Our VIDEO STREAMER is a replacement for traditional methods of providing cues with film which involve pre-listen heads and chinagraph pencil wipes, punch frames, etc for visual and audio cues.It combines all the facilities of our TCR Reader/ Generator/ Inserter to provide a powerful and flexible PostProduction Cueing System.In addition to our standard four-video insertions derived from Timecode or Film Time/Footage conversions Streamer also generates a VIDEO WIPE in the form of a vertical which wipes across the screen and is selectable from 6 different styles.Additionally a '3:2:1: +' NUMERIC VIDEO Count Down/Up may be selected.An audible BEEP cue is also generated as an alternative artist cue and or musician's METRONOME.The cues may be triggered in three different ways :-
From an internal Cue List
External contact closure
External audio input
The internal cue list may be generated in different ways:-
Capture key from timecode reader
Keyboard entry on the VS-1
Audio trigger from timecode reader
Download from PC Compatible Computer
Download from CB MR ADR system
Third pary Software e.g. Black Box spotting system for DAW's
Streamer's metronome facility allows click tracks and cues to be programmed in TEMPO, defined as Frames & 1/8ths per Beat or Beats per Minute, with a resolution of 1/8th FRAME. Beats-In, (pre-roll to START CUE), is selectable from 1 to 16 beats and the speed and duration of ensuing Wipes is then determined by the TEMPO and BEATS-IN pre set for each individual cue.The standard unit comes complete with Audio Trigger input and four Opto Isolated Inputs to facilitate Cue List generation and Wipe/Event enables from remote sources as well as a separate insertion of a Record and Lock Indication in the video.VSO-1, Our optional Relay Pcb, provides eight assignable relay closures to trigger external eventsVIDEO STREAMER's integral cue list holds up to 500 Start/Stop Loop Cues and these may be created On-The-Fly via a single key depression. Cues may be edited On-Line and the Battery Backed Cue List may also be saved to and loaded from an external PC via the 9 pin RS 232 port.Cue lists may also be generated on an Off-Line PC, either manually or automatically using our ED-2 EDL TAKER software and loaded into Streamer for a Post session via the VS-Link software.VS-link is a free application program supplied with the Video Streamer. The VS-Link software will accept cues in many formats including text files, EDL lists and taker files. The VS-Link software may be modified to include other standard formats as they arrive.See also VS-Link2CB Electronics Video Streamer has now been in production for over 17 years, during that period a number of improvements have been made. Most of these are available as upgrades to all uses. A recent addition was the windows version of the VS-Link download software that is currently available in beta form.
CB Electronics have designed three different systems for use with API Consoles all of which include a custom designed matching control surfaces for the API Vision console, and CBServer GUI for Windows, MAC or Linux. The CB System provide a timecode output that connects with the Vison automation.
Specifications:
Synchroniser Panel with CBServer and USB-422, Four 9-pin Serial outputs, LTC in/out, 6 GPI inputs, 6 GPI outputs.......................................................................................
CB Electronics have designed three different systems for use with API Consoles all of which include a custom designed matching control surfaces for the API Vision console, and CBServer GUI for Windows, MAC or Linux. The CB System provide a timecode output that connects with the Vison automation.Specifications:4 port remote panel, RM-6HD, CBServer and USB-422: Three RS422 Input Ports, Five RS422 Output Ports, 6 GPI inputs, 6 GPI outputs
The TT002 interface from Euphonix provides the console with a single RS422 interface. CB Electronics have designed four different systems for use where it in necessary to control more than one machine. These systems may also be used to link consoles in very large systems.
The four basic systems are as follows.
• 4 port system: SR-4 with custom control surface built into console with optional Windows/Mac/linux GUI.
• 5 port system: RM-6HD rack unit with CBServer Windows/Mac/Linux GUI
. • 6 port system: SR-6 with custom remote panel built into console with optional CBServer Windows/Mac/Linux GUI
. • 8 port system: Custom Remote Panel in console, RM-6HD in machine room with optional CBServer Windows/Mac/Linux GUI.
The 4 port SystemA SR-4 with custom remote panel is built into the console. Serial, Timecode, Video and GPIO are connected to the remote in the console. Port A is connected to the TT002 interface using a standard 9 pin cable. Ports B, C & D are available for machine control. The GP Outputs are used to drive the Record and Lock indicators in the Giant Display.
