Multimode fiber model comparison table and price

OM1–OM5 multimode fibers differ in core size, bandwidth, maximum distance, and cost, with OM1 being the most affordable and OM5 optimized for high-speed, future-proof networks.Multimode Fiber Comparison TableFiber TypeCore SizeBandwidthMax Distance (10G Ethernet)Jacket ColorLight SourceTypical ApplicationsPrice per Foot (USD)OM162.5 µm200 MHz·km33 mOrangeLEDLegacy 100M–1G Ethernet$2.50–$4.00OM250 µm500 MHz·km82 mOrangeLED1G Ethernet, limited 10G$2.50–$4.50OM350 µm2000 MHz·km300 mAquaVCSEL10G/25G Ethernet, moderate distance$3.28–$4.50OM450 µm4700 MHz·km400 mAquaVCSEL10G/25G/40G/100G Ethernet, longer distance$4.50–$5.50 (up to $13.50 for armored/specialized)OM550 µm4700 MHz·km (SWDM)400 mLime GreenVCSEL, SWDMHigh-speed, wavelength-division multiplexing, future-proofTypically higher than OM4, varies by vendorKey InsightsOM1 and OM2 are older standards, suitable for short-distance, low-speed networks, and are the most cost-effective options for legacy systems .OM3 and OM4 are laser-optimized for VCSEL sources, supporting higher data rates (10G–100G) and longer distances, making them ideal for modern enterprise and data center networks .OM5 supports Short Wavelength Division Multiplexing (SWDM), enabling multiple wavelengths over a single fiber for future-proof high-speed applications .Pricing varies by fiber type, jacket rating (riser, plenum, armored), and whether the cable is factory-terminated. OM1 is the cheapest, while OM4 and OM5 can be significantly more expensive, especially for specialized or armored cables .Selection Tip: For short runs under 150 meters, OM3 may suffice, saving cost compared to OM4. For future-proofing and high-density networks, OM4 or OM5 is recommended . This table and guidance help balance performance requirements and budget constraints when choosing multimode fiber for enterprise, campus, or data center networks.