address is identified by four byte of the form below.

10.AA.BB.CC

ex. 10.1.2.1

10. AA. BB. CC.

Fixed GROUP ID + LAN ID Unit cord (Fixed) Unit ID

GROUP ID is defined as DIP It uses to identify unit category. Unit ID is defined as DIP SW of SW of GROUP ID 1 to 63. UNIT ID 1 to 254. LAN IDs are as follows ; Control LAN : 0 Peripheral LAN : 64 Data LAN : 128

Used bit for LAN Group ; Unit category are as follows ; Used bit ; Control LAN : 1 to 63 PANEL : 1 1 to 254 Peripheral LAN : 65 to 127 SWITCHER : 2 Data LAN : 129 to 191 DME : 3

PFV-SP : 4 DCU : 5 ROUTER : 6

*1 : the default setting is “1”.

Host name

When IP address is defined, it is also named host name automatically.

The host name is identified by ten digits (characters and numbers) of the format below.

Format : Unit name (3 characters) + Group ID (3 digits) + LAN code (1 character) + Unit ID (3 digits) Example : IP address : 10.1.1.1 Host name : PNL001C001

Unit category Unit name

PANEL PNL SWITCHER SWR DME DME DCU DCU

Group ID + LAN Code

Control LAN 001C to 063C Peripheral LAN 001P to 063P

Data LAN 001D to 063D

3-2

MVS-8000 System

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3-3-1. Default IP Address

The MVS-8000 system is shipped with default IP addresses. Sony Corporation has chosen these default IP addresses to make MVS-8000 system configuration easy.

Device IP Address Host name Dipswitch setting

MVS-8000 10.1.2.1 (C) SWR001C001

10.129.2.1 (D) SWR001D001

Group ID

12345678

Unit ID

12345678

3-3. IP Address

MVE-8000 10.1.3.1 (C) DME001C001

Group ID

Unit ID

10.129.3.1 (D) DME001D001

CCP-8000 10.1.1.1 (C) PNL001C001

12345678

Group ID

12345678

Unit ID

10.65.1.1 (P) PNL001P001

10.129.1.1(D) PNL001D001

DCU-8000 10.65.5.1 (P) DCU001P001

C : Control LAN D : Data LAN P : Peripheral LAN

12345678

Group ID

12345678

Unit ID

12345678

If more than one MVS-8000 system resides on the same network, the Unit ID for each additional MVS8000 system device must be changed before it is connected the network. The communication via control LAN and peripheral LAN cannot be established among devices of different Group IDs. All devices must have the same setting normally.

MVS-8000 System SYSTEM SETUP

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3-3. IP Address

3-3-2. Changing IP Address

The default IP address of the MVS-8000 system can be changed using dipswitch setting on CPU boards.

Device Board Group ID Unit ID

MVS-8000 CA-44 S102 (8bit) S103 (8bit) MVE-8000 CA-44CF S102 (8bit) S103 (8bit) CCP-8000 CA-45 S902 (8bit) S901 (8bit) DCU-8000 CA-47 S754 (8bit) S755 (8bit)

Dipswitch on CPU board

OPEN CLOSE

Group ID

12345678

OPEN CLOSE

Unit ID

12345678

1. Set the DIP switch on each device as you required.

See the bit of each switch (Group ID/Unit ID) in table.

Bit settings

Bit 12345678

Group ID 1 2 4 8 16 32 Control*Data

Unit ID 1 2 4 8 16 32 64 128

* : These bits are factory use only. Use the bits with the default setting (CLOSE) as shipped from the factory.

The Group ID and Unit ID switch setting determines all of the LAN IP addresses (Control/Data/Peripheral LAN). The Peripheral LAN IP address is made by adding 64 to the Group ID. The Data LAN IP address is made by adding 128 to the Group ID.

Switcher processor IP address

IP Address Group ID Unit ID

10.2.2.1 (C)

10.130.2.1 (D)

Group ID

12345678

Unit ID

12345678

10.5.2.2 (C)

10.133.2.2 (D)

10.10.2.10 (C)

10.138.2.10 (D)

C : Control LAN D : Data LAN

3-4

Group ID

12345678

Group ID

12345678

Unit ID

12345678

Unit ID

12345678

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Page 61

3-4. Ethernet Switch Settings

The following Ethernet switches are tested to MVS-8000 system.

Recommended models

Vendor Model name

Cisco Catalyst 29xx-XL Cisco Catalyst 35xx-XL Cisco Catalyst 4000 series Cisco Catalyst 5000 series

* : Please confirm the details of a recommendation model 1 to a Cisco agency.

The Ethernet switch for MVS-8000 system requires the following settings Follow the flowchart below to setup Ethernet switch.

1. Initialize Ethernet switch (Required minimum settings)

2. Set VLAN (Depending on the customer’s system situation) Procedure of setup ethernet switch

3-4. Ethernet Switch Settings

C29xx-XL/35xx-XL series

Initial setting

IP Address setting

etc

Disable CDP

More than

one LAN are connected

to one Ethernet

switch

Yes

VLAN setting

Start

Ethernet switch

C4000/5000 series

IP Address setting

Disable VTP

VLAN setting

Disable

Spanning Tree

Assign Sc0

to VLAN

MVS-8000 System SYSTEM SETUP

Disable

Spanning Tree

Disable CDP

End

3-5

Page 62

3-4. Ethernet Switch Settings

A) Initialize ethernet switch

Cisco Catalyst 29xx-XL series or Cisco Catalyst 35xx-XL series require the following parameters to initialize. For details, refer to Quick Start Guide supplied with a Ethernet switch

If the following network configuration does not fit your existing Ethernet configuration, make sure all nodes have unique node address and are place on the appropriate network.

IP address 10.4.17.254

Subnet mask 255.0.0.0 Default gateway Not used Host name CiscoSW1 Secret password ciscosw1 (host name in small letters) Telnet password ciscosw1 (same as secret password)

Cluster command switch Not used

*1 : On Second and later Ethernet switch, simply subtract 1 to the node address. For example, the second Ethernet switch would have

an address of 10.4.17.253.

*2 : On Second and later Ethernet switch, simply add 1 to the number of the host name. For example, the second Ethernet switch would

have a host name of CiscoSW2.

In case of Cisco Catalyst 4000 series or Cisco Catalyst 5000 series Cisco Catalyst 4000 series or Cisco Catalyst 5000 series requires initializing and setting VLAN together. Step the next procedure “B) Set VLAN”.

3-6

MVS-8000 System

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B) Set VLAN

In Case of Cisco Catalyst 2900-XL Series or Cisco Catalyst 3500-XL Series

VLAN is set on network through a standard browser such as Microsoft Internet Explorer or Netscape Navigator/Communicator. For details, refer to Quick Start Guide supplied with an Ethernet switch.

Step 1 : Disable Cisco Discovery Protocol (CDP)

To disable CDP requires Cisco Command Line Interface (CLI). There are two ways to use CLI.

. Connect PC to a node of Ethernet switch with Ethernet cable. Access Ethernet switch through telnet. . Connect the COM port of PC to the console port of Ethernet switch in the same manner as initial

setting. Access Ethernet switch.

1) Log in to Cisco Ethernet switch.

2) The prompt “CiscoSW1>” is displayed.

3) Enter the enable <cr>.

4) The prompt “CiscoSW1 #” is displayed.

5) Enter the configure terminal and [Enter].

6) The prompt “CiscoSW1 (config) #” is displayed.

7) Enter no cdp run and [Enter]

8) Enter end and [Enter].

9) The prompt “CiscoSW1 #” is displayed.