The TT002 interface from Euphonix provides the console with a single RS422 interface. CB Electronics have designed four different systems for use where it in necessary to control more than one machine. These systems may also be used to link consoles in very large systems.The four basic systems are as follows.• 4 port system: SR-4 with custom control surface built into console with optional Windows/Mac/linux GUI.• 5 port system: RM-6HD rack unit with CBServer Windows/Mac/Linux GUI. • 6 port system: SR-6 with custom remote panel built into console with optional CBServer Windows/Mac/Linux GUI. • 8 port system: Custom Remote Panel in console, RM-6HD in machine room with optional CBServer Windows/Mac/Linux GUI.Five Port SystemThe five port system uses a rack mounted RM-6; the system may be setup from the RM-6 front panel. CB Server software may also be used to setup and control the system.
The TT002 interface from Euphonix provides the console with a single RS422 interface. CB Electronics have designed four different systems for use where it in necessary to control more than one machine. These systems may also be used to link consoles in very large systems.The four basic systems are as follows.• 4 port system: SR-4 with custom control surface built into console with optional Windows/Mac/linux GUI.• 5 port system: RM-6HD rack unit with CBServer Windows/Mac/Linux GUI. • 6 port system: SR-6 with custom remote panel built into console with optional CBServer Windows/Mac/Linux GUI. • 8 port system: Custom Remote Panel in console, RM-6HD in machine room with optional CBServer Windows/Mac/Linux GUI.Six Port SystemA SR-6 with custom remote panel is built into the console. Serial, Timecode, Video and GPIO are connected to the remote in the console. If CBServer software is used then Port F is connected to CBServer and Port E to the TT002 interface, If CB Server is not used then port F should be connected the the TT002 and Port E may be used as a Machine control output. Ports A, B, C & D are available for machine control. The GP Outputs are used to drive the Record and Lock indicators in the Giant Display.
The TT002 interface from Euphonix provides the console with a single RS422 interface. CB Electronics have designed four different systems for use where it in necessary to control more than one machine. These systems may also be used to link consoles in very large systems.The four basic systems are as follows.• 4 port system: SR-4 with custom control surface built into console with optional Windows/Mac/linux GUI.• 5 port system: RM-6HD rack unit with CBServer Windows/Mac/Linux GUI. • 6 port system: SR-6 with custom remote panel built into console with optional CBServer Windows/Mac/Linux GUI. • 8 port system: Custom Remote Panel in console, RM-6HD in machine room with optional CBServer Windows/Mac/Linux GUI.Eight Port SystemThe desk Remote Control expands the number of ports available; in this diagram 3 input ports and 5 output ports. One input port is used to interface with the Euphonix console via the TT002. A second input port is used to interface with CBServer software; the third input is free and may be used to connect with a DAW or on large systems to link with a second console. The expansion unit may also be supplied in a rack mount box without the remote.
FC-1 FILMCODERFC-1 Filmcoder is our Bi-Phase to Timecode Converter which utilises our EBU/NTSC Multi Standard LTC Generator to generate Timecode derived from an external source of Bi-Phase or Pulse and Direction.Timecode generation may be referenced to XTAL, VIDEO, EXT, LINE or FILM and the integral ELECTRONIC GEARBOX allows any of the standard EBU/NTSC Timecodes to be generated from any Standard Film Speed.
Giant Display
Our Giant Display reads and displays EBU/SMPTE/FILM Longitudinal Timecode or User Bits in 5 inch high, 7 segment red LED displays wih simple, remotable, two switch operation.
CB Electronics have designed four different systems for use with Harrison Consoles which can be combined with custom designed control surfaces to suit the different Harrison consoles. CB Systems provide a direct serial connection with the IKIS automation to provide the timecode reader and with the Harrison track arming. The four basic systems are as follows.
