Global Network Equipment Manufacturer Approves Vitex 40G I-temp Transceivers

Home - Press Releases - Global Network Equipment Manufacturer Approves Vitex 40G I-temp Transceivers

Englewood Cliffs, Apr 22 2021 – Vitex LLC, a leading provider of fiber optic transceivers announced today  that the company received its first production order for 40G ER4 transceivers from a global network  equipment manufacturer. Traded in NYSE since 2010, the equipment manufacturer provides cloud,  software platforms, systems and services to communications service providers. As part of the  customer’s qualification process, Vitex 40G ER4 I-temp modules were tested against rigorous telecom  standards before approval.  

Vitex 40G ER4 I-temp transceivers are one of the few modules in the market today that enable reliable  40G optical links over 40km at a temperature range of -40 to +85 degC. Based on the QSFP+ MSA form  factor, the 40G ER4 demonstrates a typical power consumption of 4.5W at 85 degC and transmits data up to 40km over single mode fiber. 

Product Features 

  • Up to 40Gbps Data Links 
  • Up to 40km transmission on SMF 
  • Operating temperature : -40 to +85 degC 
  • Four 10G DFB base CWDM channels on transmitter side 
  • Power dissipation < 4.5 W 

Industrial temperature rating enables the customer to deploy the transceivers in harsh outdoor  environments.  

“We have worked with the customer in the past and were confident that our transceiver would meet  their stringent specs”, said Michael Ko, Director of Business Development, Vitex. “We are very happy to  partner with this top tier customer”. 

About Vitex 

Vitex is a leader in providing high performance photonics solutions for fiber optic communications, Pro  AV, and video transmission markets. Vitex offers local US based technical support and is headquartered  in New Jersey. Since 2003, Vitex has been working with high quality manufacturers in Asia to serve  customers in North America.  

For more information, visit www.vitextech.com or contact info@vitextech.com