10) Enter show running-config prompt and [Enter].

11) Check to see “no cdp run” on monitor.

12) Enter write memory and [Enter].

13) Saved the setting on Cisco Ethernet switch.

14) Enter disable and [Enter].

15) The prompt “CiscoSW1>” is displayed.

16) Enter exit <cr> to exit telnet.

3-4. Ethernet Switch Settings

Step 2 : Set VLAN

If separated Ethernet switches are used for each of Control LAN, Data LAN and Peripheral LAN, it does not require.

It requires to separate from each network, Control LAN, Data LAN, and Peripheral LAN to set VALN. Use port 1 through 10 for Control LAN, port 11 through 20 for Data LAN, after 21 port for Peripheral LAN. For details, refer to Software Configuration Guide. Assign port 1 through 10 to VLAN1, port 11 through 20 for VLAN2, port 21 through 24 for VLAN3.

Step 3 : Disable Spanning-Tree on VLANs

Connect PC to a node of Ethernet switch with Ethernet cable. Browser requires to setup as Quick Start Guide

1) Access the Ethernet switch via PC

2) Open Cluster Management Suite of the switch.

3) Disable Spanning-tree protocol as Software Configuration Guide.

Save new configuration data. If new configuration is not saved, the setting is back when re-booting.

MVS-8000 System SYSTEM SETUP

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Page 64

3-4. Ethernet Switch Settings

In Case of Cisco Catalyst 4000 Series or Cisco Catalyst 5000 Series

The settings require Cisco Command Line Interface (CLI). For details of operation, refer to Family Software Configuration Guide of Catalyst 4000 series or Cisco Catalyst 5000 series. The required parameters for MVS-8000 system are follows.

There are two interfaces to setup IP address in Catalyst 4000 series. They are called sc0 and mel. The sc0 port is normal Ethernet port. The switch can be accessed and set by setting IP address to sc0 and connecting a PC to any of normal Ethernet ports. The mel port is 10 BASE-T port on supervisor engine. The switch can be set by connecting a PC to this port.

Step 1 : IP Address

Both IP address “sc0” and “mel” are required. The network segment of the sc0 and mel ports is recommended to be separated.

Example

sc0 me1

IP Address 10.4.17.254 192.168.0.254 Subnet Mask 255.0.0.0 255.255.255.0

Step 2 : Disable VTP

Disable VTP as Catalyst 4000/5000 Family Software Configuration Guide. Connect PC to a node of Ethernet switch with Ethernet cable. Browser requires to setup as Quick Start Guide.

1) Access the Ethernet switch via personal computer.

2) Open Cluster Management Suite of the switch.

Step 3 : Set VLAN

The separated VLAN settings are required to control LAN, data LAN, and peripheral LAN. They require more than 3 VLAN setting. Name VLAN for each network. Assign port as system setting to named VLAN.

Example of C4003 96 port

controlLAN 1 Port 1 to 12 controlLAN2 Port 13 to 14

dataLAN1 Port 25 to 36 dataLAN2 Port 37 to 48 peripheralLAN1 Port 49 to 60 peripheralLAN2 Port 61 to 72 managementLAN1 Port 73 to 84 managementLAN2 Port 85 to 96

The managementLAN 1/2 manage Ethernet switch and system with the above setting.

3-8

MVS-8000 System

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Step 4 : Disable Spanning-Tree

Disable all spanning tree on VLAN. Refer to Catalyst 4000/5000 Family Software Configuration Guide

Step 5 : Assign sc0 to VLAN

Assign sc0 to VLAN except Control LAN, Data LAN, and Peripheral LAN. Refer to Catalyst 4000/5000 Family Software Configuration Guide

Step 6 : Disable Cisco Discovery Protocol (CDP)

Disable CDP globally. Refer to Catalyst 4000/5000 Family Software Configuration Guide

3-5. Software Installation

The current software version is displayed by pressing the following buttons in order. “ENG SETUP”→“System”→“Install” to show the Install menu. Select the desired software to install on the Install menu and press the Install button. Then installation starts. The status area displays the device ID of each device, and the version, and released date.

3-4. Ethernet Switch Settings

3-5. Software Installation

3-6. Engineering Setups

The engineering setups are required to configure the system connected to switcher, DME, control panel, DCU and external devices. The “ENG SETUP” of menu panel GUI provides you the following items can be set.

. Recognizing devices on the LAN . Switching the signal format . Switching the screen aspect ratio . Selecting the state after powering on . Time setting . Signal assignment to cross-point buttons . Output signal assignment

For detail setup of ENG SETUP, refer to User’s Guide Volume 1 Chapter 1 “Setup” and User’s Guide Volume 2 Chapter 17 “Engineering Setup”.

MVS-8000 System SYSTEM SETUP

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Page 66

3-7. Tally Setup

This section describes how to set the tally (system tally (S-Bus), parallel tally and serial tally).

If tally is not used in the systems such as the MVS-8000 standalone configuration, this setting is not required.

Definition of system

Major system configurations are classified into the three systems of System 1, System 2 and System

3. This classification is used only for the convenience of description in this manual as described below.

System Description

System 1 The MVS standalone system

In the case when independent MVS-8000 system is going to use tally

System 2*1The MVS-8000 + MKS-808x (Aux Remote Panel) system (having no tally)

The system that is configured by the combination the MVS-8000 system with the AUX Remote Panel

System 3 The MVS-8000 + router system

The system that is configured by the combination of MVS-8000 system with the Sony routing switcher

*1 : The equipment before Ver. 1.20 requires primary station. (Sony S-BUS Routing Switcher or BKPF-R70A is required.)

In the case if the equipment of Ver. 1.30 and higher is not connected to router, set the primary station function of the MVS-8000 to the ON position.

*2 : In the system using the AUX Remote Panel, the specified items must be set even when tally setup is not going to be made.

Confirm in which system your equipment corresponds by referring to the following flow chart.

S-Bus is connected.

Yes

AUX Bus Remote

Panel (MKS-808X)

Yes

Router is connected.

Yes

System 3

System 1

System 3

System 2

3-10

MVS-8000 System

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Page 67

Confirming the setting items

The following items marked with the white round circle are required to be set in the respective systems.

O = Setting is required.

3-7. Tally Setup

System

1 System

2 System

Switcher Output Assignment OOO Router OOO Group Tally O (default) _O Wiring __O Tally Enable O_O Tally Copy O_O Parallel Tally O_O

System

1 System

2 System

Setting primary station _O*O Setting MKS-808x _OO

* : Complete the setup as the primary station at the router side or at the MVS-8000 side. ** : In the case that the AUX Bus Remote Panel is connected.

MVS-8000 System SYSTEM SETUP

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3-7. Tally Setup

3-7-1. Setting Router

Engineering Setup → Router/Tally → Router Page 7361

This menu is used to assign the input and output signals of the switcher on the virtual matrix space of the S-BUS.

When setting the tallies, the input and output signals to and from the equipment (such as router, switcher and others) that has the crosspoints should be assigned on the virtual matrix space. When they are assigned, serial numbers (unique) are given to all inputs and outputs on the matrix space, of all the equipment that are to be controlled. These serial numbers are necessary for the integrated handling of the signals. By assigning all of the equipment on virtual matrix space, i.e., by mapping, the input and output terminals of each equipment shall have the virtual addresses. When this setting is complete, all of the equipment that have crosspoints and constitute the system are assigned on the virtual matrix space. Generation of the tallies are managed and handled by the virtual numbers that are assigned by this setting.

For router setup, refer to the System Setup Manual of the router.

