14 Router Connection Details -...

1 Routers

The TSL Tally and

UMD Configuring Program

Router Connection Details

Television Systems Limited. Vanwall Road, Maidenhead, Berkshire, SL6 4UB

Telephone +44 (0)1628 676200, FAX +44 (0)1628 676299

V2.6 May 08 2 Routers

Contents

1 GVG Encore & SMS 7000 Family Routers

2 Harris / Leitch Routers

3 Network Routers

4 Pesa Routers

5 Thomson/Philips/BTS Routers

6 ProBel Routers

7 Quartz Routers

8 Sony Routers; MVS/DVS Series, ��

9 Sigma Routers

10 NVision Routers

Appendix 1 TallyMan Router support as at April 2008

Note: Please check pin functions with connector details published for the routers as

these connections shown might be out of date.


1 GVG Encore & SMS 7000 Family Routers • The cable details in the boxes refer to the cable connectors. • In TallyMan be sure to set priority numbers for the active Router Buses and set the

correct Level, with the ASCII code. • The SMS7000 needs an AMEZI serial interface to be installed. • Start with Level 0 in the TallyMan settings. The system will only import the names that exist on the selected level. The level names can be viewed under "Edit Levels". The Grass Valley Encore/SMS 7000 router is different from other manufacturers’ routers in that it uses only names to identify the following:

• levels • inputs • outputs.

The TSL TallyMan Controller uses the names that are programmed into the router to deduce the cross point information. The TallyMan program will allow access to the up-loading of the router’s names when the Configure Router Names button is pressed in the main screen.

In the TallyMan program, in the Router Properties box menu item, the video level could show something like 0:128SDV The leading part of the names in the UMD Controller must match exactly the names in the router, including case, punctuation and spacing. The easiest way to ensure this has happened is to select Configure Router Database Names an then import them to the UMD mnemonics. Allow a few moments (10~20 secs) for the update box to appear, when OK is pressed. However, if the Encore/SMS 7000 names are, say, only 5 characters long, any default name in the Edit router source names box e.g. SRCE 1, will not be completely overwritten. For example, the 1 part of SRCE 1 will remain. This is so user-mnemonics may be added to the TSL router lists as long as the leading names/mnemonics match those from the SMS7000.


Router Names may be copied across to the UMD mnemonics. Current software will overwrite the names entirely on a router upload but the user can then still enter the additional user-mnemonic part. e.g. CAM1 Bob Bob is the user- entered part of the mnemonic. CAM1 has been up-loaded from the SMS 7000. This facility will be especially useful for 16 character displays. Connections The TallyMan Controller usually connects into the SMS 7000 router via the ASYNC I/F connector(s), depending on configuration of the SMS 7000. If more than one connector is fitted, it can configured either be as MAIN/STANDBY or as two separate control connectors. There may be one or two serial ports available on the SMS 7000. Either can be used, as long as the port is set correctly. The connector supports both RS232 and RS422 standards. The TallyMan Controller is fitted with an RS422 interface (connected as a Device), and is identified by being a socket on the chassis. The Encore routers use a RJ45 connector. Cable details

