CATV LAN Mode Conditioning Patch Cord LC SM to FC MM duplex 850nm, 1300nm Max. 0.3d,1000 matings

LC SM to FC MM Mode conditioning patch cord (50/125um or 62.5/125um) are made for use in singlemode Gigabit Ethernet 1000BASE-LX routers or switchs on multimode backbone cales.

Description

Yingda mode conditioning fiber optic cables allow 1000BASE-LX Ethernet to be run over a multimode fiber optic backbone by offsetting signal loss. All mode conditioning fiber optic cables from YINGDA are IEEE 802.3z compliant and completely eliminate Differential Mode Delay (DMD).

Mode Conditioning Patch Cord Features

  • High-quality ferrule
  • Low insertion loss, high return loss
  • Excellent interchangeability and durability
  • Wide variety of options
  • Compliant with Telcordia GR-326-CORE

Mode Conditioning Patch Cord Applications

  • Local area network cabling between different corporate buildings
  • Optical link interconnection in optical active equipment
  • Wiring within communication base stations and distribution cabinets
  • Suitable for applications requiring mode field conversion
  • Optical device production and testing
  • Fiber optic communication systems, cable television networks, telecommunications networks
  • Local area networks (LANs), wide area networks (WANs), and fiber-to-the-telecom (FTTX)

Mode Conditioning Patch Cord Specification

Insertion loss Light source transmission direction Test wavelength Loss value
A→B 850nm, 1300nm Max.≤0.3dB
B→A 850nm, 1300nm Max.≤0.3dB
C→D 850nm, 1300nm ≤15dB(50/125um),≤18dB(62.5/125um)
D→C 850nm, 1300nm Max.≤0.3dB
C→D 1310nm, 1550nm ≤2.1dB(50/125um),≤2.6dB(62.5/125um)
Return loss APC≥60dB,UPC≥50dB,PC≥35dB
Plug-in performance ≤0.2dB typical change, 1000matings
Vertical pull strength Loss change after 1000 plugging and unplugging is ≤0.2dB
Operating temperature -20 ~+70℃
Storage temperature -40 ~+85℃

Mode Conditioning Patch Cord Details

The mode conditioning structure is like above, it is widely used  in fiber optic communication systems where mode field conversion is required between optical devices or between optical networks and optical devices. After mode conversion, the required fiber mode field signal is obtained after adjustment by power amplifiers and other devices.

ieee802.3z standard mode conditioning patch cord sc sm st mm duplex multimode fiber 50/125um, max. 300m building cable plant with patch panels

 

Yingda custom all types of fiber optic connectors at both ends of the mode conditioning patch cables: SC LC FC ST E2000 MTRJ MU, etc, and the fiber optic multimode cable can be choose from OM1 OM2 OM3 OM4 OM5 with diameter 2mm or 3mm. The cable color and connector color will be made according to TIA standards.

catv lan mode conditioning patch cord lc sm to fc mm duplex 850nm, 1300nm max. 0.3d,1000 matings
 
Yingda FAQ for Buying Fiber Optic

EXW, FOB, CFR, CIF, DDU, DDP, CPT are optional.

TT, Paypal, Escrow, Alipay, Wechat are optional, no credit.

Yingda accept small bulk order, and sample order. If retailer, please consult our fiber optic distributor in local.

Yingda support team working time: 9am-18pm from Monday to Friday, but AI robot will be always online, you can leave message, will get back to you on the first sight your mails.

If urgent, please CHAT ON WhatsApp:+8618688982406

Yingda productivity is high efficiency, very fast. Normally 2-15 days on different quantity. Let's talk for more details.

Yes, we can do pack or assembly like your requirements, please specify details in purchase order.

Timely Delivery

High productivity efficiency, skilled front-line operators and strict production control ensure timely delivery.

Quality Assurance

High-precision testing equipment and top industry quality control system ensure high quality standards.

Competitive Price

Long-term stable supply chain and cost control that changes in line with market trends ensure the best price

RFQ

The more details, the better offer.

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.