RME Fireface 800 Time Code Option
Optional Fireface 800 Synchronization Module
RME > Audio Interfaces > FireWire/USB£219.00
£262.80 (inc 20% VAT)
Stock: 2-3 days
The TCO module is an optional extension for the Fireface 800 option slot.
The little module provides the Fireface with a Word Clock input and offers a synchronization to LTC and video. Thanks to SteadyClock(TM), the TCO not only extracts absolute positions from these signals, but also a very clean low-jitter word clock. Thus a sample accurate timecode synchronization to audio or video sources is assured.
The little module provides the Fireface with a Word Clock input and offers a synchronization to LTC and video. Thanks to SteadyClock(TM), the TCO not only extracts absolute positions from these signals, but also a very clean low-jitter word clock. Thus a sample accurate timecode synchronization to audio or video sources is assured.
• LTC can be derived and generated in all common formats, i.e. 24, 25, 30, and 29.97 frames; drop-frame or non-dropframe. Commonly used Pull-Up- and Pull-Down Formats (+/- 0.1% and +/- 4%) can be utilised, and PAL and NTSC video formats will be automatically detected and processed.
• The received Time Code can be sent to the audio or video application as ASIO Positioning Protocol (APP) or MTC. An application can send APP or MTC to the TCO, which will generate LTC on hardware level with lowest jitter (no software/driver routine). Several fly-wheel functions facilitate chase operation (adjustable drop-out length, Continuous- or Jam-Sync).
• Under Windows XP the HDSP provides the SMPTE position as APP (ASIO Positioning Protocol) and as MTC Sync. Under Mac OS X the TCO-FF provides the SMPTE position as MTC Sync.
• The TCO has a combined switchable Word Clock/Video input (BNC) as well as an LTC input (BNC). The Word Clock / Video input on the card can comfortably be terminated (relay-controlled) with a 75 Ohm terminator from the settings dialog.
• The TCO also features an additional LTC output (BNC) with two level settings (configurable via jumper).
• The received Time Code can be sent to the audio or video application as ASIO Positioning Protocol (APP) or MTC. An application can send APP or MTC to the TCO, which will generate LTC on hardware level with lowest jitter (no software/driver routine). Several fly-wheel functions facilitate chase operation (adjustable drop-out length, Continuous- or Jam-Sync).
• Under Windows XP the HDSP provides the SMPTE position as APP (ASIO Positioning Protocol) and as MTC Sync. Under Mac OS X the TCO-FF provides the SMPTE position as MTC Sync.
• The TCO has a combined switchable Word Clock/Video input (BNC) as well as an LTC input (BNC). The Word Clock / Video input on the card can comfortably be terminated (relay-controlled) with a 75 Ohm terminator from the settings dialog.
• The TCO also features an additional LTC output (BNC) with two level settings (configurable via jumper).
LTC In
• BNC: unbalanced
• Level range: -25 dBu up to +12 dBu
• Video In (Word Clock In)
• BNC unbalanced: switchable termination 75 Ohm
• Format: PAL and NTSC
LTC Out
• BNC
• Output level: +4 dBu, via Jumper –7 dBu
• Outputs impedance: 220 Ohm
• Power supply via ribbon cable, 5 V DC, 100 mA
• Standard bracket, dimensions PCB (WxD): 98 x 75 mm
• BNC: unbalanced
• Level range: -25 dBu up to +12 dBu
• Video In (Word Clock In)
• BNC unbalanced: switchable termination 75 Ohm
• Format: PAL and NTSC
LTC Out
• BNC
• Output level: +4 dBu, via Jumper –7 dBu
• Outputs impedance: 220 Ohm
• Power supply via ribbon cable, 5 V DC, 100 mA
• Standard bracket, dimensions PCB (WxD): 98 x 75 mm
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