TALLYMAN CONTROLLER TM1/TM2

TALLYMAN CONTROLLER TMC-1

GVG SMS 7000 ROUTER

RS-422 RS-422 J1, RS-422

D9 Plug D9 Skt D25 plug

2 1 → TX- → 4

8 4 ← RX- ← 5

3 3 ← RX+ ← 3

7 2 → TX+ → 2

4, 6 5 GND 7

TALLYMAN CONTROLLER TMC-1/TM1/TM2

GVG SMS 7000 ROUTER

RS-232 J1, RS-232

D9 D25 Socket

2 ← RX ← 3

3 → TX → 2

4 → DTR → 6/8

5 GND 7

7 → RTS → 4

8 ← CTS ← 5


RJ 45 connections for Encore Also please see Notes below

TALLYMAN CONTROLLER

TM1/TM2

TALLYMAN CONTROLLER

TMC-1

GVG SMS 7000 ROUTER ENCORE FRAME 6100884XX

RS-422 RS-422 COM 2, Serial 1 - 8

D9 Plug D9 Skt RJ45

2 1 → TX- → 6

8 4 ← RX- ← 8

3 3 ← RX+ ← 3

7 2 → TX+ → 1

4, 6 5 GND 4, 5

Check the configuration of the Encore/SMS 7000 for it to work with the UMD TallyMan Controller. Be sure to Set SMS7000 Native in the protocol selection box. The configuration is as follows. Communication details.

• Baud rate 9600 • Parity NONE • Stop Bits 1 • Data Bits 8 • Protocol NATIVE

Notes Although the Encore/SMS 7000 does not provide an automatic update of status changes within the router, it is interrogated for changes that have occurred since the last request. This is done about 5 times a second, so a UMD display should respond within about ¼second. If the Comms are good between the Encore/SMS 7000 and the TallyMan Controller, and TallyMan is online when the 7000 name database is changed, there should be an automatic update shown in TallyMan. Amendments for recent Encore Frames (July 2007)

RJ 45 For Encore Frame 6100884xx 1 Rx+ 2 No Connect 3 Tx+ 4 Ground 5 Ground 6 Rx- 7 No Connect 8 Tx-

RJ45 For Encore Frame 6101000xx 1 Tx+ 2 Tx- 3 Ground 4 Ground 5 Ground 6 Ground 7 Rx- 8 Rx+


2 Harris / Leitch Routers

• The cable details in the boxes refer to the cable connectors. • The router cable is plugged into a RS422 Comms Port on the TallyMan Controller. • In TallyMan be sure to set priority numbers for the active Router Buses . • Start with Level 0 set in the TallyMan dialog box. • With a RS422 data/LED checker, background polling on the communications link

must be seen both ways at the rate of about once a second. The Leitch router acts as a Controller.

These routers may connected to the TallyMan Controller via either a RS232 or a reverse connected RS422/485 link. Cable Requirements


RS-232

LEITCH ROUTER

D9 D9 Socket

2 RX 3

3 TX 2

5 GND 5

TALLYMAN TM1/TM2

CONTROLLER RS-422

TALLYMAN TMC-1

CONTROLLER RS-422

TSL Functions

LEITCH ROUTER

D9 Plug D9 Skt D9 Socket

3 3 ← RX+ 7

8 4 ← RX- 2

4 5 SCN 4

7 2 → TX+ 3

2 1 → TX- 8

6 5 SCN 6

For TM1 and TM2; 2 & 7 and 3 & 8 are twisted pairs. Communication details.

• Baud 9600 / 38K4 • No Parity • 8 Bits • 1stop Bit

For Integrator models

• Set the Integrator Serial 1 Port on the Logic Module to RS422 by suitably fitting the links the correct way up.

• Set the baud rate for Serial Port 1 to 9600 - and • Set RH Serial Port 1 Protocol switches 1 and 2 to Leitch (Auto Detect).

For Leitch router levels 1 and 2 set the TSL levels in TallyMan to Levels 0 and 1 respectively etc.


Leitch VIA32 Router • The cable details in the boxes refer to the cable connectors. • The router cable is normally plugged into a Comms Port on the TallyMan Controller. • In TallyMan be sure to set priority numbers for the active Router Buses. Leitch VIA32S series routing switchers. The control port on the TallyMan Controller should be fitted with an RS232 interface. This is identified as a D9 plug mounted on the rear of the TallyMan Controller. The SERIAL CONTROL connector on the rear of the LEITCH frame is connected to the TSL TallyMan Controller. The settings are as follows: Communication details.