This setup is used by the interface (on the S-Bus protocol) of switcher with router. However, because the virtual numbers are required to be set in the tally system of even the systems that are not connected to SBus/router, this setting must be implemented.

3-12

Menu screen

MVS-8000 System

SYSTEM SETUP

Page 69

Setting items

3-7. Tally Setup

System

Device SWR1/SWR2 SWR1/SWR2 SWR1/SWR2 Matrix Size Standard Standard Standard/Compact

Setting Setting Setting Source Destination Level : 1 Level : 1 Level : 1 to 8

* : Set the top value of matrix for both of the Source and Destination. The end value is determined automatically in accordance with the

Matrix Size. As to the Source Address, the same Source Address can be duplicated and be set using SWR1/SWR2. The value with parenthesis (S) is the value when Standard mode is selected. The value with parenthesis (C) is the value when Compact mode is selected.

For the system

1 System

: 1 Source* : 1 Source* : 1 to Max (889 (S), 897 (C))

:1 Destination* :1 Destination* : 1 to Max (887 (S), 897 (C))

2 System

Select “Standard” that is the default setup of Matrix Size for the system 1.

Default setup : Matrix Size : standard (136 x 138)

For the system

Select “Standard” that is the default setup of Matrix Size for the system 2.

Default setup : Matrix Size : standard (136 x 138)

For the system

Select either “Standard” or “Compact” of Matrix Size depending on the number of units of the equipment consisting the system. When “Standard” (136 x 138) is selected, the switcher is assigned to the S-Bus space with the full size. (All of the inputs and outputs of the switcher can be assigned to the S-Bus space.) When “Compact” (128 x 128) is selected, the switcher is assigned to the S-Bus space with the compact size. (Not all of the inputs and outputs of the switcher are assigned to the S-Bus space, but the S-Bus space can be effectively used.)

If two units of the MVS-8000 switcher processor are connected, each switcher processor must be set independently. Select the target device to be set using “Device” of this menu. Assign each switcher processor to SWR1/SWR2 using the menu screen (Engineering Setup → System → Network Config).

MVS-8000 System SYSTEM SETUP

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3-7. Tally Setup

Setup example : For the system

System : MVS-8000 x 1 unit, router x 1 unit (8 x 4) The MVS-8000 is assigned to (virtual source No. 19 to No. 146 and virtual destination No. 12 to No. 139) on the virtual matrix space. Select “Compact” (128 x 128) of the Matrix Size.

For setting a router, refer also to the System Setup Manual of the router.

Page 7332

Device Matrix Size Source Destination Level

SWR1 128 x 128 19 12 1 SWR2

Relation between physical and virtual numbers when assigning on virtual matrix space.

Input Physical terminals → Virtual terminals

Router 1 7

28 39 410 511 612 713 814

SWR1 1 19

220 || 126 144 127 145 128 146

Router 1 5

SWR1 1 12

Output Physical terminals → Virtual terminals

26 37 48

|| 128 139

3-14

MVS-8000 System

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Input

3-7. Tally Setup

1 2 3 4 5 6 7 8 9101112131415

1234567

1 2 3 4

Router

161718

1920 212223 242526

123456

MVS

(SWR1)

127

2 3 4 5 6

128

Virtual matrix

1024

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17

1024

Output

Assignment to virtual matrix space

MVS-8000 System SYSTEM SETUP

3-15

Page 72

3-7. Tally Setup

MVS-8000 matrix assignment (Standard mode)

Source

No. Source

1 Primary 1 2 Primary 2 3 Primary 3 4 Primary 4 5 Primary 5 6 Primary 6 7 Primary 7 8 Primary 8 9 Primary 9 10 Primary 10 11 Primary 11 12 Primary 12 13 Primary 13 14 Primary 14 15 Primary 15 16 Primary 16 17 Primary 17 18 Primary 18 19 Primary 19 20 Primary 20 21 Primary 21 22 Primary 22 23 Primary 23 24 Primary 24 25 Primary 25 26 Primary 26 27 Primary 27 28 Primary 28 29 Primary 29 30 Primary 30 31 Primary 31 32 Primary 32 33 Primary 33 34 Primary 34 35 Primary 35 36 Primary 36 37 Primary 37 38 Primary 38 39 Primary 39 40 Primary 40

No. Source

41 Primary 41 42 Primary 42 43 Primary 43 44 Primary 44 45 Primary 45 46 Primary 46 47 Primary 47 48 Primary 48 49 Primary 49 50 Primary 50 51 Primary 51 52 Primary 52 53 Primary 53 54 Primary 54 55 Primary 55 56 Primary 56 57 Primary 57 58 Primary 58 59 Primary 59 60 Primary 60 61 Primary 61 62 Primary 62 63 Primary 63 64 Primary 64 65 Primary 65 66 Primary 66 67 Primary 67 68 Primary 68 69 Primary 69 70 Primary 70 71 Primary 71 72 Primary 72 73 Primary 73 74 Primary 74 75 Primary 75 76 Primary 76 77 Primary 77 78 Primary 78 79 Primary 79 80 Primary 80

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3-7. Tally Setup

No. Source

81 Black 82 White 83 Color Bkgd 1 84 Color Bkgd 2 85 Frame Memory 1 86 Frame Memory 2 87 Frame Memory 3 88 Frame Memory 4 89 Frame Memory 5 90 Frame Memory 6 91 Frame Memory 7 92 Frame Memory 8 93 Color Correction 1 94 Color Correction 2 95 DME Monitor Video 96 DME Monitor Key 97 M/E-1 Out 1 98 M/E-1 Out 2 99 M/E-1 Out 3 100 M/E-1 Out 4 101 M/E-1 Out 5 102 M/E-1 Out 6 103 M/E-1 Proc Video 104 M/E-1 Proc Key 105 M/E-2 Out 1 106 M/E-2 Out 2 107 M/E-2 Out 3 108 M/E-2 Out 4 109 M/E-2 Out 5 110 M/E-2 Out 6 111 M/E-2 Proc Video 112 M/E-2 Proc Key 113 M/E-3 Out 1 114 M/E-3 Out 2 115 M/E-3 Out 3 116 M/E-3 Out 4 117 M/E-3 Out 5 118 M/E-3 Out 6 119 M/E-3 Proc Video 120 M/E-3 Proc Key 121 P/P Out 1 122 P/P Out 2 123 P/P Out 3

No. Source

124 P/P Out 4 125 P/P Out 5 126 P/P Out 6 127 P/P Proc Video 128 P/P Proc Key 129 DME1 130 DME2 131 DME3 132 DME4 133 DME5 134 DME6 135 DME7 136 DME8

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3-7. Tally Setup

Destination

No. Destination Bus

1 Out 1 Assignable Output 2 Out 2 Assignable Output 3 Out 3 Assignable Output 4 Out 4 Assignable Output 5 Out 5 Assignable Output 6 Out 6 Assignable Output 7 Out 7 Assignable Output 8 Out 8 Assignable Output 9 Out 9 Assignable Output 10 Out 10 Assignable Output 11 Out 11 Assignable Output 12 Out 12 Assignable Output 13 Out 13 Assignable Output 14 Out 14 Assignable Output 15 Out 15 Assignable Output 16 Out 16 Assignable Output 17 Out 17 Assignable Output 18 Out 18 Assignable Output 19 Out 19 Assignable Output 20 Out 20 Assignable Output 21 Out 21 Assignable Output 22 Out 22 Assignable Output 23 Out 23 Assignable Output 24 Out 24 Assignable Output 25 Out 25 Assignable Output 26 Out 26 Assignable Output 27 Out 27 Assignable Output 28 Out 28 Assignable Output 29 Out 29 Assignable Output 30 Out 30 Assignable Output 31 Out 31 Assignable Output 32 Out 32 Assignable Output 33 Out 33 Assignable Output 34 Out 34 Assignable Output 35 Out 35 Assignable Output 36 Out 36 Assignable Output 37 Out 37 Assignable Output 38 Out 38 Assignable Output 39 Out 39 Assignable Output 40 Out 40 Assignable Output 41 Out 41 Assignable Output 42 Out 42 Assignable Output