• Harrison-4: 4 port system: SR-4HD with custom control surface built into console. • Harrison-6: 6 port system: SR-6HD with custom control surface built into console with optional CBServer Windows/Mac/Linux GUI. • Harrison-7: 7 port system: RM-6HD in the machine room with CBServer Windows GUI and UR-422 Motion Remote in the console. • Harrisson-8: 8 port system: Custom control surface with RS-422 Hub in console, RM-6HD in machine room with optional CBServer Windows/Mac/Linux GUILCD Display All Remotes include a LCD Display, where possible they are built into the console surface. When this is not possible the display is housed in a low profile box that sits on the top of the display. The display unit has either two lines of 40 Characters or 4 Lines of 40 Characters and is supplied with 5 or 8mm high characters depending the space available. When used with CBServer it is also possible to run the system without a LCD DisplayCBServer CBServer provides a Windows Graphical User Interface and online System Support using the internet. CBServer2 Mac/Windows/Linux Graphical User Interface and online System Support using the internet. S29 Parallel Remote One or more transport remotes connected in parallel may be positioned at different positions in the console. S29 Panel Mounted in MPC RS422 Patch Bay Using a RJ45 or D9 patch bay to connect machines will allow connection to a selection of machines. Timecode, Video Sync and Word Clock Distribution On Larger systems use distribution amplifiers, the input impedance on some machines can be as low as 50ohms and the mix of balanced and unbalanced inputs may also cause a problem. Extra playback machines may be connected using timecode chase. Harrison 4: 4 port System
A SR-4 with custom remote panel is built into the console. Serial, Timecode, Video and GPIO are connected to the remote in the console. Port A is connected to the Ikis Machine control port using a standard 9 pin cable. Ports B, C & D are available for machine control. The GP Outputs are used to drive the Record and Lock indicators in the Giant Display. Optional S29 Motion control panels may be connected to the GPIO Port.
CB Electronics have designed four different systems for use with Harrison Consoles which can be combined with custom designed control surfaces to suit the different Harrison consoles. CB Systems provide a direct serial connection with the IKIS automation to provide the timecode reader and with the Harrison track arming. The four basic systems are as follows. • Harrison-4: 4 port system: SR-4HD with custom control surface built into console. • Harrison-6: 6 port system: SR-6HD with custom control surface built into console with optional CBServer Windows/Mac/Linux GUI. • Harrison-7: 7 port system: RM-6HD in the machine room with CBServer Windows GUI and UR-422 Motion Remote in the console. • Harrisson-8: 8 port system: Custom control surface with RS-422 Hub in console, RM-6HD in machine room with optional CBServer Windows/Mac/Linux GUILCD Display All Remotes include a LCD Display, where possible they are built into the console surface. When this is not possible the display is housed in a low profile box that sits on the top of the display. The display unit has either two lines of 40 Characters or 4 Lines of 40 Characters and is supplied with 5 or 8mm high characters depending the space available. When used with CBServer it is also possible to run the system without a LCD DisplayCBServer CBServer provides a Windows Graphical User Interface and online System Support using the internet. CBServer2 Mac/Windows/Linux Graphical User Interface and online System Support using the internet. S29 Parallel Remote One or more transport remotes connected in parallel may be positioned at different positions in the console. S29 Panel Mounted in MPC RS422 Patch Bay Using a RJ45 or D9 patch bay to connect machines will allow connection to a selection of machines. Timecode, Video Sync and Word Clock Distribution On Larger systems use distribution amplifiers, the input impedance on some machines can be as low as 50ohms and the mix of balanced and unbalanced inputs may also cause a problem. Extra playback machines may be connected using timecode chase. Harrison-6: Six Port System A SR-6 with custom remote panel is built into the console. Serial, Timecode, Video and GPIO are connected to the remote in the console. The IKIS RS422 Port is connected to port E or F. The block diagram below shows CBServer connected to Port Port F, Ikis connaected to port E with ports A, B, C & D available for machine control. The GP Outputs are used to drive the Record and Lock indicators in the Giant Display. Optional S29 Motion control panels may be connected to the GPIO Port.
CB Electronics have designed four different systems for use with Harrison Consoles which can be combined with custom designed control surfaces to suit the different Harrison consoles. CB Systems provide a direct serial connection with the IKIS automation to provide the timecode reader and with the Harrison track arming. The four basic systems are as follows.
