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Rel-Easy OM3 LC Fiber Optic Patch Cord LSZH 100M
SPADMLIIFIF100205001
OM3 Fiber Optic Patch Cord
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OM3 LC Fiber Optic Patch Cord.
The OM3 LOMMF (laser optimized multi-mode fiber) fiber optic patch cord with a special patented design tab can be easy to handle in high-density applications, and the A and B position can be quickly identified Tx and Rx during installation.
The OM3 fiber patch cord carries 10 Gigabit applications in SAN networks and data centers. The maximum transmission distance-10G Ethernet is 300 meters at 850nm and supports SFP transceivers and media converters, Ethernet switches, media converters, industrial Ethernet equipment.
The multimode fiber cable complies with ISO/IEC standards and RoHS regulations. It's the preferred optical fiber specification for a 10G Ethernet connection. Our team brings reliability and optimize performance for network deployment in many projects, contact us for more information now.
The OM3 Fiber Optic Support 10G / 25G / 40G Application
- 10G Ethernet speed up to 300m at 850nm (10Gbase-SR)
- 25G Ethernet speed up to 70m at 850nm (25Gbase-SR)
- 40G Ethernet speed up to 240m at 850nm (40Gbase-SWDM4)
Product Classification
| Indoor or Outdoor | Indoor, Outdoor |
|---|---|
| Solution | Fiber |
| Product Name | Fiber Patch Cord |
General Specifications
| Item model number | SPADMLIIFIF100205001 |
|---|---|
| Color | Auqa |
| Length(M) | 100 |
| Connector Type | LC |
Material Specifications
| Jacket | LSZH |
|---|---|
| Material | Zirconia, PC, LSZH |
| Fiber Mode | OM3 |
| Fiber Count | 2 |
| Insertion Loss | <0.3dB |
| Return Loss | >35dB |
| Polish Type | PC |
| Cable Diameter | 3.0 mm |
| Polarity | A(Tx) to B(Rx) |
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Rel-Easy OM3 LC Fiber Optic Patch Cord LSZH 75M
SPADMLIIFIF075205001
The OM3 LOMMF (laser optimized multi-mode fiber) fiber optic patch cord with a special patented design tab can be easy to handle in high-density applications, and the A and B position can be quickly identified Tx and Rx during installation.The OM3 fiber patch cord carries 10 Gigabit applications in SAN networks and data centers. The maximum transmission distance-10G Ethernet is 300 meters at 850nm and supports SFP transceivers and media converters, Ethernet switches, media converters, industrial Ethernet equipment.The multimode fiber cable complies with ISO/IEC standards and RoHS regulations. It's the preferred optical fiber specification for a 10G Ethernet connection. Our team brings reliability and optimize performance for network deployment in many projects, contact us for more information now.
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Specification-Fiber Patch Cord Solution-LC Rel-Easy
LC Rel-Easy Fiber Optic Patch Cords Specification in SM and OM3, OM4, OM5
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(User Guide) Rel-Easy Patch Cord
For Long Latch Rel-Easy Fiber Patch Cord to quick installation instruction
- Additional Info
The Difference of Single-Mode (SM) and Multi-Mode (MM) Fiber
- The core diameter of single-mode fiber is much smaller than multimode fiber, the single-mode fiber core diameter is 9µm; the single-mode fiber wavelength is 1310 nm and 1550 nm.
- Multimode fiber core diameter: 50µm or 62.5µm. 850nm and 1300nm wavelengths are used in multimode fiber cables.
Transmission distance is the key to choosing single-mode or multi-mode fiber, for data centers, multi-mode fiber optic cables are sufficient to meet the distance of 300 - 400 meters. In applications that require distances of up to several kilometers, single-mode fiber is the best choice.
Fiber Path Cord Polish Matters
The light loss will occur when a connector is installed, yet some will cause damage to laser light and disrupt the transmitted signal. Choosing the well polish connector will reduce the back reflections of light.
- PC: Physical Contact polish with -35dB Return Loss measurement
- UPC: Ultra Physical Contact polish with -55dB Return Loss measurement
- APC: Angled Physical Contact polish (8-degree angle) with -60dB Return Loss measurement
Can I mix single-mode and multi-mode fiber?
The core sizes of multimode fiber and single-mode fiber are different, and the transmitted light mode is also different. If two optical fibers are mixed or directly connected together, a large amount of optical loss will be lost, resulting in link jitter or disconnection. Remember, never mix different types of cables randomly.
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