No. Destination Bus

43 Out 43 Assignable Output 44 Out 44 Assignable Output 45 Out 45 Assignable Output 46 Out 46 Assignable Output 47 Out 47 Assignable Output 48 Out 48 Assignable Output 49 Monitor Out 1 Monitor 1 50 Monitor Out 2 Monitor 2 51 Monitor Out 3 Monitor 3 52 Monitor Out 4 Monitor 4 53 Monitor Out 5 Monitor 5 54 Monitor Out 6 Monitor 6 55 Monitor Out 7 Monitor 7 56 Monitor Out 8 Monitor 8 57 M/E-1 Bkgd A 58 M/E-1 Bkgd B 59 M/E-1 Utility 1 60 M/E-1 Utility 2 61 M/E-1 Key 1 Fill 62 M/E-1 Key 1 Source 63 M/E-1 Key 2 Fill 64 M/E-1 Key 2 Source 65 M/E-1 Key 3 Fill 66 M/E-1 Key 3 Source 67 M/E-1 Key 4 Fill 68 M/E-1 Key 4 Source 69 M/E-1 Dme Video 70 M/E-1 Dme Key 71 M/E-1 Ext Dme 72 M/E-2 Bkgd A 73 M/E-2 Bkgd B 74 M/E-2 Utility 1 75 M/E-2 Utility 2 76 M/E-2 Key 1 Fill 77 M/E-2 Key 1 Source 78 M/E-2 Key 2 Fill 79 M/E-2 Key 2 Source 80 M/E-2 Key 3 Fill 81 M/E-2 Key 3 Source 82 M/E-2 Key 4 Fill 83 M/E-2 Key 4 Source 84 M/E-2 Dme Video

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3-7. Tally Setup

No. Destination Bus

85 M/E-2 Dme Key 86 M/E-2 Ext Dme 87 M/E-3 Bkgd A 88 M/E-3 Bkgd B 89 M/E-3 Utility 1 90 M/E-3 Utility 2 91 M/E-3 Key 1 Fill 92 M/E-3 Key 1 Source 93 M/E-3 Key 2 Fill 94 M/E-3 Key 2 Source 95 M/E-3 Key 3 Fill 96 M/E-3 Key 3 Source 97 M/E-3 Key 4 Fill 98 M/E-3 Key 4 Source 99 M/E-3 Dme Video 100 M/E-3 Dme Key 101 M/E-3 Ext Dme 102 P/P Bkgd A (DSK Bkgd 1) 103 P/P Bkgd B (DSK Bkgd 2) 104 P/P Utility 1 105 P/P Utility 2 (DSK Bkgd 3) 106 P/P Key 1 Fill 107 P/P Key 1 Source 108 P/P Key 2 Fill 109 P/P Key 2 Source 110 P/P Key 3 Fill 111 P/P Key 3 Source 112 P/P Key 4 Fill 113 P/P Key 4 Source 114 P/P Dme Video (DSK Bkgd 4) 115 P/P Dme Key 116 P/P Ext Dme 117 DME Utility 1 118 DME Utility 2 119 Frame Memory Source 1 120 Frame Memory Source 2 121 Reserved 122 Reserved 123 DME 1 Video 124 DME 1 Key 125 DME 2 Video 126 DME 2 Key 127 DME 3 Video

No. Destination Bus

128 DME 3 Key 129 DME 4 Video 130 DME 4 Key 131 DME 5 Video 132 DME 5 Key 133 DME 6 Video 134 DME 6 Key 135 DME 7 Video 136 DME 7 Key 137 DME 8 Video 138 DME 8 Key

* : To switch the XPT from the S-Bus remote control, select the corre-

sponding bus number.

** : This is the output (bus) that is set by the Output Assign of the switcher

setup. Among the buses of AUX 1 to 48, Edit PVW and DME Monitor, only the buses that are set by the Output Assign, are controlled.

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3-7. Tally Setup

MVS-8000 matrix assignment (Compact mode)

Source

No. Source

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3-7. Tally Setup

No. Source

81 Black 82 White 83 Color Bkgd 1 84 Color Bkgd 2 85 Frame Memory 1 86 Frame Memory 2 87 Frame Memory 3 88 Frame Memory 4 89 Frame Memory 5 90 Frame Memory 6 91 Frame Memory 7 92 Frame Memory 8 93 Color Correction 1 94 Color Correction 2 95 DME Monitor Video 96 DME Monitor Key 97 M/E-1 Out 1 98 M/E-1 Out 2 99 M/E-1 Out 3 100 M/E-1 Out 4 101 M/E-1 Out 5 102 M/E-1 Out 6 103 M/E-2 Out 1 104 M/E-2 Out 2 105 M/E-2 Out 3 106 M/E-2 Out 4 107 M/E-2 Out 5 108 M/E-2 Out 6 109 M/E-3 Out 1 110 M/E-3 Out 2 111 M/E-3 Out 3 112 M/E-3 Out 4 113 M/E-3 Out 5 114 M/E-3 Out 6 115 P/P Out 1 116 P/P Out 2 117 P/P Out 3 118 P/P Out 4 119 P/P Out 5 120 P/P Out 6 121 DME1 122 DME2 123 DME3

No. Source

124 DME4 125 DME5 126 DME6 127 DME7 128 DME8

MVS-8000 System SYSTEM SETUP

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3-7. Tally Setup

Destination

No. Destination Bus

43 Out 43 Assignable Output 44 Out 44 Assignable Output 45 Out 45 Assignable Output 46 Out 46 Assignable Output 47 Out 47 Assignable Output 48 Out 48 Assignable Output 49 Monitor Out 1 Monitor 1 50 Monitor Out 2 Monitor 2 51 Monitor Out 3 Monitor 3 52 Monitor Out 4 Monitor 4 53 Monitor Out 5 Monitor 5 54 Monitor Out 6 Monitor 6 55 Monitor Out 7 Monitor 7 56 Monitor Out 8 Monitor 8 57 M/E-1 Bkgd A 58 M/E-1 Bkgd B 59 M/E-1 Utility 1 60 M/E-1 Utility 2 61 M/E-1 Key 1 Fill 62 M/E-1 Key 1 Source 63 M/E-1 Key 2 Fill 64 M/E-1 Key 2 Source 65 M/E-1 Key 3 Fill 66 M/E-1 Key 3 Source 67 M/E-1 Key 4 Fill 68 M/E-1 Key 4 Source 69 M/E-2 Bkgd A 70 M/E-2 Bkgd B 71 M/E-2 Utility 1 72 M/E-2 Utility 2 73 M/E-2 Key 1 Fill 74 M/E-2 Key 1 Source 75 M/E-2 Key 2 Fill 76 M/E-2 Key 2 Source 77 M/E-2 Key 3 Fill 78 M/E-2 Key 3 Source 79 M/E-2 Key 4 Fill 80 M/E-2 Key 4 Source 81 M/E-3 Bkgd A 82 M/E-3 Bkgd B 83 M/E-3 Utility 1 84 M/E-3 Utility 2