• Harrison-4: 4 port system: SR-4HD with custom control surface built into console. • Harrison-6: 6 port system: SR-6HD with custom control surface built into console with optional CBServer Windows/Mac/Linux GUI. • Harrison-7: 7 port system: RM-6HD in the machine room with CBServer Windows GUI and UR-422 Motion Remote in the console. • Harrisson-8: 8 port system: Custom control surface with RS-422 Hub in console, RM-6HD in machine room with optional CBServer Windows/Mac/Linux GUILCD Display All Remotes include a LCD Display, where possible they are built into the console surface. When this is not possible the display is housed in a low profile box that sits on the top of the display. The display unit has either two lines of 40 Characters or 4 Lines of 40 Characters and is supplied with 5 or 8mm high characters depending the space available. When used with CBServer it is also possible to run the system without a LCD DisplayCBServer CBServer provides a Windows Graphical User Interface and online System Support using the internet. CBServer2 Mac/Windows/Linux Graphical User Interface and online System Support using the internet. S29 Parallel Remote One or more transport remotes connected in parallel may be positioned at different positions in the console. S29 Panel Mounted in MPC RS422 Patch Bay Using a RJ45 or D9 patch bay to connect machines will allow connection to a selection of machines. Timecode, Video Sync and Word Clock Distribution On Larger systems use distribution amplifiers, the input impedance on some machines can be as low as 50ohms and the mix of balanced and unbalanced inputs may also cause a problem. Extra playback machines may be connected using timecode chase. Harrison-7: Seven Port SystemRM-6 in the machine room with a UR-422 Remote on or in the console. The IKIS RS422 Port is connected to port E or F. One the system below Port F on the RM-6 is connected to CBServer. Port E is connected to IKIS. The UR-422 is connected to CBServer; a second UR-422 may be connected in daisy chain. Ports A, B, C, D & E are available for machine control. The GP Outputs on the RM-6 are used to drive the Record and Lock indicators in the Giant Display. Optional S29 Motion control panels may be connected to the S29 port on the RM-6.
CB Electronics have designed four different systems for use with Harrison Consoles which can be combined with custom designed control surfaces to suit the different Harrison consoles. CB Systems provide a direct serial connection with the IKIS automation to provide the timecode reader and with the Harrison track arming. The four basic systems are as follows. • Harrison-4: 4 port system: SR-4HD with custom control surface built into console. • Harrison-6: 6 port system: SR-6HD with custom control surface built into console with optional CBServer Windows/Mac/Linux GUI. • Harrison-7: 7 port system: RM-6HD in the machine room with CBServer Windows GUI and UR-422 Motion Remote in the console. • Harrisson-8: 8 port system: Custom control surface with RS-422 Hub in console, RM-6HD in machine room with optional CBServer Windows/Mac/Linux GUILCD Display All Remotes include a LCD Display, where possible they are built into the console surface. When this is not possible the display is housed in a low profile box that sits on the top of the display. The display unit has either two lines of 40 Characters or 4 Lines of 40 Characters and is supplied with 5 or 8mm high characters depending the space available. When used with CBServer it is also possible to run the system without a LCD DisplayCBServer CBServer provides a Windows Graphical User Interface and online System Support using the internet. CBServer2 Mac/Windows/Linux Graphical User Interface and online System Support using the internet. S29 Parallel Remote One or more transport remotes connected in parallel may be positioned at different positions in the console. S29 Panel Mounted in MPC RS422 Patch Bay Using a RJ45 or D9 patch bay to connect machines will allow connection to a selection of machines. Timecode, Video Sync and Word Clock Distribution On Larger systems use distribution amplifiers, the input impedance on some machines can be as low as 50ohms and the mix of balanced and unbalanced inputs may also cause a problem. Extra playback machines may be connected using timecode chase. Harrison-8: Eight Port SystemUsing a RM-6 in the machine room with a remote control panel in the console simplifies the connections to the desk and expands the number of ports available (3 input ports and 5 output ports). In the diagram below port D on the hub is used to interface with the Harrison IKIS automation, port A on the hub is connected CBServer, the third input may be used to connect with a DAW.
The Tascam P2MMC Interface uses experience gained from both the SR and MR series remote control system. Designed to be used with existing consoles and DAW's and synchronisers the interface will connect any Sony P2 Protocol serial port to the MX2424 Midi Port. This Interface may be used as a serial slave with most RS422 editors/synchronisers
Main Features
Record and Record Track Arming
Muti-Track arming passed to MMC Machine (DA88, MX2424..)
