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Multimode OM1 SC To ST Fiber Cable , 62.5 / 125 Mode Conditioning Optical Patch Cord

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Multimode OM1 SC To ST Fiber Cable , 62.5 / 125 Mode Conditioning Optical Patch Cord

Multimode OM1 SC To ST Fiber Cable , 62.5 / 125 Mode Conditioning Optical Patch Cord
Multimode OM1 SC To ST Fiber Cable , 62.5 / 125 Mode Conditioning Optical Patch Cord

Large Image :  Multimode OM1 SC To ST Fiber Cable , 62.5 / 125 Mode Conditioning Optical Patch Cord

Product Details:
Place of Origin: China
Brand Name: Unique-Tel
Certification: CE RoHS
Model Number: GXTX07
Payment & Shipping Terms:
Minimum Order Quantity: 100 Meters
Price: Negotiation
Packaging Details: carton & PVC packaging
Delivery Time: 5 work days
Payment Terms: T/T, L/C
Supply Ability: 10000 Meters/Month
Detailed Product Description
Standard: IEEE 802.3 Durability: 1000 Mating
Insertion Loss: Max 0.30dB Jacket: OFNR Rated Jacket
Return Loss: APC 60.0dB UPC 50.0dB Polish Types: PC, UPC, APC Polish Types
Wavelength: 850nm-1300nm/1310nm-1550nm Offset Closure: Permanent, Low-profile Offset Closure
High Light:

fiber optic patch cord

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bulk fiber optic cable

SC Equip to ST Multimode OM1 62.5/125 Mode Conditioning Fiber Optic Patch Cable

 

Description

 

Unique-Tel manufactures and supplies standard and custom length 50/125,62.5/125 and OEM equivalent mode conditioning fiber optic patch cords for 1000BASE-LX/LH Gigabit Ethernet(1300nm long wavelength)applications installed into existing multimode cable plants. These specialized cords help avoid Differential Mode Delay (DMD) effects that can occur when long wave transceiver modules operate at both single-mode and multimode wavelengths. And they are available with FC,ST,SC,LC and MT-RJ connectors.

 

Function

 

The need for this conditioning fiber optic patch cord is due to the single-mode launch nature of the-LX or long-wave(1300nm)transceiver modules used for Gigabit Ethernet. Launching a single-mode laser into the center of a multimode fiber can cause multiple signals to be generated that confuse the receiver at the other end of the fiber. In that case,a mode conditioning patch cord eliminates these multiple signals by allowing the single-mode launch to be offset away from the center of a multimode fiber. This offset point creates a launch that is similar to typical multimode LED launches.(see diagram below)

Multimode OM1 SC To ST Fiber Cable , 62.5 / 125 Mode Conditioning Optical Patch Cord 0

 

Features and Application

 

With following excellent characteristics, mode conditioning patch cables can be used to deploy new high-speed 1000BASE-LX routers, switches, or transceivers within existing multimode system backbones. These cables can be applied in Local Area Networks and Metropolitan Area Systems.

Increased transmission bandwidth up to 4 times

Fits existing cabling scheme Easy installation,Removes effects form DMD

Permanent, low-profile offset closure

PC, UPC, APC polish types

Low insertion loss

Reduced modal noise

OFNR rated jacket complies with strict building codes

Compliant with IEEE 802.3 applications

 

Installation

 

If your gigabit LX switch is equipped with SC or LC connectors, please be sure to connect the yellow leg (Singlemode) of the cable to the transmit side, and the orange leg (multimode) to the receive side of the equipment. It is imperative that this configuration be maintained on both ends. The swap of transmit and receive can only be done at the cable plant side. (see diagram below)
1. In some cases, customers might experience that a link would be operating properly over FDDI-grade, OM1 or OM2 fiber types without MCP. However please note there is no guarantee link will be operating properly over time, and the recommendation remains to use the MCP.Multimode OM1 SC To ST Fiber Cable , 62.5 / 125 Mode Conditioning Optical Patch Cord 1

2. There is a risk associated to this type of nonstandard deployment without MCP, especially when the jumper cable is an FDDI-grade or OM1 type. In such case the power coupled directly into a 62.5-micron fiber could be as high as a few dBm and the adjacent receiver will be saturated. This can cause high bit error rate, link flaps, link down status and eventually irreversible damaged to the device.

3. Mode conditioning patch cords can only convert single-mode to multimode. If you want to convert multimode to single-mode, then a media converter will be required.

4. Another alternative for short reaches within the same location is to use a single-mode patch cable. There will be no saturation over single-mode fiber.

 

Specifications

 

(Notes:A B C and D,corresponding to A B C and D on Fig.2).

Transmission Direction Testing Wavelength Insertion Loss
DuB 850nm-1300nm Max 0.30dB
BuD 850nm-1300nm Max 0.30dB
CuA 850nm-1300nm 15.0dB(50/125um) 18.0dB(62.5/125um)
AuC 850nm-1300nm Max 0.30dB
CuA 1310nm-1550nm 2.10dB(50/125um) 2.60dB(62.5/125um)
Return Loss APC 60.0dB UPC 50.0dB 35.0dB
Durability 1000 mating typical0.20dB
Operating Temperature -40 to 85C -40 to 185F

 

Note

 

Mode conditioning patch cords are usually used in pairs. Which means that you will need a mode conditioning patch cord at each end to connect the equipment to the cable plant.

Generally, Mode Conditioning patch cords are required for link distances greater than 984 feet (300 meters).

 

Multimode OM1 SC To ST Fiber Cable , 62.5 / 125 Mode Conditioning Optical Patch Cord 2

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Tel: +8615902777902

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