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3-7. Tally Setup

No. Destination Bus

85 M/E-3 Key 1 Fill 86 M/E-3 Key 1 Source 87 M/E-3 Key 2 Fill 88 M/E-3 Key 2 Source 89 M/E-3 Key 3 Fill 90 M/E-3 Key 3 Source 91 M/E-3 Key 4 Fill 92 M/E-3 Key 4 Source 93 P/P Bkgd A (DSK Bkgd 1) 94 P/P Bkgd B (DSK Bkgd 2) 95 P/P Utility 1 96 P/P Utility 2 (DSK Bkgd 3) 97 P/P Key 1 Fill 98 P/P Key 1 Source 99 P/P Key 2 Fill 100 P/P Key 2 Source 101 P/P Key 3 Fill 102 P/P Key 3 Source 103 P/P Key 4 Fill 104 P/P Key 4 Source 105 P/P Dme Video (DSK Bkgd 4) 106 DME Utility 1 107 DME Utility 2 108 Frame Memory Source 1 109 Frame Memory Source 2 110 Reserved 111 Reserved 112 DME 1 Video 113 DME 1 Key 114 DME 2 Video 115 DME 2 Key 116 DME 3 Video 117 DME 3 Key 118 DME 4 Video 119 DME 4 Key 120 DME 5 Video 121 DME 5 Key 122 DME 6 Video 123 DME 6 Key 124 DME 7 Video 125 DME 7 Key 126 DME 8 Video 127 DME 8 Key

No. Destination Bus

128 _

* : To switch the XPT from the S-Bus remote control, select the corre-

sponding bus number.

** : This is the output (bus) that is set by the Output Assign of the switcher

setup. Among the buses of AUX 1 to 48, Edit PVW and DME Monitor, only the buses that are set by the Output Assign, are controlled.

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3-7. Tally Setup

3-7-2. Setting Group Tally

Engineering Setup → Router/Tally → Group Tally Page 7362

This menu is used to select either the tally groups 1 to 4 or the tally groups 5 to 8 shall be used by as many as the four tally groups at the maximum. The S-Bus tally can be enabled or disabled as required.

In the video switching systems, there are many occasions that two or more independent jobs are carried out within the same switching system. For example, recording of the on-air program by VTR or by slow motion VTR while on-air is under way or distributing the on-air program to the local network stations while on-air is under way is performed. As the result, sophisticated tally system is required in order to correspond to the sophisticated output system. If a video switching system becomes sophisticated, the tally system that aims at attracting attention of operators can become the cause of confusion on the other hand. In order to avoid this confusion, the entire tally system can be divided into the two systems. After the entire tally system is divided into the two systems, one tally system can be, for example, assigned to the on-air tally while the other tally system can be assigned to the off-air live tally. The two colors of red and green can be used for the display of each tally system. Each combination of red tally and green tally as described above is called tally group. The S-Bus protocol is capable of controlling the eight tally groups (system tally red/green tally) of the tally groups 1 to 8. The MVS-8000 is capable of controlling the four tally groups. The S-Bus tally is required to be set when the tally information supplied from the MVS-8000 is going to be sent to the equipment for example UMD (Under Monitor Display) that indicates tally, via the S-BUS.

3-24

Menu screen

MVS-8000 System

SYSTEM SETUP

Page 81

Setting items

3-7. Tally Setup

System

Tally Gp Gp1-4/Gp5-8 Gp1-4/Gp5-8 Gp1-4/Gp5-8 SBus Tally Enable Disable Disable Enable/Disable

For the system

1 System

2 System

Select “Gp1-4” or “Gp5-8” as desired from the Tally Group for the system 1. As to the S-Bus Tally, select “Disable” (i.e., the “SBus Tally Enable” button is not selected) because there is no equipment that is connected by S-Bus.

For the system

This setting is not required for the system 2 because the system 2 does not use tally. Select either

“Gp1-4” or “Gp5-8” from the Tally Group for the system 2. As to the S-Bus Tally, select “Disable” because UMD is not connected to the system 2.

For the system

Select “Gp1-4” or “Gp5-8” as desired from the Tally Group for the system 3. As to the S-Bus Tally, select “Enable” (i.e., select the “SBus Tally Enable” button) if there is any equipment (such as UMD) that is connected by S-Bus.

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3-7. Tally Setup

3-7-3. Setting Wiring

Engineering Setup → Router/Tally → Wiring Page 7363

This menu is set in order to trace back the connection and to locate the source of the connected equipment starting from the output of the final stage. In the system configuration where inputs and outputs of a switcher are connected to a router, the connection relationship (wiring) between the switcher and the router on the matrix space must be set. In order to implement this setting, take reading of the connection between the switcher and router from the system wiring diagram and set the wiring between the input/output terminals and virtual numbers. After the wiring is set, we can know which input/output of which equipment are connected to which input/output of which equipment.

Menu screen

Setting items

System

Wiring Setting is not required Setting is not required Setting is required

For the system

1 System

2 System

Because crosspoints of the equipment are not connected (router is not connected) in the system 1, this setting is not necessary.

For the system

Because crosspoints of the equipment are not connected (router is not connected) in the system 2, this setting is not necessary.

For the system

Since inputs and outputs of the MVS-8000 are connected to router in the system 3, set the corresponding virtual numbers.

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3-7. Tally Setup

Setup example : For the system

System : MVS-8000 x 1 unit, router x 1 unit (8 x 4)

1. Connect Destination 1 (virtual No. 5) of a router to Primary 1 (virtual No. 19) of the MVS-8000.

2. Connect Destinations 2 to 4 (virtual No. 6 to 8) of a router to Primary 2 to 4 (virtual No. 20 to 23) of the MVS-8000.

Page 7363

Wiring# Destination Level Source Level

1 5 RTR1 2 6 RTR2 3 7 RTR3 4 8 RTR4

* : The Source/Destination Names that are set from the Router/MVS side are displayed.

1 19 SWR1 1 20 SWR2 1 21 SWR3 1 22 SWR4

Virtual destination number Virtual source number

519 620 721 822

1 1 1 1

Connection information

MVS-8000 System SYSTEM SETUP

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3-7. Tally Setup

Input

CAM1 CAM2 CAM3 CAM4

1 2 3 4 5 6 7 8 9 10 1112131415 161718

1234567

Router

CAM5 CAM6

1 2 3 4

VTR1 VTR2

1920 212223 242526

123456

MVS

(SWR1)

127

1 2 3 4 5 6

128

1024

10 11 12 13 14 15 16 17

1 2 3 4 5 6 7 8 9

On Air VTR3

VTR4

VTR5

Output

Setting the crosspoints connections (wiring)

Virtual matrix

1024

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Page 85

3-7-4. Setting Tally Enable

Engineering Setup → Router/Tally → Tally Enable Page 7364

This menu is used to set which Destination should be output to which tally.

In the video switching systems, there are many occasions that two or more independent jobs are carried out by the same switching system. For example, recording of the on-air program by VTR or by slow motion VTR while on-air is under way or distributing the on-air program to the local network stations while on-air is under way is performed. As the result, sophisticated tally system is required in order to correspond to the sophisticated output system. If a video switching system becomes sophisticated, the tally system that aims at attracting attention of operators can become the cause of confusion on the other hand. In order to avoid this confusion, the entire tally system can be divided into the two systems. After the entire tally system is divided into the two systems, one tally system can be, for example, assigned to the on-air tally while the other tally system can be assigned to the off-air live tally. The two colors of red and green can be used for the display of each tally system.