• RS232 • 9600 baud • 8 bit data • No parity • One stop bit

The configuration DIP switches should be set as shown: (See Fig 2-5, P2-6 in the Leitch Installation & Maintenance Manual). S1 S2 On 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 S1-5 [ON] sets flow control on. S1-6 [ON] sets echo mode on. S1-7,8 [OFF] sets baud rate to 9600 Baud. An interface cable should be made up as below.


LEITCH ROUTER

Serial Control Port

D9 D9 Socket

3 → 2

2 ← 3

5 GND 7

During operation, TallyMan is “listening” for status messages from the LEITCH router, identifying the cross-points as they are made. In addition, the TallyMan carries out a background poll of the LEITCH router at the rate of 1 bus per second.


For Platinum Models

• Set the protocol in Tallyman as Leitch X-Y Passthrough. • Set the router size in TallyMan • Set up the appropriate matching communications parameters on the Harris PTR-RES

Platinum Resource Module (card) and in TallyMan • Set the Matrix number in TallyMan at 0 • Initially set the Level number in TallyMan at 0 or check Multi Level and set the

appropriate numbers on levels for the router. • Using a Terminal program with the PC attached to the other Harris serial port will

allow crosspoint changes to be made locally. Settings: 38K4/8/N/1. No Flow Control. Press Q to see the Command Summary screen

• When successfully On-Line, the Router Object will appear in TallyMan with a bright green dot alongside and activity will be seen in Tools > Router Mimic at the instant of a crosspoint change.

Cable details

TALLYMAN TM1/TM2

CONTROLLER RS-422

TALLYMAN TMC-1

CONTROLLER RS-422

TSL Functions

HARRIS ROUTER


3 3 ← RX+ 7

8 4 ← RX- 2

4 5 SCN 4

7 2 → TX+ 3

2 1 → TX- 8

6 5 SCN 6


• 3 Network Routers • The cable details in the boxes refer to the cable connectors. • The router cable is plugged into a Comms Port on the TallyMan Controller. • In TallyMan be sure to set priority numbers for the active Router Buses. TallyMan Programming The Router Level is the same as the Router’s Address. For example, if the Router Address is 0, the Level that must be set in the Tallyman Router Properties box is 0. All Midi data links must be fitted for operation. TallyMan Controller RS232 details

TALLYMAN CONTROLLER RS 232 CONNECTORS D9 CONNECTOR

1 - 6 -

2 RX 7 RTS

3 TX 8 CTS

4 DTR 9 -

5 0v

Cable Details

TALLYMAN CONTROLLER TMC-1/TM1/TM2 RS-232

Network Router RS-232

D9 D9 Plug

2 RX ← TX 2

3 TX → RX 3

5 GND 5

Communication details.

• 19K2 for 16 x 16, 32 x 32 and 64 x 64. Early V 16 x 16 routers are 9600 Baud

• No Parity • 8 Bits • 1 Stop Bit

The maximum cable length is 15m.


4 Pesa Routers • The cable details in the boxes refer to the cable connectors. • The router cable is plugged into a Comms Port on the TallyMan Controller. • In TallyMan be sure to set priority numbers for the active Router Buses. TallyMan Programming. The Router Level that must be set in the main screen in Router Properties Menu is 0. Be sure to set Router Bus priorities in TallyMan. Router Programming

• Open the CPU Link window. • Select Port 2. • Set the Baud Rate as 38400 • Set the Stop Bits at 1 • Select Protocol Type as USP. • Set Check Sum as None. • Set the Terminator as CR-Carriage Return • Check all boxes in the Status Filter • Select OK.

