FiberPASS Converter Repeater

  • Fiber media converter/repeater for multi-mode, single mode or CWDM
  • Fully compatible with Thinklogical’s Velocitykvm and Velocitydvi line of extension solutions
  • Options include:
    • Support for two Velocity (TX and RX) extenders
    • Support for four Velocity (TX and RX) extenders
  • Using CWDM – eight router ports can be connected over a single Fiber


The Thinklogical FiberPASS is a signal conditioner, which essentially converts one type of optical signal into another type of signal. This media converter is used to convert/repeat different fiber signals, multi-mode, single mode, or CWDM. This makes it an ideal solution for fiber conversion and extension between facilities and/or different router networks. The FiberPASS can be deployed in conjunction with Thinklogical’s Velocity line of extenders. It allows for a Velocity (KVM or video) transmitter to connect with a receiver regardless of the fiber type. The FiberPASS is designed to accept a fiber input/output from the transmitter unit (L1/L2) on one SFP+ module and repeat it on another SFP+ module, which is then ready for interfacing and connection to a receiver unit (L1/L2). The signal data is regenerated and re-clocked in both directions for optimal performance. The FiberPASS is easy to install and configure.


Operating Temp. 0°-50°C; (32°-122°F)
Humidity 5-95% RH, non-condensing
Dimensions Rack Size: EIA 19″
Height: 1U-1.72” (4.40 cm)
Depth: 9.85“ (25.02” cm)
Width: 17.49″ (44.5 cm)
(Tolerance: ± .039″; .100cm)
Weights Weight: 11 lbs (4.99 kg) per unit
Shipping Weight: 27 lbs (12.25 kg) pair
Power Consumption 40 watts per unit
Supply Voltage 100-240 VAC, 47-63 Hz, Universal AC Power Supply
Compliance Approvals for US, Canada, and European Union
Warranty 12 months from date of shipment – Extended warranties available


Data Sheet

How To Buy

Part Numbers

FPS-000002 Single Mode/Multi-Mode Signal Conditioner, Converts up to Two Pairs of Velocity Signals
FPS-000004 Single Mode/Multi-Mode Signal Conditioner, Converts up to Four Pairs of Velocity Signals

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