3-7. Tally Setup

MVS-8000 System SYSTEM SETUP

Menu screen

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3-7. Tally Setup

Setting items

System

Tally Enable Setting is required Setting is not required Setting is required

Tally Type :G1 to 8, R1 to 8 Tally Type :G1 to 8, R1 to 8 Enable : Enable, Disable, Enable : Enable, Disable,

1 System

Tally Input Tally Input

2 System

Tally type : Enable → Tally is created all the time.

Disable → Tally is not created all the time. Tally Input → Tally is created depending on the tally input status.

Input # : It selects which port shall be used when the Tally Input selected.

It also selects which of either DCU1 or DCU2 is going to be used. The port number in the range of 1 to 102 can be selected. Setting example : When No. 2 port of DCU1 is going to be used.

Input # 1-2

For the system

Set the tally type and the output conditions of the MVS-8000 outputs (virtual terminal numbers) that you want to display the tally.

For the system

Because this system does not use tally, the setting is not necessary.

For the system

Set the tally type and the output conditions of the MVS-8000 outputs (virtual terminal numbers) that you want to display the tally.

Setup example : For the system

System : MVS-8000 x 1 unit, router x 1 unit (8 x 4)

1. When P/P PGM is assigned to 1 using the menu Page 7333 Engineering Setup → Switcher →

Output, OUTPUT 1 (virtual No. 12) of the MVS-8000 becomes the final output of P/P PGM. Put the red tally to the source of the crosspoints that are connected to this Destination. Select Enable in order to turn ON the tally at all times.

2. When Outputs 2 and 3 (virtual No. 13 and 14 ) of the MVS-8000 are output to VTR for the simultaneous recording of the on-air program with VTR or for the recording with slow motion VTR, put the green tally to the source of the crosspoints that are connected to this Destination. Set the Enable item so that tally turns on only when VTR is going to be used as the output. In this case, set the tally Enable so that tally turns on only when the Tally GPI In of the DCU receives a signal (when it is on) from the Tally/GPI Output of VTR.

Page 7363

Enbl# Destination Level Tally Type Enable Input#

1 12 P/P 1 R1 Enable 2 13 AUX1 1 G1 Tally Input 1-1 3 14 AUX2 1 G1 Tally Input 1-2 4 15 AUX3 1 G1 Tally Input 1-3

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Input

3-7. Tally Setup

CAM1 CAM2 CAM3 CAM4

1 2 3 4 5 6 7 8 9101112131415161718

1234567

Router

CAM5 CAM6

1 2 3 4

VTR1 VTR2

1920 212223 242526

123456

MVS

(SWR1)

127

1 2 3 4 5 6

128

1024

10 11 12 13 14 15 16 17

1 2 3 4 5 6 7 8 9

On Air

VTR3

VTR4

VTR5

Output

Setting Tally Enable

Virtual matrix

1024

MVS-8000 System SYSTEM SETUP

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3-7. Tally Setup

3-7-5. Setting Tally Copy

Engineering Setup → Router/Tally → Tally Copy Page 7365

This menu is used to unify the tally information. The virtual sources correspond to sources by one-to-one correspondence. However, there are cases that the same source is connected to two or more input terminals at the same time. For example, the ordinary video output signal and the video output signal with timecode from a single unit of VTR are connected to the separate input terminals respectively. Because the different tally informations that are searched separately can be created for a single unit of equipment in such a case, these informations must be unified by obtaining the logical OR of the tally informations corresponding to all virtual input terminals to which the equipments that have the two or more outputs are connected. For this purpose, unify the tally informations by this setting that is separate from the equipment connection information.

CAM1 CAM2 CAM3 VTR1

123456

MVS

(switcher)

Without TC

1 2 3 4

VTR2

With TC

Unifications

Monitor

On Air

VTR3

3-32

Menu screen

MVS-8000 System

SYSTEM SETUP

Page 89

Setting items

3-7. Tally Setup

System

Tally Copy Setting is required Setting is not required Setting is required

For the system

1 System

2 System

Set the virtual terminal number of copy source (From Source) and copy destination (To Source) as required.

For the system

Because there is no equipment that is connected on matrix in this system, this setting is not necessary.

For the system

Set the virtual terminal number of copy source (From Source) and copy destination (To Source) as required.

Setup example : For the system

System: MVS-8000 x 1 unit, router x 1 unit (8 x 4)

1. Connect the video signal (with TC) from VTR to Primary 8 (virtual terminal No. 26) of the switcher.

2. Connect the video signal (without TC) from VTR to Primary 7 (virtual terminal No. 25) of the switcher.

Establish the Tally Copy setup because the tally information must be output after the tally informations from the two sources are unified to a single tally information.

Page 7365

Copy# From Source To Source

1 26 SWR8 25 SWR7

MVS-8000 System SYSTEM SETUP

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3-7. Tally Setup

Input

CAM1 CAM2 CAM3 CAM4

1 2 3 4 5 6 7 8 9 10 111213141516 1718

1234567

Router

CAM5 CAM6

1 2 3 4

VTR1 VTR2

Without

1920 212223 242526

123456

MVS

(SWR1)

Unifications

127

2 3 4 5 6

128

With TC

1024

10 11 12 13 14 15 16 17

1 2 3 4 5 6 7 8 9

On Air VTR3

VTR4

VTR5

Output

System connection diagram (example)

Virtual matrix

1024

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MVS-8000 System

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3-7. Tally Setup

3-7-6. Setting Parallel Tally

Engineering Setup → Router/Tally → Parallel Tally Page 7366

The Parallel Tally output provides the relay contact. This menu is used to enable the Parallel Tally to directly turn ON/OFF the tally lamp. In this setting, terminal numbers of the virtual inputs and the virtual outputs (Monitor Tally) of the virtual matrix are assigned to the respective pins of the parallel tally connector (DCU-8000).

m . To use the Parallel Tally, the Tally/GPI Output Board MKS-8701 must be installed in the MKS-8700. . Assign the terminal numbers of the virtual inputs and the virtual outputs of the virtual matrix to the slot

numbers and the port number of the slot in which the MKS-8701 is installed.

Menu screen

Setting items

System

Parallel Tally Setting is required Setting is not required Setting is required

1 System

2 System

Device : Selects either DCU1 or DCU2. Slot No. : Slot number of the MKS-8701 that is inserted in the DCU-8000. Port No. : Port number of the MKS-8701.

For the system

Set the Tally Type and assign the virtual terminal number to each pin (pin number and slot number of the MKS-8701) of the parallel tally.

For the system

This setting is not required for the system 2 because the system 2 does not use tally.

For the system

Set the Tally Type and assign the virtual terminal number to each pin (pin number and slot number of the MKS-8701) of the parallel tally.

