ZORA Indoor OM4 Fiber Optic Cable

ZORA Indoor  OM4 Fiber Optic Cable Description

    ZORA brand fiber can meet the highest performance requirements of data communications, voice and video network needs. Our ZORA indoor fiber is suitable for any indoor networking application.The 900ųm tight buffer construction is designed to withstand frequent twisting and complex cabling environments.

    ZORA brand indoor fiber is suitable for backbone and horizontal applications and can be directly connected to connectors, saving installation time and reducing connection costs.

ZORA Indoor  OM4 Fiber Optic Cable Features

• Number of fiber cores: 4-24 core

• Extremely flexible compact buffer protective layer design

• ATM, FDDI, Fiber Channel performance guarantee

• As a reinforcing material, aramid fiber has excellent tensile strength

• The skin is anti-corrosion, waterproof, anti-ultraviolet radiation, and has the advantages of environmental protection

Product Applications

• Between buildings

• Core network

• Drop ceiling

• 10Gbps 40 / 100Gbps Ethernet

• 550MHz broadband video

• Storage Local Area Network (SAN), data center

• Suitable for any indoor wiring needs

Standards-compliant

• ANSI/TIA 568-2.D

• ISO/IEC11801 / CENELEC EN 50173

• IEC60794-1 / ROHS

  
  

OM4 Fiber Distribution Cable (OM4 Fiber Distribution Cable) is a high-performance multi-mode fiber used in a wide range of scenarios, and is favored for its high bandwidth and long-distance transmission capability. The following are its main application areas and advantages in these areas:

Application field

Data center

OM4 optical fibers are used to connect servers, storage devices, and network switches in data centers and support high-speed data transmission.

Enterprise network

In an enterprise local area network (LAN), OM4 is used as a backbone network to connect different floors or buildings and ensure efficient communication.

Telecommunication infrastructure

OM4 is used as the backbone of telecommunications networks to support the transmission needs of broadband services and cloud computing applications.

High Performance Computing (HPC)

In scientific institutions or scenarios that require large amounts of computing resources, OM4 supports high-speed interconnection between cluster systems.

Video and broadcast

OM4 fiber is ideal for transmitting high-definition video streams and real-time broadcast signals with low latency and high bandwidth requirements.

Advantage

High bandwidth support

The OM4 has a mode bandwidth of up to 4700 MHz·km (850nm), supports 10Gbps Ethernet transmission of 550 meters, 40Gbps and 100Gbps up to 150 meters, far exceeding the OM3, suitable for high data rate applications.

Long-distance transmission

Compared to other multimode fibers (such as OM3's 300 m 10Gbps limit), OM4 transmits longer distances while maintaining high speeds, reducing the need for relay equipment.

Future scalability

The OM4's high performance makes it future-proof and can accommodate network upgrades (e.g., from 10G to 40G/100G) without the need for frequent cable changes.

Low attenuation

OM4 has a maximum attenuation of 3.0 dB/km (850nm), which is lower than the 3.5 dB/km of OM3, resulting in less signal loss and improved transmission quality.

Compatibility and flexibility

OM4 is fully backward compatible with OM3 and supports a variety of connectors (such as LC, SC, and MPO) for easy integration into existing networks.

With its high bandwidth, long distance transmission and low cost, OM4 fiber optic distribution cables are an indispensable choice in areas such as data centers, enterprise networking and telecommunications, especially for modern applications that require high-speed, reliable connections.