Fibergaga Uniboot OM4 LC to LC Duplex Fiber Cable 2M - Space-Saving
Fibergaga Uniboot OM4 LC to LC Duplex Fiber Cable 2M - Space-Saving
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In this review the Fibergaga Uniboot OM4 LC to LC duplex cable is evaluated for installers and network managers who need compact, reliable multimode patching in crowded racks. The single-jacket uniboot design is the single biggest reason to choose this cable: it combines two fibers into one boot for roughly 50% space savings on patch panels while preserving performance for 10GB links. The reviewer found the cable easy to route, tolerant of tight bends, and engineered to keep insertion loss low for dependable short-range data connections.
Key Features
- 50% Space-Saving Two Fibers in One Boot: The uniboot single jacket combines both fibers into a compact duplex connector to simplify patch panel cable management in high-density environments.
- Low Signal Loss: OM4 multimode design targets low insertion loss (about 0.3dB) and high return loss (50dB) to help preserve signal integrity across short to medium links.
- Bend Insensitive Fiber: Bend insensitive construction and a minimum bending radius of 10mm reduce optical loss when routing in tight spaces or complex trays.
- High-Speed Data Transmission: Engineered for high-performance network extensions and 10GB applications, the OM4 core supports low-loss multimode Ethernet runs.
- Easy Polarity Changing: Polarity can be swapped in the field by switching A and B positions in the connector without tools, making field fixes fast and non-destructive.
Who It's For
Network technicians, data center operators, and AV integrators who need neat, high-density multimode patching will appreciate this uniboot OM4 cable for 10GB short-range links. The compact boot and bend resilience make it especially useful where rack space and cable pathways are limited.
Those who need single-mode long-haul fiber, specialized connector types, or lengths beyond typical patch runs should look elsewhere; this product is optimized for OM4 multimode applications and short to medium link distances within buildings and campus environments.
Pros & Cons
Pros
- Compact uniboot design reduces congestion on patch panels and makes cable management cleaner.
- Low insertion and high return loss specifications help maintain reliable 10GB multimode links.
- Bend-insensitive fiber with a small minimum bend radius reduces performance risk in tight pathways.
- Field-friendly polarity change without special tools simplifies swaps and troubleshooting.
Cons
- Designed for OM4 multimode; not suitable for single-mode long-distance runs.
- Only one length is described here (2m/7ft), so other run lengths may be required for different layouts.
Specifications
| Brand | Fibergaga |
| Fiber Type | OM4 multimode |
| Connector | LC to LC duplex uniboot (single jacket) |
| Length | 2m (7ft) |
| Jacket | LSZH |
| Outer Diameter | 3.0mm |
| Performance | Insertion loss ~0.3dB, return loss 50dB |
Our Verdict
The Fibergaga Uniboot OM4 LC to LC 2m cable is a practical, cost-effective choice for anyone wiring high-density racks or shortening patch panel clutter while keeping up 10GB multimode performance. Its compact uniboot form, low insertion loss, and bend-insensitive fiber make it good value for short-range Ethernet and data center patching needs.
Frequently Asked Questions
Can I change polarity without special tools?
Yes. Polarity can be swapped in the field by switching the A and B positions on the connector without tools.
Is this cable suitable for long-distance backbone runs?
No. This is an OM4 multimode patch cable intended for short to medium links within buildings and rack environments, not long-haul single-mode backbones.
How tight can I bend the cable?
The uniboot OM4 is bend insensitive with a minimum bending radius of about 10mm, which helps in tight trays and cable guides.
Editor's Take
The Fibergaga Uniboot OM4 LC to LC 2m cable offers compact, low-loss multimode patching ideal for high-density racks; its uniboot design, bend-insensitive fiber, and easy polarity changes make it strong value for short-range 10GB links.

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