MVS-8000 System SYSTEM SETUP

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3-7. Tally Setup

Setup example : For the system

System : MVS-8000 x 1 unit, router x 1 unit (8 x 4)

1. Put the Red/Green Tally to the CAM 1 to CAM 3 (virtual terminals Nos. 7 to 9) that supply video signal to the router.

2. Put the Red/Green Tally to the monitor that is connected to Destination 5 (virtual terminal No. 9) of the router.

Page 7366

Slot# Port# Src/Dest Address Level Tally Type

2 01 Src 7 CAM1 _ R1 2 02 Src 7 CAM1 _ G1 2 03 Src 8 CAM2 _ R1 2 04 Src 8 CAM2 _ G1 2 05 Src 9 CAM3 _ R1 2 06 Src 9 CAM3 _ G1 2 07 Dest 9 MON1 1 R1 2 07 Dest 9 MON1 1 G1

R G R G R G R G R GR G

CAM1

CAM2 CAM3 CAM4

CAM5 CAM6

VTR1 VTR2

Input

1 2 3 4 5 6 7 8 9 10 111213141516 1718

1234567

Router

1 2 3 4

1920 212223 242526

123456

MVS

(SWR1)

127

1 2 3 4 5 6

128

1024

10 11 12 13 14 15 16 17

1 2 3 4 5 6 7 8 9

Monitor

On Air

VTR3

VTR4

VTR5

Output

3-36

System connection diagram (example)

Virtual matrix

1024

MVS-8000 System

SYSTEM SETUP

Page 93

3-7. Tally Setup

3-7-7. Setting Serial Tally

The Serial Tally signal is output from the Serial Tally 1 terminal and the Serial Tally 2 terminal of the MKS-8700. Ver. 1.20 does not support the Serial Tally setup. The fixed tally output is supported. In Ver. 1.20, the fixed tallies of R-1, G-1, R-2 and G-2 are output from Serial Tally 1 terminal of the MKS-8700. Tally signal is output according to the protocol attached as APPENDIX. For details, please refer to the “BVS-3000 Series, DVS-8000 Series PROTOCOL and COMMAND SPECIFICATIONS (Sony Part No. : 9-967-262-21)”. Bit assignment is shown in the following table.

MVS-8000 Matrix assignment

Bit No. Source

36 Primary 36 37 Primary 37 38 Primary 38 39 Primary 39 40 Primary 40 41 Primary 41 42 Primary 42 43 Primary 43 44 Primary 44 45 Primary 45 46 Primary 46 47 Primary 47 48 Primary 48 49 Primary 49 50 Primary 50 51 Primary 51 52 Primary 52 53 Primary 53 54 Primary 54 55 Primary 55 56 Primary 56 57 Primary 57 58 Primary 58 59 Primary 59 60 Primary 60 61 Primary 61 62 Primary 62 63 Primary 63 64 Primary 64 65 Primary 65 66 Primary 66 67 Primary 67 68 Primary 68 69 Primary 69 70 Primary 70

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3-7. Tally Setup

Bit No. Source

71 Primary 71 72 Primary 72 73 Primary 73 74 Primary 74 75 Primary 75 76 Primary 76 77 Primary 77 78 Primary 78 79 Primary 79 80 Primary 80 81 Black 82 White 83 Color Bkgd 1 84 Color Bkgd 2 85 Frame Memory 1 86 Frame Memory 2 87 Frame Memory 3 88 Frame Memory 4 89 Frame Memory 5 90 Frame Memory 6 91 Frame Memory 7 92 Frame Memory 8 93 Color Correction 1 94 Color Correction 2 95 DME Monitor Video 96 DME Monitor Key 97 M/E-1 Out 1 98 M/E-1 Out 2 99 M/E-1 Out 3 100 M/E-1 Out 4 101 M/E-1 Out 5 102 M/E-1 Out 6 103 M/E-2 Out 1 104 M/E-2 Out 2 105 M/E-2 Out 3 106 M/E-2 Out 4 107 M/E-2 Out 5 108 M/E-2 Out 6 109 M/E-3 Out 1 110 M/E-3 Out 2 111 M/E-3 Out 3 112 M/E-3 Out 4 113 M/E-3 Out 5

Bit No. Source

114 M/E-3 Out 6 115 P/P Out 1 116 P/P Out 2 117 P/P Out 3 118 P/P Out 4 119 P/P Out 5 120 P/P Out 6 121 DME1 122 DME2 123 DME3 124 DME4 125 DME5 126 DME6 127 DME7 128 DME8

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MVS-8000 System

SYSTEM SETUP

Page 95

APPENDIX

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

MVS SERIAL TALLY

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

EFF:EFFECT ADDRESS

24h:SERIAL TALLY

<<PGM TALLY>> WRITE: BC, EFF, byte2, FF, byte4, byte5, byte6, ...

byte2 TALLY TYPE

91h: GP1 RED 92h: GP1 GREEN 93h: GP2 RED 94h: GP2 GREEN 95h: GP3 RED 96h: GP3 GREEN 97h: GP4 RED 98h: GP4 GREEN

3-7. Tally Setup

* You can set TALLY TYPE in the setup menu.

byte4 COMPRESS STATUS BYTE (UPPER)

byte5 COMPRESS STATUS BYTE (LOWER)

DATA bit 7 6 5 43210

---------------------------------------------------------------------------------------------STATUS(U) bit 7 128 127 126 125 124 123 122 121

6 120 119 118 117 116 115 114 113 5 112 111 110 109 108 107 106 105 4 104 103 102 101 100 99 98 97 3 9695949392919089 2 8887868584838281 1 8079787776757473 0 7271706968676665

---------------------------------------------------------------------------------------------STATUS(L) bit 7 64 63 62 61 60 59 58 57

6 5655545352515049 5 4847464544434241 4 4039383736353433 3 3231302928272625 2 2423222120191817 1 16151413121110 9 0 87654321

MVS-8000 System SYSTEM SETUP

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3-7. Tally Setup

1-128 means each source number. It’s assignable, but the default is the same as MVS source number specified in COMPACT MODE. If it’s tallied, the bit is “1”. If it’s not tallied, it’s “0”.

Status bit shows if the data is all “0” or not. If it’s all “0”, the status bit is “0”. If it’s not all “0”, it’s “1”. This is to minimize the data length.

For example: If only sources #100 and #72 are tallied:

STATUS(U) bit 7: 0

6: 0 5: 0 4: 1 3: 0 2: 0 1: 0 0: 1

Then, the following bytes are only STATUS(U) bit 4 data (97-104) and bit 0 data (65-72) as follows:

byte6 MSB 7: 104

6: 103 5: 102 4: 101 3: 100 2: 99 1: 98

LSB 0: 97

byte7 MSB 7: 72

6: 71 5: 70 4: 69 3: 68 2: 67 1: 66

LSB 0: 65

The serial tally information is sent whenever the status is changed. (There is no READ command.)

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MVS-8000 System

SYSTEM SETUP

Page 97

3-8. Pin Output

3-8-1. MVS-8000

The input/output signals of the connectors at the rear panel are as follows.

TERMINAL : RS-232C (D-sub 9-pin, Female)

to Terminal

_ EXT VIEW _

Pin No. Signal name Function

1 DCD Data Carrier detect 2 RXD Received data 3 TXD Transmitted data 4 DTR Data terminal ready 5 GND Ground 6 DSR Data set ready 7 RTS Request to send 8 CTS Clear to send 9 __

(*1) :Pins 1, 4 and 6 are internally connected together on the CN-2133

board.

(*2) :Pins 7 and 8 are internally connected together on the CN-2133 board.

(*1)

(*2)

Pin No. Signal name Function

11 GPI OUT 6 General-purpose relay 12 GPI OUT 8

output (B)

(*4)

13 GPI OUT COM Ground for open collector

output 14 GND Ground 15 GPI IN 1 General-purpose input 16 GPI IN 3 17 GPI IN 5 18 GPI IN 7 19 GPI OUT 1A General-purpose relay 20 GPI OUT 2A

output (A)

(*3)

21 GPI OUT 3A 22 GPI OUT 4A 23 GPI OUT 5 General-purpose open 24 GPI OUT 7

collector output

(*4)

25 GPI OUT COM Ground for open collector

output

A and B of the same number constitute a pair of relay contacts.

