Enhanced fiber connectivity
The Synapse system is prepared for interfacing through fiber. Connector panels can hold fiber in- and outputs. The standardized connection of SDI in- and outputs allow numerous combinations of fiber processing and connections. For example, a BPL01R_SC (fiber input panel) combined with an SFS10 (Framesynchronizer) provides a stand-alone opticalreceiver with frame synchronizer and 4 processed outputs. It is also possible to go from SDI on fiber to composite while using only one slot in an SFR18, SFR08 or SFR04. These cost effective options increase the flexibility of the Synapse system even more.
Common fiber specifications for the connector panel based options.
All Fiber optic transmitters for HD-SDI (ANSI/SMPTE 292M1,485 Gbps.) and SDI (270 Mbps).
- FC/PC or SC connector for single mode fiber (9/125μm)
- 1310nm FP laser with monitor photodiode feedback powercontrol
- Optical output avg. power level -6dBm
- Ext. ratio 9dBm
- Class 1 laser product
All Fiber optic receiver for HD-SDI (ANSI/SMPTE 292M 1,485Gbps.) and SDI (270 Mbps)
- FC/PC or SC connector for single mode fiber (9/125μm)
- Compatible with multi mode fiber (50/125μm - 62,5/125μm)
- 1260 - 1610nm SFP module
- Optical input avg. power level 0dBmto -20dBm (with ANSI/SMPTE 292Mpathological signals)
In addition to the connector panel fiber I/OAxon introduces a very high density dedicated fiber system for the Synapse range.The GFT80+BFT80 8 channel transmitter, and the GFR80+BFR80 8 channel receiver combine hot swapability, highdensity and extensive parameter monitoring in a single slot Synapse from factor enabling up to 144 channels in 4RU
CVBS outputs
Synapse includes an extensive range of CVBS rear connectorsSynapse offers now the ability to add up to two CVBS (PAL/NTSC) outputs on a selection of SD modules. This option to a standard connector panel replaces an SDI output with a CVBS output. For example, the BPL01C combined with thesame SFS10 gives you 3 processed outputs and a single CVBS output on the same card in a single slot.