Take advantage of our custom-built Configurator pages to speed up your shopping experience. Each page makes it simple to narrow down to exactly the product you need with just a few choices from you. Whether you need patch cords, fiber assemblies or MTP trunk cables we've got an Easy Configurator Tool that's right for you!
N/A = Not Supported/Not Applicable
Designation | Core/Cladding Diameter (µm) | Type | Fast Ethernet 100BASEFX |
1Gigabit Ethernet 1000BASE-SX |
1 Gigabit Ethernet 1000BASE-LX | 10 Gigabit Ethernet 10GBASE | 40 Gigabet Ethernet 40GBASE | 100 Gigabit Ethernet 100GBASE | 40G- SWDM4 | |
---|---|---|---|---|---|---|---|---|---|---|
OM1* | 62.5/125 | Multimode | 2000 MG | 275 Meters | 550 Meters (mode conditioning patch cable required) | 33 Meters | N/A | N/A | N/A | N/A |
OM2* | 50/125 | Multimode | 82 Meters | |||||||
OM3 (Laser Optimized) | 50/125 | Multimode | 550 Meters | 100 Meters | 300 Meters | 100 Meters | 100 Meters | |||
OM4 (Laser Optimized) | 50/125 | Multimode | 400 Meters | 150 Meters | 150 Meters | 400 Meters | 100 Meters | |||
OM5 (Laser Optimized) | 50/125 | Multimode | 100 Meters | 150 Meters | ||||||
Singlemode | 9/125 | Singlemode | 5km at 1310 nm | 10 km at 1310 nm |
When working with fiber, an important thing to keep in mind is that with standard equipment, you will need two fiber strands to make a connection: one transmit signal (Tx), and one receive signal (Rx). So, when you purchase a 2 Strand Assembly, you will have one fiber pair, and will be able to complete one connection. When you purchase a 4 Strand Assembly, you will have two fiber pairs, and two connections, and with a 6 strand assembly, three fiber pairs, and three connections, and so on. We offer some assemblies in strand counts up to 144, which would provide 72 fiber connections. For higher strand counts we also offer
Don’t forget – when working with fiber, you will need to flip the polarity at one point of your run. The transmit signal (Tx) at one end of the channel, needs to match the corresponding receiver (Rx) at the other end. When working with a 2 strand assembly going directly into your equipment, this is easy – just flip one side. But, when working with larger strand count assemblies, best practice is to do this with your jumper patch cords at your termination box.
The LC fiber optic connector is a small form factor connector that snaps in. It includes a 1.25 mm ceramic ferrule. The LC connector is very popular and offers great performance for high density or compact areas. Most SFP modules accept LC connectors.
The SC fiber optic connector is a snap-in connector that latches with a push-pull motion. It includes a 2.5 mm ceramic ferrule. This connector and is commonly used because it provides excellent performance. Many media converters accept SC connectors.
The ST fiber optic connector is typically metallic and utilizes a spring-loaded twist and lock style connection with a bayonet mount. It includes a 2.5 mm ferrule that is usually ceramic but can also be polymer. Many media converters accept ST connectors.
The FC fiber optic connector is a metallic connector that is threaded and screws on. It includes a 2.5 mm ceramic ferrule. It’s been mostly phased out but is still sometimes used is applications where vibration and movement can become an issue.
In Singlemode fiber, our ST and MTRJ connectors are available in an upgraded UPC polish option, and our LC, SC, and FC are available in both UPC and APC polish. APC connectors feature a fiber end face that is polished at an 8-degree angle, while UPC connectors have a slight curvature for better core alignment. The different polish options help with improving return loss, which is a measurement of reflected light.
Because the APC polish makes the connectors end face angled, you must continue to use APC components throughout the link for better alignment. So, an APC connector should work with equipment that specifies APC, and any adapter panels and patch cords should also be APC.
A pulling eye is designed to be attached to a pull string that runs the full length of your conduit. Your assembly is then pulled through the conduit via the pull string. It can also be used to pull your assembly through duct work, in wall cavities, or other areas where routing needs to take place. Our pulling eyes include a heavy-duty swivel hook to prevent the cable from twisting during the pull. The metal pull hook is attached to a designated pull string inside of your assembly usually consisting of Kevlar so that you are not pulling on the fiber strands themselves. The pulling eye includes heat shrink tubing that covers the back side of the pull hook, and the pull basket that contains your fiber optic connectors.
The pull basket is constructed with super strong polyethylene mesh that tightens itself around the strands and connectors keeping them securely in place during install. The connectors are also staggered inside of the pull basket for less bulk, and each connector is individually plastic wrapped to prevent contamination by pulling lubricants and other debris. Our pulling eyes are always recommended as they make your pull much easier while providing further protection of your connectors.
We always recommend pulling eyes on both ends, even if you’re only pulling one end of the assembly. This helps protect the back side of your assembly’s connectors and prevent damage. The pull hook can be secured on the back end to prevent twisting and flapping of your connectors during install.