Normal RS232 Connections – Cable Requirements


RS-232

PESA RS-232

D9 D9 Socket

1 + 6 --- 4

2 --- 3

3 --- 2

4 --- 1 + 6

5 GND 5

7 --- 8

8 --- 7

9 N/C 9


Hardware Information

PESA J13/J14 RS 232 Connectors

FUNCTION

D9 Plug on equipment

1 CD

2 RX

3 TX

4 DTR

5 GROUND

6 DSR

7 RTS

8 CTS

9 N/C

Hardware Information

PESA J15 Connector FUNCTION

D9 Plug on equipment

1 GROUND

2 RX+

3 TX-

4 GROUND

5 N/C

6 GROUND

7 RX-

8 TX+

9 GROUND

RS 422/485 Connections – Cable Requirements

TALLYMAN TM1/TM2 CONTROLLER RS-422

TALLYMAN TMC-1 CONTROLLER RS-422

PESA ROUTER RS-422


2 1 7

8 4 3

4 5 SCN 4

7 2 2

3 3 8

6 5 SCN 6


TallyMan Programming General The Pesa router is different from other manufacturers’ routers in that it uses names and levels to identify the following:

• levels • inputs • outputs.

TallyMan uses the names that are programmed into the router to deduce the cross point information. The TallyMan program will allow access to the up-loading of the router’s names when the Configure Router Names button is pressed in main router screen.

In the TallyMan program, in Router Properties, the Level could show something like 0:128SDV The leading part of the names in the Controller must match exactly the names in the router, including case, punctuation and spacing. The easiest way to ensure this is to force an Import Router Database Names to Mnemonics. This is achieved via the Configure Router Names button. Allow a few moments (10~20 secs) for the update box to appear, when OK is pressed. User-mnemonics may be added to the TSL router lists as long as the leading names/mnemonics match those from the Pesa Router. Router Names may be copied across to the UMD mnemonics.


5 Thomson/Philips/BTS Routers • The cable details in the boxes refer to the cable connectors. • The router cable is normally plugged into a Comms Port on the TallyMan Controller. • In TallyMan be sure to set priority numbers for the active Router Buses. • The Jupiter VM3000 needs to be programmed with a set of CP input and output tables,

for the ASCII interface to the Controller (similar to setting up a control panel). This will allow which sources and destinations TallyMan looks at by compiling these tables.

• The ASCII protocol used does not support transfer of mnemonics between the Jupiter and third party Controllers; this is a limitation imposed by Philips.

Routers Using ‘BTS ASCII’ Interface In order for TallyMan to communicate with the router, the correct type of interface must be installed and configured inside the router main frame.

• One serial port, on the rear of the BTS control system must be allocated for use with TallyMan and configured as an ASCII port.

• The Source and Destination tables must be built for this port and the file saved back

to configure the router. The connector supports both RS232 and RS422 standards. The serial interconnection cable between the BTS router and the TallyMan Controller should be wired as shown below.


BTS ROUTER

RS232 ASCII PORT(7), RS232

D9 D9 Socket

2 ← RX ← 3

3 → TX → 2

5 GND 1

+ 6

+ 7


TALLYMAN

CONTROLLER TM1/TM2 TALLYMAN

CONTROLLER TMC-1 BTS ROUTER

RS422 RS422 ASCII RS422


2 1 → TX- → 2

7 2 → TX+ → 7

4 5 GND 4

8 4 ← RX- ← 8

3 3 ← RX+ ← 3

6 0 GND 6

The BTS router serial port used by TallyMan needs to be set up as: Communication details.

• Baud Rate: 38K4 with ASCII interface • Data bits: 8 • Parity: None • Stop bits: 1

Refer to the BTS Control system (Installation & Operation) manuals for details on: Hardware Installation......... BTS ASCII 2-49 (computer interface protocol) Software Installation .......… Serial protocol 3-28 MPK devices 3-44 Notes. During operation, TallyMan initiates a ‘Watch Output’ command, at the rate of 1 bus per second for each for each bus it is interested in. The router immediately replies with a status as well as responding to any changes on that bus. For the ASCII interface within the Jupiter config, you must define sets of inputs, outputs and levels and associate them with the ASCII configured port. The index numbers on the left of these sets determine the numbers sent in the ASCII protocol to TallyMan. If unsure of level number, then tick the "Multi Level" box in TM and specify e.g. 8 levels. It is, however normally preferable to operate as single level if you are only interested in one level, as it removes unnecessary compilations in subsequent programming. Note that only those levels specified in the CP Level set will appear on the interface.