(*3)

<Relay>

GPI OUT x B GPI OUT x A

x : 1-4

GPI : (D-sub 25-pin, Female) INPUT x 8, TTL OUTPUT x 4, relay contacts 30 V 0.1 A (resistive load) OUTPUT x 4, open collector, 30 V rated voltage

EXT VIEW

Pin No. Signal name Function

1 GND Ground 2 GND Ground 3 GPI IN 2 General-purpose input 4 GPI IN 4 5 GPI IN 6 6 GPI IN 8 7 GPI OUT 1B General-purpose open 8 GPI OUT 2B

collector output (B)

9 GPI OUT 3B 10 GPI OUT 4B

(*3)

(*4)

GPI OUT 5-8

GPI OUT COM

MVS-8000 System SYSTEM SETUP

3-41

Page 98

3-8. Pin Output

REMOTE 1 to 4 : RS-422A (D-sub 9-pin, Female) <DEVICE> (*5) from External Devices

_ EXT VIEW _

Pin No. Signal name Function

1 FG Frame ground 2TX_ Transmitted data (_) 3RX+ Received data (+) 4 GND Common ground 5 _ No Connection 6 GND Common ground 7TX+ Transmitted data (+) 8RX_ Received data (_) 9 _ No Connection

(*5) <DEVICE> : The equipment that is in charge of control

DATA/CTRL : 100BASE-TX, RJ-45 (8-pin)

_ EXT VIEW _

Pin No. Signal name Function

1TX+ Transmitted data (+) 2TX_ Transmitted data (_) 3RX+ Received data (+) 4 _ No Connection 5 _ No Connection 6RX_ Received data (_) 7 _ No Connection 8 _ No Connection

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MVS-8000 System

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3-8. Pin Output

<Relay>

GPI OUT x B

GPI OUT 5-8

GPI OUT COM

x;1-4

GPI OUT x A

(*2)

(*3)

3-8-2. MVE-8000

The input/output signals of the connectors at the rear panel are as follows.

<CONTROLLER> indicates a controlling device. <DEVICE> indicates a controlled device.

EDITOR : RS-422A (D-sub 9-pin, Female) <DEVICE> (*1)

_ EXT VIEW _

Pin No. Signal name Function

1 FG Frame ground 2TX_ Transmitted data (_) 3RX+ Received data (+) 4 GND Ground 5 _ No Connection 6 GND Ground 7TX+ Transmitted data (+) 8RX_ Received data (_) 9 FG Frame ground

(*1) : Editing control unit such as BVE-9100 (EDITOR)

DATA CTRL : 100BASE-TX, RJ-45 (8-pin)

_ EXT VIEW _

Pin No. Signal name Function

1TX+ Transmitted data (+) 2TX_ Transmitted data (_) 3RX+ Received data (+) 4 _ No Connection 5 _ No Connection 6RX_ Received data (_) 7 _ No Connection 8 _ No Connection

GPI : (D-sub 25-pin, Female) INPUT x 8, TTL OUTPUT x 4, relay contacts 30 V 0.1 A (resistive load) OUTPUT x 4, open collector 30 V rated voltage

113

25 14

_EXT VIEW_

Pin No. Signal name Function

1 GND Ground 2 GND Ground 3 GPI IN 2 General-purpose input 4 GPI IN 4 5 GPI IN 6 6 GPI IN 8 7 GPI OUT 1B General-purpose relay output (B)

8 GPI OUT 2B 9 GPI OUT 3B 10 GPI OUT 4B 11 GPI OUT 6 General-purpose open collector 12 GPI OUT 8 output

13 GPI OUT COM Ground for open collector output 14 GND Ground 15 GPI IN 1 General-purpose input 16 GPI IN 3 17 GPI IN 5 18 GPI IN 7 19 GPI OUT 1A General-purpose relay output (A)

20 GPI OUT 2A 21 GPI OUT 3A 22 GPI OUT 4A 23 GPI OUT 5 General-purpose open collector 24 GPI OUT 7 output

25 GPI OUT COM Ground for open collector output

A and B of the same number constitute a pair of relay contacts.

MVS-8000 System SYSTEM SETUP

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Page 100

3-8. Pin Output

3-8-3. CCP-8000

Input and output signals of the connectors on the rear panel are as follows.

CTRL/DATA/PERIPH : 100BASE-TX, RJ-45 (8-pin)

_ EXT VIEW _

Pin No. Signal name Function

1TX+ Transmitted data (+) 2TX_ Transmitted data (_) 3RX+ Received data (+) 4 _ No Connection 5 _ No Connection 6RX_ Received data (_) 7 _ No Connection 8 _ No Connection

Pin No. Signal name Function

11 GPI OUT 6 General-purpose open collector 12 GPI OUT 8

output (B)

(*2)

13 GPI OUT COM Ground for open collector output 14 GND Ground 15 GPI IN 1 General-purpose input 16 GPI IN 3 17 GPI IN 5 18 GPI IN 7 19 GPI OUT 1A General-purpose relay output (A) 20 GPI OUT 2A 21 GPI OUT 3A 22 GPI OUT 4A 23 GPI OUT 5 General-purpose open collector

(*2)

24 GPI OUT 7

output

25 GPI OUT COM Ground for open collector output

A and B of the same number constitute a pair of relay contacts.

(*1)

GPI : (D-sub 25-pin, Female) INPUT x 8, TTL OUTPUT x 4, relay contacts 30 V 0.1 A (resistive load) OUTPUT x 4, open collector 30 V rated voltage

EXT VIEW

Pin No. Signal name Function

1 GND Ground 2 GND Ground 3 GPI IN 2 General-purpose input 4 GPI IN 4 5 GPI IN 6 6 GPI IN 8 7 GPI OUT 1B General-purpose relay 8 GPI OUT 2B output (B) 9 GPI OUT 3B 10 GPI OUT 4B

(*1)

<Relay>

(*1)

(*2)

GPI OUT x B GPI OUT x A

x : 1-4

GPI OUT 5-8

GPI OUT COM

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MVS-8000 System

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Sony CCP-8000, MVE-8000, MVS-8300, DCU-8000, MVS-8400 System Setup Manual

Table of Contents

System Overview

1-1. Introduction

1-2. Features

1-3. System Description

1-3-1. MVS-8000

1-3-2. MVE-8000

1-3-3. CCP-8000

1-3-4. DCU-8000

1-4. MVS-8000 System Example

1-5-1. Video Signal Flow

1-5. Functional Overview

2-1. Installation Tasks

2-2. MVS-8000 Installation

2-2-1. Rack Mounting

2-3. MVE-8000 Installation

2-3-1. Rack Mounting

2-4. CCP-8000 Installation

2-4-1. Installation Space

2-4-2. Installing the Main Panel

2-4-3. Installing the AUX Panel

2-4-4. Installing the Menu Panel

2-4-5. Rack Mounting

2-5. DCU-8000 Installation

2-5-1. Rack Mounting

2-6. MVS-8000 system video Cabling

2-7. MVS-8000 System Control Cabling

2-7-1. Cabling

2-7-2. LAN Requirements

2-8. CCP-8000 Panel Cabling

2-8-1. Connecting the MKS-8075/MKS-8076

3-1. Introduction

3-2. Basic Configuration Steps

3-3. IP Address

3-3-1. Default IP Address

3-3-2. Changing IP Address

3-4. Ethernet Switch Settings

3-5. Software Installation

3-6. Engineering Setups

3-7. Tally Setup

3-7-1. Setting Router

3-7-2. Setting Group Tally

3-7-3. Setting Wiring

3-7-4. Setting Tally Enable

3-7-5. Setting Tally Copy

3-7-6. Setting Parallel Tally

3-7-7. Setting Serial Tally

3-8. Pin Output

3-8-1. MVS-8000

3-8-2. MVE-8000

3-8-3. CCP-8000