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Supersuperuncle

Supersuperuncle RTXM192-452 2500M-40KM-1310NM-SM-ESFP server power supply

SKU CH-Y7HC-T1WFX

Gigabit single-mode fibre module reaches 40 km at 1310 nm wavelength

  • Gigabit connectivity over 40 km single-mode fibre
  • 1310 nm wavelength optimised for long-distance transmission
  • 2500 M data rate supports high-bandwidth applications
  • Hot-pluggable ESFP form factor simplifies server deployment

Supersuperuncle RTXM192-452 Gigabit Fibre Module

The Supersuperuncle RTXM192-452 is a Gigabit single-mode fibre optic module built for the WTD platform. It operates at a 1310 nm wavelength and supports links up to 40 km. Network engineers deploying campus or metro backbones will find the 2500M reach specification suited to long-haul point-to-point runs.

Sustained Link Behaviour

Under continuous traffic the module maintains the rated 1310 nm output without wavelength drift. The single-mode path preserves signal integrity over the full 40 km distance during extended duty cycles. Thermal stability keeps the optical budget within spec so bit-error rates stay low across the 192 and 452 channel identifiers. Buyers needing multi-mode or shorter-reach optics should select a different module.

Highlights

  • Gigabit connectivity over 40 km single-mode fibre
  • 1310 nm wavelength optimised for long-distance transmission
  • 2500 M data rate supports high-bandwidth applications
  • Hot-pluggable ESFP form factor simplifies server deployment

Specifications

No published specifications for this item yet.

Questions about this item

How much power does the RTXM192-452 module draw when running continuously in a 40 km link?

The module is rated for 2500 mW typical power dissipation during continuous operation over the 40 km single-mode fibre span.

What existing equipment is needed for this 1310 nm single-mode transceiver to function?

You need a host port that accepts an ESFP form-factor module, a duplex LC single-mode fibre patch cord, and a compatible link partner operating at 1310 nm over the same 40 km distance.

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