6 ProBel Routers

• The cable details in the boxes refer to the cable connectors. • In TallyMan be sure to set priority numbers for the active Router Buses. • Problems with communication are invariably due to incorrect configuring of the ProBel

port. • Check whether the protocol set in the router is SWP02 or SWP08.

System - General Setup Set the number of the router video and matrix levels.

• For General Remote Protocol, System 3 (SWP08), Aurora and Freeway, this starts at 00 (zero).

• For General Switcher protocol, System 2 (SWP02), this starts at 01. Check in the router manual for router matrix number setting. If there is doubt as to the correct number, start at 0. A control port on the TallyMan Controller is fitted with an RS422 interface; this is identified as a D9 socket. In order for TallyMan to communicate with a router, it is necessary for the correct type of interface to be installed and configured inside the router main frame. ProBel routers need to have a Remote (communications) Port assigned and configured to act as an interface to TallyMan. In order to achieve this, a computer terminal needs to be connected to the router maintenance interface port and the router configured to the following specification: Communication details.

• General Remote Protocol SWP08 / General Switcher Protocol SWP02 • RS422 • 38400 baud • 8 bit data • No parity • One stop bit

Set the Remote Port to be General Remote or General Switcher protocol, as appropriate. ProBel port RS485/422 should be used. The serial interconnection cables between the PROBEL router and the UMD TallyMan controller should be wired as shown below for the particular application.


Pin-out Details RS232 Connections – where appropriate

TALLYMAN CONTROLLER PROBEL ROUTER

Control Port

D9 D9 Socket

3 (Tx) → 3

2 (Rx) ← 2

5 (0v) GND 5/7

General Switcher protocol – SWP02. RS422 Connections where there is a ProBel controller in the system.



PROBEL ROUTER

Control Port

D9 Plug (D9 Skt) D9 plug

3 3 ← 3

8 4 ← 8

7 2 → 7

2 1 → 2

4,6 5 GND 6,4

General Remote protocol – SWP08. RS422 Connections where there is a ProBel controller in the system.



PROBEL ROUTER

Control Port


3 3 ← 7

8 4 ← 2

7 2 → 3

2 1 → 8

4,6 5 GND 6,4


RS422 Connections where there is no ProBel controller in the system.

TALLYMAN CONTROLLER

TM1/TM2


PROBEL ROUTER

Control Port


3 3 ← 3

8 4 ← 8

7 2 → 7

2 1 → 2

4,6 5 GND 6,4

During operation TallyMan is “listening” for status messages from the ProBel router identifying the cross-points as they are made. In addition, TallyMan carries out a background poll of the ProBel router at the rate of 1 bus per second. For routers on different levels, an extra Router module will need to be inserted into the TallyMan tree and assigned to the existing one for the communications connections. Note: In case of no communications with the ProBel frame, please be prepared to try a 1:1 cable or crossed cable, as the case may be. Also, check the matrix level numbers set in TallyMan.


7 Quartz Routers

• The cable details in the boxes refer to the cable connectors. • The router cable is plugged into a Comms Port on the TallyMan Controller. • In TallyMan be sure to set priority numbers for the active Router Buses.

The Quartz routers, Q1600/Q3200, may not have a suitable serial interface installed and it must be fitted retrospectively if the routers were ordered without the interface board. The router serial interface may be configured as RS232 or RS422 by changing the position of the jumpers on the card. All jumpers must be set the same way. See the following charts for connection details.