RS422 Input Sony P2 Protocol Input
For use with Consoles, DAW or Video Editors
Timecode Output
Virtual Master for the MX2424
Timecode Input
More Accurate position information
MIDI, RS22, LTC Reader, Video Indicators
Self Test
Virtual Machine
The PD-1 is a new concept in DAW monitoring based on the film mixing concept of the ”PEC/Direct” panel that allows you to mix with separate Dialog, Music and Effects Stems (sub-mixes). You can monitor any combination whilst preserving the ability to ‘Solo in Place’ any source track. The solo, mute and source/playback switching are implemented within the DAW. The audio is mixed within the workstation to generate the individual monitor feeds (LCRS...). This reduces both cost and complexity by eliminating external connections and hardware.Features
All audio switching performed within the DAW
Solo Using Mute option for 'Solo in Place'
Track and Stem names, Read from the DAW are displayed
Automatic Stem/Track assignment from track names
Eight Global set-ups, 16 Stems, 64 tracks
Multiple PD-1 panels may be daisy chained for multi-user operation
Custom low depth, light action paddle switches
Integrates with CB machine control for multi-user and/or multi machine systems
Interfaced with Pro-Tools version 7.2, Pyramix version 5.XX.XSP2 (via Sony 9 pin)
Interfacing to other DAW's (Nuendo, Sequoia, Sadie.. .) under discussion.
Fingertip record/monitor control of Track, Stem(Sub Group) or all tracks
The RM Synchronizer is designed to operate with a standard Sony 9-pin remote, using a scalable extended Sony protocol. OEM customers may extend their existing machine control using the functions they require, or develop full synchroniser interface with individual machine control and status display.The RM Serial remote/Synchronizer uses experience gained from both the SR and MR series remote control system. Designed to be used with existing consoles and DAW's this unit will expand a single Sony Protocol serial port to five serial ports. The various serial protocol options allow the RM Synchronizer unit to act as a serial protocol converter.A single machine or virtual machine(Generator) is controlled by the serial input, the chase function expands this to up to five machines. Record On and Off are sent to all record enabled machines. Record track arming is provided for up to 100 tracks and may be mapped over all machines either by the user or an automatic algorithm.With the development of the RM-6 rack mounted unit we are able to move most of the electronics from the controller to the machine room. The SR-4 may be used with a single RS-422 connection to control the RM-6. Whilst the existing SR-24 may also be used as a remote control for the RM-6 the separate Display box made it expensive. The new SR-424 is our solution, it may be used as a remote for the RM-6 in the same way but with 24 track arm keys.The rear panel of the SR-424 is the same as the SR-4, this allows the SR-424 to be used as a stand alone unit with extra track arm keys. We are also looking at an ADR version of the SR-424 for the future.
Rack Mount Serial Synchroniser 6 Serial ports, SR-4 remote - 2 port
The RM Synchronizer is designed to operate with a standard Sony 9-pin remote, using a scalable extended Sony protocol. OEM customers may extend their existing machine control using the functions they require, or develop full synchroniser interface with individual machine control and status display.The RM Serial remote/Synchronizer uses experience gained from both the SR and MR series remote control system. Designed to be used with existing consoles and DAW's this unit will expand a single Sony Protocol serial port to five serial ports. The various serial protocol options allow the RM Synchronizer unit to act as a serial protocol converter.A single machine or virtual machine(Generator) is controlled by the serial input, the chase function expands this to up to five machines. Record On and Off are sent to all record enabled machines. Record track arming is provided for up to 100 tracks and may be mapped over all machines either by the user or an automatic algorithm.With the development of the RM-6 rack mounted unit we are able to move most of the electronics from the controller to the machine room. The SR-4 may be used with a single RS-422 connection to control the RM-6. Whilst the existing SR-24 may also be used as a remote control for the RM-6 the separate Display box made it expensive. The new SR-424 is our solution, it may be used as a remote for the RM-6 in the same way but with 24 track arm keys.The rear panel of the SR-424 is the same as the SR-4, this allows the SR-424 to be used as a stand alone unit with extra track arm keys. We are also looking at an ADR version of the SR-424 for the future.SR4The SR Series remote controls have been designed as stand alone controllers or used to expand the single serial output of a Console or Digital Audio Work-station, the SR serial remotes make cost effective ergonomic solutions. The master machine or virtual machine(Generator) is controlled by the serial input, the chase functionexpands this to up to four machines. When the A port is configured as a input SR-4/SR-424 may be used with a Digital Audio Work-station or Console to provide control of up to 3 machines from one serial port. The record tracks are mapped so that the Serial input may have up to 64 record tracks. The timecode input enables the SR to act as a timecode to serial converter. Track arming from the front panel or via the input port is used to provide track arming, aA 24/48 track parallel to serial converter is also available. Record track arming is provided for up to 100 tracks and may be mapped to single or multiple machines by the user. Record On and Off are sent to all record enabled machines.
