Heavy Networking 460: Extending The Life Of Your Cabling Plant With InterOptic (Sponsored)

On today’s Heavy Networking, sponsored by InterOptic, we explore how to extend the life of your legacy cabling infrastructure in the data center as you grow to 100G Ethernet, and the options available when you need to upgrade.
As organizations move down the path toward 100G, the higher data rates mean that old cabling might not be good enough.
It’s a fair chance that newer Ethernet speeds are not compatible with your existing cable, and now cabling costs become a factor in the selection of pluggable modules.
InterOptic works with customers on these issues and helps them select the right pluggable modules.
Joining us today are Robert Coenen, Ph.D., VP of Business Development at Interoptic; and Alex Latzko, lead network architect at Server Central Turing Group.
We discuss:

* How cabling affects your choice of pluggable modules
* Considerations for single-mode and multi-mode fiber
* Future-proofing for 25/50/100G
* Whether you need new patch leads
* Whether copper in the data center makes sense
* SFPs vs. GBICs
* Preparing for 400G
* More

Show Links:
InterOptic.com
How To Get Your Data Center Ready For 100G – Network Computing
Heavy Networking 431: Understanding Emerging Trends In Optics With InterOptic (Sponsored) – Packet Pushers
Show 360: All About Optics With InterOptic (Sponsored) – Packet Pushers
Robert Coenen on LinkedIn
Alex Latzko on LinkedIn

Om Podcasten

Heavy Networking is an unabashedly nerdy dive into all things networking. Described by one listener as "verbal white papers," the weekly episodes feature network engineers, industry experts, and vendors sharing useful information to keep your professional knowledge sharp and your career growing. Hosts Ethan Banks & Drew Conry-Murray cut through the marketing spin to explore what works—and what doesn't—in networking today, while keeping an eye on what's ahead for the industry. On air since 2010, Heavy Networking is the flagship show of the Packet Pushers podcast network.