Corning InfiniCor 600 bare optical fiber spool
IEC A1-OM1 (62.5/125 µm)

Corning InfiniCor 600 Multimode Bare Optical Fiber

InfiniCor 600 is the 600 MHz·km bandwidth grade in the Corning 62.5/125 µm InfiniCor family, offering higher bandwidth than the InfiniCor 300 in the same core/cladding geometry.

Standard
IEC A1-OM1 (62.5/125 µm)
OFL BW @ 850 nm
600 MHz·km

InfiniCor 600 was used in installations where the higher bandwidth margin was specified for future proofing within the 62.5/125 µm infrastructure. It shares the same 62.5/125 µm geometry and orange-jacket identification as the rest of the OM1 family, with 600 MHz·km OFL bandwidth at 850 nm rather than the 160 MHz·km of InfiniCor 300.

Like all 62.5/125 µm fiber, InfiniCor 600 is a legacy product not suited for new builds. We supply it for matching installed plant. Confirm the specific fiber code or grade on your existing plant documentation and we will match it.

Specifications

Standard IEC A1-OM1 (62.5/125 µm)
OFL BW @ 850 nm 600 MHz·km

Typical Applications

  • Legacy matching for installed InfiniCor 600 campus fiber
  • Extension of existing 600 MHz·km OM1 cabling

Why Order Corning Fiber from Aumictech?

Certified channel stock

We source directly from the Corning authorized channel. Every spool ships with documentation, including reel ID and fiber code.

Any length, any connector

0.5 km to 1,000 km on a single order. Mix lengths across spools. Choose FC, SC, or LC connectors per spool end, or leave ends bare.

NIST-traceable documentation

Certificate of compliance and OTDR test data available on request. Required for carrier acceptance testing and network documentation.

Ships from Pleasant Grove, UT

Continental US next-day and two-day air available. International shipping on request. Most orders confirmed within one business day.

Frequently Asked Questions

What is the difference between InfiniCor 300 and InfiniCor 600? +

The bandwidth. InfiniCor 600 has 600 MHz·km OFL bandwidth at 850 nm versus 160 MHz·km for InfiniCor 300. The higher bandwidth translates to slightly longer reach at a given data rate, but neither product is suitable for 10G at normal campus distances. The core/cladding geometry (62.5/125 µm) and general compatibility with OM1 equipment are the same on both.