Rack Mount Serial Synchroniser 6 Serial ports, SR-4 remote - 4 port
The RM Synchronizer is designed to operate with a standard Sony 9-pin remote, using a scalable extended Sony protocol. OEM customers may extend their existing machine control using the functions they require, or develop full synchroniser interface with individual machine control and status display. The RM Serial remote/Synchronizer uses experience gained from both the SR and MR series remote control system. Designed to be used with existing consoles and DAW's this unit will expand a single Sony Protocol serial port to five serial ports. The various serial protocol options allow the RM Synchronizer unit to act as a serial protocol converter. A single machine or virtual machine(Generator) is controlled by the serial input, the chase function expands this to up to five machines. Record On and Off are sent to all record enabled machines. Record track arming is provided for up to 100 tracks and may be mapped over all machines either by the user or an automatic algorithm. With the development of the RM-6 rack mounted unit we are able to move most of the electronics from the controller to the machine room. The SR-4 may be used with a single RS-422 connection to control the RM-6. Whilst the existing SR-24 may also be used as a remote control for the RM-6 the separate Display box made it expensive. The new SR-424 is our solution, it may be used as a remote for the RM-6 in the same way but with 24 track arm keys. The rear panel of the SR-424 is the same as the SR-4, this allows the SR-424 to be used as a stand alone unit with extra track arm keys. We are also looking at an ADR version of the SR-424 for the future. SR4 The SR Series remote controls have been designed as stand alone controllers or used to expand the single serial output of a Console or Digital Audio Work-station, the SR serial remotes make cost effective ergonomic solutions. The master machine or virtual machine(Generator) is controlled by the serial input, the chase function expands this to up to four machines. When the A port is configured as a input SR-4/SR-424 may be used with a Digital Audio Work-station or Console to provide control of up to 3 machines from one serial port. The record tracks are mapped so that the Serial input may have up to 64 record tracks. The timecode input enables the SR to act as a timecode to serial converter. Track arming from the front panel or via the input port is used to provide track arming, aA 24/48 track parallel to serial converter is also available. Record track arming is provided for up to 100 tracks and may be mapped to single or multiple machines by the user. Record On and Off are sent to all record enabled machines.
Rack Mount Serial Synchroniser 6 Serial ports, SR-424 remote - 2 port
The RM Synchronizer is designed to operate with a standard Sony 9-pin remote, using a scalable extended Sony protocol. OEM customers may extend their existing machine control using the functions they require, or develop full synchroniser interface with individual machine control and status display. The RM Serial remote/Synchronizer uses experience gained from both the SR and MR series remote control system. Designed to be used with existing consoles and DAW's this unit will expand a single Sony Protocol serial port to five serial ports. The various serial protocol options allow the RM Synchronizer unit to act as a serial protocol converter. A single machine or virtual machine(Generator) is controlled by the serial input, the chase function expands this to up to five machines. Record On and Off are sent to all record enabled machines. Record track arming is provided for up to 100 tracks and may be mapped over all machines either by the user or an automatic algorithm. With the development of the RM-6 rack mounted unit we are able to move most of the electronics from the controller to the machine room. The SR-4 may be used with a single RS-422 connection to control the RM-6. Whilst the existing SR-24 may also be used as a remote control for the RM-6 the separate Display box made it expensive. The new SR-424 is our solution, it may be used as a remote for the RM-6 in the same way but with 24 track arm keys. The rear panel of the SR-424 is the same as the SR-4, this allows the SR-424 to be used as a stand alone unit with extra track arm keys. We are also looking at an ADR version of the SR-424 for the future. SR424 The SR Series remote controls have been designed as stand alone controllers or used to expand the single serial output of a Console or Digital Audio Work-station, the SR serial remotes make cost effective ergonomic solutions. The master machine or virtual machine(Generator) is controlled by the serial input, the chase function expands this to up to four machines. When the A port is configured as a input SR-4/SR-424 may be used with a Digital Audio Work-station or Console to provide control of up to 3 machines from one serial port. The record tracks are mapped so that the Serial input may have up to 64 record tracks. The timecode input enables the SR to act as a timecode to serial converter. Track arming from the front panel or via the input port is used to provide track arming, aA 24/48 track parallel to serial converter is also available. Record track arming is provided for up to 100 tracks and may be mapped to single or multiple machines by the user. Record On and Off are sent to all record enabled machines.
