Explore the world of multimode fiber optics — the backbone of modern high-speed networking, data centers, and enterprise connectivity.
Multimode fiber uses a larger core (50–62.5 µm) that allows multiple light modes to propagate simultaneously. This makes it ideal for high-bandwidth, short-to-medium distance networks — from campus LANs to hyperscale data centers.
Unlike single-mode fiber, multimode carries hundreds of light paths simultaneously through its larger core, enabling cost-effective high-bandwidth transmission.
Uses affordable 850nm vertical-cavity surface-emitting lasers (VCSELs) instead of expensive edge-emitting lasers, significantly reducing system costs.
Larger core diameter simplifies alignment and field termination — critical for enterprise environments with frequent moves, adds, and changes.
Multimode transceivers cost 1.5–5× less than single-mode equivalents and consume less power, reducing data center operating expenses.
Modern multimode fibers come in three laser-optimized grades, each offering progressively higher bandwidth and reach capabilities.
Laser-optimized 50µm core, aqua jacket. The baseline for modern multimode deployments supporting 10G networks.
Enhanced bandwidth version of OM3 with tighter manufacturing tolerances, extending reach for 10G and higher-speed applications.
Wideband multimode supporting SWDM across 850–953nm. The most future-proof choice for next-gen data center architectures.
Toggle between key metrics to see how OM3, OM4, and OM5 stack up against each other in real-world performance.
Adjust distance and data rate to see how multimode fiber performs. Watch light pulses travel through the fiber core in real time.
From hyperscale data centers to university campuses, multimode fiber is the cost-effective backbone of modern connectivity.
Connect floors, wings, and buildings within a campus using cost-effective multimode links up to 550m.
Spine-leaf architectures rely on multimode fiber for high-density, low-latency switch-to-switch interconnects.
Medical imaging, electronic health records, and IoT sensors demand the reliable bandwidth multimode delivers.
Universities and schools use multimode fiber to network classrooms, labs, and administrative buildings.
Factory automation and process control systems benefit from multimode's electromagnetic immunity and bandwidth.
Professional video production and digital signage networks leverage multimode for high-bandwidth media transport.