Driven by the never-ending requirement for faster data-rate transmission, Ethernet technology has continually evolved from 1GbE to 10GbE and eventually to 100GbE. This demand for faster application speed has also spurred technological evolution on data carrying techniques. Consequently, fiber and copper transmission standards has been progressed, providing greater bandwidth for transporting data over Ethernet architectures with reduced cost and complexity. In today’s article, some detailed information will be provided on 10G SFP+ twinax cabling. Active SFP+ Cable AssembliesFrom these two pictures, we can see that there is no visual difference between active and passive SFP+ twinax cables. So, people should read the product specifications carefully before purchasing twinax cables.
0 Comments
40G network has replaced 10G lately and used worldwide, under this circumstance, 40G equipment like 40G transceivers and QSFP+ cables are required. Plan the cabling system in advance is the prerequisites to the designing of network system. The goal is to address current network requirements as well as accommodate future growth. There are two types of cabling solutions for 40G—structured cabling and unstructured cabling. This article will mainly introduced these two cabling solutions to you. What Is Unstructured Cabling? |
AuthorI am an optical engineer and blogger at www.fiber-optic-transceiver-module.com. Recently I am in charge of developing optical transceivers modules such as SFP, SFP+, QSFP, and CFP, etc. I want to share some experience here. Archives
April 2017
Catergory
|