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FiberX Series - DisplayPort 2K Fiber Optic Portsaver Extender
Discontinued

FX-P220

FiberX Series - DisplayPort 2K Fiber Optic Portsaver Extender

FiberX Series - DisplayPort 2K Fiber Optic Portsaver Extender.

ManualFAQSpecificationsCE

2. General Specification

Transmitter Optical Converter850nm, 4Ch Transmit OSA 911nm, 1Ch VCSEL 980nm, 1Ch PIN P/D DiodeReceiver Optical Converter850nm, 4Ch Receive OSA 980nm, 1Ch VCSEL 911nm, 1Ch PIN P/D DiodeInput and Output SignalANSI8B/10B (DisplayPort 1.1a standardVideo Bandwidth3.5Gbps/ChannelModule Dimension33x12x282mm (WxHxD)Transmitter Used electrical Connector20 pin DisplayPort Plug (input)Receiver Used electrical Connector20 pin DisplayPort Plug (Output)Transmitter Optical Connector1 SC ConnectorReceiver Optical Connector1 SC ConnectorRecommended Fiber50/125um Multi-mode glass-fiberMaximum Supported Resolution4K (3840x2160)/30Hz

3. Absolute Maximum Ratings

Power Supply (VCC)Min. -0,3 / Max. +5,5VOperating temperature (VOT)Min. 0 / Max. +50°CStorage temperature (VST)Min. -20 / Max. +70°CRelative Humidity (HRH)Min. 10 / Max. 80 RH

4.1 Transmitter Module

Supply Voltage (Option External Power) (VCC)Min. 4.5 / Typ 5.0 / Max. 5.5VSupply Current (ICC)Typ 210 / Max. 260 mAPower Dissipation (PO)Typ 1.05 / Max. 1.30WDiff. P-to-P Input level 1 (VTX-DIFF-PP1)Min. 0.34 / Typ 0.4 / Max. 0.46VDiff. P-to-P Input level 2 (VTX-DIFF-PP2)Min. 0.51 / Typ 0.6 / Max. 0.68VDiff. P-to-P Input level 3 (VTX-DIFF-PP3)Min. 0.69 / Typ 0.8 / Max. 0.92VDiff. P-to-P Input level 4 (VTX-DIFF-PP4)Min. 1.02 / Typ 1.2 / Max. 1.38VTX DC Common Mode (VTX-DC-CM)Min. 0 / Max. 2.0VTX AC Common Mode (VTX-AC-CM)Max. 20 mVLaser classTransmitter module of FX-P220 is Class 1M Laser Product.

4.2 Receiver Module

Supply Voltage (External Power) (VCC)Min. 4.5 / Typ 5.0 / Max. 5.5VSupply Current (ICC)Typ 230 / Max. 260 mAPower Dissipation (PO)Typ 1.15 / Max. 1.30WDiff. P-to-P Output Voltage (VRX-DIFF-PP-H)Min. 120 mV (For HBR)Diff. P-to-P Output Voltage (VRX-DIFF-PP-R)Min. 40 mV (For HBR)RX DC Common Mode (VRX-DC-CM)Min. 0V
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