$72.60
An aqua 50ft OM4 fiber optic cable ideal for high-speed 40G and 10G network connections.
OM4 Fiber Optic Cables
OM4 fiber optic cables are an essential component for high-speed data transmission in modern networking environments. Designed to support advanced communication systems, these cables offer enhanced performance and reliability for both professional and personal applications. Whether you're upgrading your existing network infrastructure or setting up a new system, OM4 fiber optic cables provide the robust connectivity required to handle large volumes of data with ease. Explore our selection to find the perfect solution for your networking needs.
$31.06
An aqua 6ft OM4 fiber optic cable ideal for 40G and 10G network connections.
$1039.89
A hot-pluggable transceiver offering 40GbE connectivity up to 150 meters with real-time diagnostics.
$30.69
An aqua 3ft OM4 Duplex Multimode Fiber Cable for high-speed 40G and 10G network connections.
$85.73
An aqua 65ft OM4 fiber optic cable ideal for 40G and 10G network connections.
$109.65
A 3-meter multi-mode fiber cable with MPO12 connectors for high-speed, long-distance network connectivity.
$325.00
A 10-meter multi-mode fiber cable with MTP connectors for high-speed, long-distance networking connectivity.
$800.00
A 5-meter multi-mode fiber cable with MPO to 4xLC connectors for high-speed, long-distance networking.
$23.70
An aqua 0.5m duplex multimode fiber cable ideal for 40G and 10G network connections.
$130.05
A 2-meter OM4 LC to LC fiber optic cable for high-speed, long-distance network connectivity.
$147.90
A 5-meter OM4 fiber optic cable with LC connectors for high-speed, long-distance networking.
$484.50
A bi-directional transceiver offering 40GbE connectivity up to 150m with enhanced diagnostic monitoring.
$960.00
A 7-meter multi-mode fiber cable with MPO to 4xLC connectors for high-speed, long-distance networking.
$23.67
A 10-meter yellow singlemode duplex fiber optic cable with LC connectors and a durable PVC jacket.
$39.06
An aqua duplex multimode fiber optic cable designed for high-speed 40G and 10G network connections.
$43.51
An aqua 30ft OM4 fiber optic cable ideal for high-speed 40G and 10G network connections.
$108.70
An aqua 100ft OM4 Duplex Multimode Fiber Cable for high-speed 40/10 Gigabit network connections.
$22.83
An aqua 13ft OM3 fiber optic cable ideal for 10 gigabit network connections and backward compatibility.
$399.20
An aqua 2m fiber optic cable with 24 fibers, supporting 100GbE, and featuring Push/Pull tabs.
$21.87
A blue 3-meter LC-LC OM1 duplex multimode PVC fiber optic cable for high-performance connectivity.
$41.99
A 3.28 ft multimode fiber optic cable with LC connectors for high-speed, long-distance connectivity.
$46.64
A 10m yellow duplex singlemode fiber optic cable offering high bandwidth and cost-effective performance.
$66.77
An aqua duplex multimode fiber optic cable ideal for 10 gigabit network connections and backward compatibility.
$84.15
A 98.42-foot multimode fiber cable with LC connectors ensures high-speed data transfer and minimal signal loss.
OM4 Fiber Optic Cables
When considering OM4 fiber optic cables for your workspace or home office, it’s important to understand the advantages these high-performance cables bring to modern networking environments. OM4 fiber, recognized by its distinctive aqua jacket, is engineered to deliver robust bandwidth and reliable connectivity for demanding applications. Whether you’re managing a growing data center, upgrading an enterprise network, or supporting high-density environments like university labs and research facilities, OM4 fiber cables deliver the speed and efficiency needed to keep data flowing smoothly. These cables are optimized for use with VCSEL lasers, providing an enhanced effective modal bandwidth of 4700 MHz·km at 850nm, which translates to high-speed data transfer up to 10 Gigabit Ethernet over distances as long as 550 meters, and 40G/100G speeds up to 150 meters with compatible transceivers. Their construction with a 50/125µm multimode core ensures compatibility with legacy OM2 and OM3 systems, making upgrades seamless and cost-effective. The bend-insensitive design of many fiber OM4 cables allows for flexible installation, even in tight racks or complex cable management setups, which is especially helpful during winter months when network maintenance and upgrades often take place indoors.
Professionals in IT, network administration, and systems engineering rely heavily on OM4 fibre cable for mission-critical tasks, but these cables are also a thoughtful gift for tech enthusiasts, students in STEM fields, or anyone setting up a high-speed home lab. The ability to support future-proof speeds and evolving network standards means that OM4 fiber cable is a smart investment for anyone anticipating growth in data demands. For those working in collaborative environments—such as creative studios, healthcare facilities, or financial institutions—where downtime is not an option, the reliability and performance of OM4 fiber can make all the difference. The aqua-colored jacket not only helps with quick identification among a sea of cables but also signals to installers and IT staff that the infrastructure is ready for the latest advancements in Ethernet technology. When selecting your OM4 fiber optic solution, always check the labeling for “OM4” and review performance specifications to ensure compatibility with your existing hardware and network requirements. If your application calls for even longer distances or different performance characteristics, you may want to explore Single Mode Fiber Optic Patch Cables for additional options.
As January brings a fresh start to projects and infrastructure planning, many organizations take this time to future-proof their networking capabilities. OM4 fiber optic cables are not only a practical choice for current high-speed needs but also position your setup for the demands of tomorrow’s technology. With their backward compatibility, cost-effective use of VCSEL lasers, and support for both short and mid-range high-bandwidth connections, OM4 fiber cables offer peace of mind whether you’re expanding a bustling data center or simply ensuring your remote office is equipped for seamless video conferencing and rapid file transfers. The flexibility and reliability of OM4 make it an essential component for anyone serious about building a resilient, high-performance network environment—today and well into the future.
FAQs:
OM4 fiber optic cables are laser-optimized multimode fibers designed for high-speed data transmission. They feature an aqua-colored jacket and offer a higher effective modal bandwidth (4700 MHz·km at 850nm) compared to OM3 and previous generations. This allows OM4 cables to support 10G Ethernet connections up to 550 meters and 40G/100G up to 150 meters, making them ideal for data centers and high-performance enterprise networks.
OM4 fiber optic cables are commonly used by IT professionals, network engineers, and administrators working in environments that require high-speed, high-density connectivity. These include data centers, enterprise backbones, research institutions, and collaborative workspaces. They are also a great fit for tech enthusiasts and students building advanced home labs or preparing for careers in networking.
Yes, OM4 fiber cables are designed to be backward compatible with OM2 and OM3 multimode fiber systems. This compatibility allows for seamless upgrades and integration into existing networks, enabling organizations to enhance performance without replacing their entire cabling infrastructure.
OM4 fiber optic cables are widely used for connecting high-speed network devices in data centers, supporting Storage Area Networks (SANs), backbone connections, and high-density patching environments. Their ability to handle large volumes of data quickly makes them suitable for video conferencing, cloud computing, and large-scale data transfers.
OM4 fiber optic cables are typically identified by their distinctive aqua-colored jacket. Additionally, the cable jacket or packaging is usually labeled with 'OM4' and performance specifications, helping users and installers quickly distinguish them from other types of fiber optic cables.