RS-232

QUARTZ ROUTER RS-232

D9 D9 Plug

2 RX 7

3 TX 3

5 GND 6

TALLYMAN CONTROLLER

TM1/TM2

TALLYMAN TMC-1 CONTROLLER RS-

422

FROM TALLYMAN

QUARTZ ROUTER RS-422

D9 Plug D9 Skt D9 Plug

3 3 RX+ 7

8 4 Rx- 2

4 5 0v 4

7 2 Tx+ 3

2 1 Tx- 8

6 5 0v 6

The TallyMan Controller uses the default serial communication settings of the Quartz router. Use Quartz protocol (Quartz Type 1 or Quartz Native). Communication details.

• 9600 / 38K4 baud (depends on version) • 8 bits • No parity • 1 stop bit

Note: The Matrix setting in TallyMan has no effect with Quartz Routers. If you have difficulty with finding the correct Level, check the Multi-level box in the TallyMan router dialog page and enter, say 4, in the Levels box. Then inspect the data in Tools > Tally Mimic to ascertain which level you want to read. Courtesy of Evertz Quartz UK


8 Sony Routers MVS/DVS Series • The cable details in the boxes refer to the cable connectors. • The router cable is plugged into a Comms Port on the TallyMan Controller. • In TallyMan be sure to set priority numbers for the active Router Buses. The communication is RS422 and operates at 38K4 baud. ROT 16 is supported

TALLYMAN TM1/TM2 CONTROLLER RS-422

TALLYMAN TMC-1 CONTROLLER RS-422

SONY ROUTER RS-422

D9 Plug D9 Skt D9 Plug

3 3 7

8 4 2

4 5 SCN 4

7 2 3

2 1 8

6 5 SCN 6

The protocol is multi-drop, allowing multiple devices to be on the bus. This allows for several routers to be controlled, or monitored from one serial port. Addressing on the Sony equipment is by means of a DIP switch. This address is designated Unit Address 2. Addressing is bit mapped. This allows operations to take place on more than one router at a time, i.e. Video + Audio etc. In the TallyMan Controller, the address is set by using the Video Level number and the addresses generated are as follows:-

TALLYMAN CONTROLLER VIDEO LEVEL

SONY UNIT ADDRESS 2

DECIMAL HEXADECIMAL

1 1 0x01

2 2 0x02

3 4 0x04

4 8 0x08

5 16 0x10

6 32 0x20

7 64 0x40

8 128 0x80

This facility precludes an automatic update from the router to the TallyMan Controller. This normally provides a quick update when a change occurs. With 16 or less outputs and inputs, the complete status can be requested and this is done twice a second to keep display update time reasonably short. �� Set the IP address to be in the same group as the TallyMan TMx unit. The Port in TallyMan must be set to 8004. Assign a spare SBUS number to the TM system.


9 Sigma Routers Please check on the pin functions as shown in the manuals for the correct connectivity. Usually RS 232: Pin 2-3 Pin 3-2 Pin 5-5

• Baud rate is fixed at 9600 in TallyMan. • Switches will need setting in the MRX Router • The MRX Router module is RS232 by default. • Its logical address is 0 which corresponds to Matrix number 0 in the TallyMan

program • Handshaking should be set to OFF. • Sigma Switch Settings:

RS232 Baud Rate setting: S2-1 and S2-2 ON /DOWN Protocol format: S2-9, S2-10. S2-11 ON/DOWN Control Level: S2-12 DOWN/ON (8 Levels) Handshaking S3-2 OFF/UP

10 NVision Routers

• Connect using TCP/IP • The level number corresponds to the physical level number (-1) in the NVision

software. • For multiple levels, each level should be entered as a separate router object,

communicating with the same IP/port on the NVision router.


Appendix 1 TallyMan Router support as at April 2008 Protocol Control Alphanumeric BTS ASCII Yes No GVG Native Yes From Router BTS ESSwitch Yes From Router Kramer Yes No Leitch Yes No Network Yes No NVision Yes From Router Pesa Yes From Router Quartz Yes From Router SBUS (ROT16) Yes From Router Sigma Yes No Sony Yes No SWP02 Yes No SWP08 Yes From Router Talia No No VikinX Yes No

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