0

Cart

0
Subtotal: $0.00
No products in the cart.

10G Indoor uniboot patch cord multimode lc lc dupelx om1 61.5/125um 3.5mm 2cores G657 fiber OFNR riser fiber optic cable

Yingda’s uniboot patch cord is engineered for seamless 10G broadband fiber termination. Ideal for indoor high-density setups, its multimode LC-LC design ensures rapid, hassle-free installations. Optimized for tight spaces, it delivers reliable performance in dense deployments, streamlining network setups. Perfect for modern high-speed systems needing efficient, space-saving fiber connectivity solutions.

certificate and benefits of single product

Description

Features of Uniboot Patch Cord

  • Low insertion loss
  • High return loss
  • Good exchange ability
  • Good durability
  • High temperature stability
  • 100% interferometer measurement
  • Telcordia GR-326-CORE

 

Specification

ItemParameter
ConnectorSC LC FC ST E2000 DIN D4 SMA FDDI MTRJ MU MPO MTP LX.5 VF45, etc.
Operating wavelength1260-1650nm
Fiber typeG652D, G657A2, G657A1, G655, G657B3, OM1 OM2 OM3 OM4,OM5, etc.
Cable jacketLSZH, PVC, PE, TPU, etc.
Cable typeSimplex, duplex (zip cord), Φ3mm,Φ2.6mm, Φ2.4mm, Φ2mm,Φ1.6mm, Φ0.9mm, etc.
Polish mannerUPC, APC(8°), PC
Cable colorYellow, white, blue, orange, gray, green, etc.
Fiber radius of curvature≥ 40 mm (G.652D and G.655C); ≥ 20 mm (only G.657A2)
Insertion Loss≤ 0.1dB (Master)

≤ 0.3dB (Standard)

Tested by JDS RM 3750

Return LossUPC ≥ 55dB,APC ≥ 60dB (typ.65dB)–Single mode

UPC≥ 35dB (typ.38dB)-Multimode

Tested by JDS RM3750

Repeat ability±0.1dB
Operating temperature-40 ° C to 85 ° C
Geometry Requirement

(For Single mode)

Ferrule End face Radius:

7mm ≤ R ≤ 12mm (APC)

10mm ≤ R ≤ 25mm (Standard)

Apex Offset ≤ 30 μm (Master)

Apex Offset ≤ 50 μm (Standard)

Undercut -50nm ≤ U ≤ 50nm

Tested by DORC ZX-1

Ruqeust For Quote

The more details, the better offer, will reply you in 24 hours.

yingda logo for facebook 191x100

Why leave?

Sorry that there’s no information that interests you. Please fill in the feedback form so that we can improve.