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Price
Purchase Qty. Reference FOB Price
100-999 Pieces US$1.00
1,000-9,999 Pieces US$0.90
10,000+ Pieces US$0.80
Sepcifications
- Application Communication
- Type Single-mode Fiber
- Connection Structure SC
- Material Shape Round Wire
- Allowed Lateral Pressure 100(N/100mm)
- Allowed Tensile Strength <100N
- Core Multicore
- Certification RoHS, ISO9001
- Brand OEM
- Sheath Material PVC
- Transport Package Plastic Bag
- Specification SGS
- Trademark KOC
- Origin Shenzhen, China
- Fiber Optic Free Space
- High Isolation Low Insertion Loss
Product Description
Features High Isolation and low insertion loss ·Polarization Dependent ·Compact size ·RoHS 6/6 compliant Applications ·Optical Transmitter ·Laser Diode Package Specifications (Standard) Single stage Parameter Unit P Grade A Grade ...
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A comprehensive guide to choosing an MPO fiber patch cord to meet your needs—KOC In the field of optical communication under the background of the rapid development of the data communication market and the wave of artificial intelligence, MPO fiber optic patch cords continue to be output. This article provides an in-depth discussion of the fundamentals of MPO: its definition, classification, components used in manufacturing, manufacturing processes, and key factors to consider when purchasing.
Main contents: Definition of MPO fiber patch cord; Common number of cores in MPO; MPO Male and Female Definitions; MPO three line sequences; MPO product features; MPO product advantages; MPO product application; Conclusion. -
What are the development trends of the MPO fiber optic patch cord industry in 2025? Unleashing the Power of MPO Fiber Optic Patch Cords: Your Ultimate Guide focuses on core network components in the digital era, analyzing the technology and applications of MPO fiber optic patch cords. With core features such as high-density design (12-144 cores), precision alignment systems (micrometer-level tolerances), and modular plug-and-play functionality, it offers advantages like space optimization, high-speed transmission (10Gbps+), cost efficiency, and standardized compatibility. The article covers scenarios including data centers, communication base stations, and FTTH (Fiber-to-the-Home). It also provides a selection guide from four aspects—fiber type, core count, connector type, and brand—to help build efficient network architectures.