Features
* Four Serial Ports......................................... May be assigned as Inputs or Outputs* Multimaster Mode ................................Interface with Multiple DAW’s or Consoles* Plug & Play Sony P2 protocol............................................... VTR's, ATR’;s, DAW’s ..* Optional Protocols............................................... Timeline, ES-BUS, Ampex, Studer* Macro Keys.........................................................................9 (SR-4) or 26 (SR-424)* Track Arm Keys .................................................................8 (SR-4) or 24 (SR-424)* GPI’s...........................................................................6 Cmos inputs, 6 TTL outputs* Timecode Output........................................ Follows the master position and Offset* Timecode Input......................................................................... chase remote code* RS422 Synchroniser...........................Will synchronise any suitable 9-pin Machine* Real or Virtual Master ........................ Perfect Machine as Master, Tapeless Master
Rack Mount Serial Synchroniser 6 Serial ports, SR-424 remote - 4 port
The RM Synchronizer is designed to operate with a standard Sony 9-pin remote, using a scalable extended Sony protocol. OEM customers may extend their existing machine control using the functions they require, or develop full synchroniser interface with individual machine control and status display. The RM Serial remote/Synchronizer uses experience gained from both the SR and MR series remote control system. Designed to be used with existing consoles and DAW's this unit will expand a single Sony Protocol serial port to five serial ports. The various serial protocol options allow the RM Synchronizer unit to act as a serial protocol converter. A single machine or virtual machine(Generator) is controlled by the serial input, the chase function expands this to up to five machines. Record On and Off are sent to all record enabled machines. Record track arming is provided for up to 100 tracks and may be mapped over all machines either by the user or an automatic algorithm. With the development of the RM-6 rack mounted unit we are able to move most of the electronics from the controller to the machine room. The SR-4 may be used with a single RS-422 connection to control the RM-6. Whilst the existing SR-24 may also be used as a remote control for the RM-6 the separate Display box made it expensive. The new SR-424 is our solution, it may be used as a remote for the RM-6 in the same way but with 24 track arm keys. The rear panel of the SR-424 is the same as the SR-4, this allows the SR-424 to be used as a stand alone unit with extra track arm keys. We are also looking at an ADR version of the SR-424 for the future. SR424 The SR Series remote controls have been designed as stand alone controllers or used to expand the single serial output of a Console or Digital Audio Work-station, the SR serial remotes make cost effective ergonomic solutions. The master machine or virtual machine(Generator) is controlled by the serial input, the chase function expands this to up to four machines. When the A port is configured as a input SR-4/SR-424 may be used with a Digital Audio Work-station or Console to provide control of up to 3 machines from one serial port. The record tracks are mapped so that the Serial input may have up to 64 record tracks. The timecode input enables the SR to act as a timecode to serial converter. Track arming from the front panel or via the input port is used to provide track arming, aA 24/48 track parallel to serial converter is also available. Record track arming is provided for up to 100 tracks and may be mapped to single or multiple machines by the user. Record On and Off are sent to all record enabled machines.
Features
* Four Serial Ports......................................... May be assigned as Inputs or Outputs * Multimaster Mode ................................Interface with Multiple DAW’s or Consoles * Plug & Play Sony P2 protocol............................................... VTR's, ATR’;s, DAW’s .. * Optional Protocols............................................... Timeline, ES-BUS, Ampex, Studer * Macro Keys.........................................................................9 (SR-4) or 26 (SR-424) * Track Arm Keys .................................................................8 (SR-4) or 24 (SR-424) * GPI’s...........................................................................6 Cmos inputs, 6 TTL outputs * Timecode Output........................................ Follows the master position and Offset * Timecode Input......................................................................... chase remote code * RS422 Synchroniser...........................Will synchronise any suitable 9-pin Machine * Real or Virtual Master ........................ Perfect Machine as Master, Tapeless Master
S29 is available in two options
1.Parallel Remote PCB Only, available for S29 or GPIO input 2.Mounted on colour matched Panel for mixing console (eg Euphonix, Harrison)
530,00 €*
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