New White Paper: Understanding 10G to 400G Ethernet Speeds, Transceivers, and Selecting the Correct Fiber Optic Connectivity for Your Data Center

Authored by Abhishek Vernekar, Assistant Manager of Application Engineering in the AFL Hyperscale India office, our latest white paper examines 10/25/40/100/400GbE in detail and provides a clear guide to choosing the right fiber optic infrastructure. The post New White Paper: Understanding 10G to 400G Ethernet Speeds, Transceivers, and Selecting the Correct Fiber Optic Connectivity for Your Data Center appeared first on AFL Hyperscale.

New White Paper: Understanding 10G to 400G Ethernet Speeds, Transceivers, and Selecting the Correct Fiber Optic Connectivity for Your Data Center

The data center industry today continues to witness a rapidly increasing need for higher bandwidth due to new applications such as machine-to-machine learning, virtual reality, 5G, and online gaming. 
 
These new applications are accelerating the transition to new types of fiber connectivity protocols and media. In a data center, many types of applications co-exist at varying speeds, making it essential to understand various Ethernet standards and transceivers types, as well as identifying the correct fiber optic infrastructure needed.  

Authored by Abhishek Vernekar, Assistant Manager of Application Engineering in the AFL Hyperscale India office, our latest white paper examines 10/25/40/100/400GbE in detail and provides a clear guide to choosing the right fiber optic infrastructure.  

Download the white paper to learn about: 

  • Ethernet roadmap and standards from 10G to 400G 
  • Fiber optic connector types required for various transceivers and modes of transmission 
  • How to select the correct fiber optic cabling and connectivity 

The post New White Paper: Understanding 10G to 400G Ethernet Speeds, Transceivers, and Selecting the Correct Fiber Optic Connectivity for Your Data Center appeared first on AFL Hyperscale.