100G QSFP28
There are a number of form factors that can be used for 100G links, which include CFP, CFP2, CFP4 and CXP, but the most popular
Optical transceivers are a very important tool in modern network architecture. They provide a cost-effective solution to increase the technical flexibility of network equipment and allow products to move forward with an overall system’s evolution.
At Carritech, we are committed to improving our client’s productivity across their projects, including with the use of optical transceiver products such as SFP’s, GBIC’s and XENPAK. For that reason, we have focused on supplying the best performing, highest quality products that are suitable across data center, cloud computing, metro network, access network and wireless network environments.
We understand that customer needs vary, and so we have ensured that we are stocking a range of products which support a wide variety of manufacturers, network sizes, distances and environments.
Our range of optical transceivers are fully compatible with the industries major equipment manufacturers. This includes Cisco, Juniper, HP and Ericsson network equipment.
Our products are tested upon manufacturing to ensure they are in working order before being sold and sent to our customers.
There are a number of form factors that can be used for 100G links, which include CFP, CFP2, CFP4 and CXP, but the most popular
Built with high speed and high density, Carritech’s 25G SFP28 products provide high performance for major servers and switch interconnections within a network. They allow
SFP transceivers offer a simple way to link switches and routers to the network. At Carritech, we stock both optical and copper SFP models, which
SFP+ optical transceivers are the smallest transceiver with the lowest power output for 10G Ethernet. They allow increased density within enterprise and data center applications
Carritech XFP optical transceivers are equipped with an LC fiber connector type, which is used to achieve greater density, and encompasses all variants of XFP
