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Product category: Optical Transceivers, Transponders and Repeaters
News Release from: Link Microtek | Subject: NLX40 and NLX80 transceivers
Edited by the Electronicstalk Editorial Team on 15 October 2004

XFP transceiver modules claim superior
performance

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Link Microtek has XFP MSA compliant 10Gbit/s transceivers for Sonet/SDH 40km (short haul) and 80km (long haul), as well as 10Gbit/s Ethernet 40km (extended reach) applications.

Link Microtek has XFP MSA compliant 10Gbit/s transceivers for Sonet/SDH 40km (short haul) and 80km (long haul), as well as 10Gbit/s Ethernet 40km (extended reach) applications The NLX40 and NLX80 transceivers offer customers superior performance by utilising TriQuint's proven Qube optical engines

These "form-factor-agnostic" 10Gbit/s optical engines are based on the company's proprietary planar packaging technology, which allows integration of increased functionality such as internal drivers and differential data inputs.

The 40km XFP transceiver, the NLX40, uses the cooled TQube 1000 engine and an RQube P1000 PIN receiver, whereas the NLX80 uses the cooled TQube 1000 engine and an RQube A1000 APD receiver to provide transmission up to 80km.

TriQuint's XFP transceivers offer low power dissipation (less than 4W) at 70C case temperature.

Receiver sensitivity for the NLX80 XFP is -26dBm (or better) - performance that makes this product one of the industry's best.

The new transceivers are designed for use in network transmission systems and operate at Sonet OC-192 standard and FEC rates, and for SDH, they operate at STM-64 standard and FEC rates, according to the ITU-T G.959.1 and G.691 standards.

For high-speed datacommunications, the transceivers can operate at both 10G Ethernet rate and 10G Fibre Channel rate according to the IEEE802.3ae standards.

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