Tripp Lite N520-01M manual Specifications, Related Items

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Attenuation @850NM: 3.5DB/KM maximum, @1300NM: 1.0DB/KM maximum

Bandwidth @850NM: 220 MHz-KM minimum, @1300NM: 600 MHz-KM minimum

Numerical aperture: .275 nominal

Proof test level: 100,000 PSI

Insertion loss testing performed on every connector (0.2db typical) and provided with cable

Beveled edge on ends of glass makes insertion of plug a breeze

Tripp Lite warrants this product to be free from defects in materials and workmanship for life

Specifications

OVERVIEW

Attenuation @ 850NM

3.5DB/KM maximum, @1300NM: 1.0DB/KM maximum

 

 

Bandwidth @ 850NM

220 MHz-KM minimum, @1300NM: 600 MHz-KM minimum

 

 

Clad Diameter

125+/-2 microns

 

 

Core Diameter

Two 50+/-3 microns

 

 

Fiber Type

All glass graded index

 

 

Number of Fibers

2

 

 

Numerical Aperture

.275 nominal

 

 

Primary Coating Diameter

245+/-15 microns

 

 

Primary Coating Material

Acrylate

 

 

Proof Test Level

100,000 PSI

 

 

Secondary Coating Diameter

900+/-50 microns

 

 

Secondary Coating Material

PVC

 

 

Intended Application

Computer Networking (Fiber)

 

 

PHYSICAL

 

Color

Orange

 

 

Style

Fiber Optic

 

 

Length

1 m

 

 

CONNECTIONS

 

Connector A

 

 

LC

 

 

Connector B

 

 

LC

 

 

Connector C

 

 

LC

 

 

Connector D

 

 

LC

 

 

Number of Connectors

CERTIFICATIONS

4

Certifications

ROHS

Related Items

Fiber Optic Cables & Adapters

N520-03M

Multimode Fiber Optics 3-meter (10-ft.) Duplex MMF 50/125 Patch Cable, LC/LC

Qty: [optional]

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Contents Highlights FeaturesModel # N520-01M DescriptionSpecifications Related Items

N520-01M specifications

The Tripp Lite N520-01M is a high-performance network cable designed to deliver superior connectivity solutions for your networking needs. As a crucial component in any office or home network setup, this cable accommodates bandwidth-intensive applications, making it ideal for both SMBs (small to medium-sized businesses) and home users seeking reliable performance.

One of the standout features of the N520-01M is its exceptional construction quality. It is manufactured with high-grade materials that ensure durability and longevity. The cable is made with 24 AWG copper wiring and thick PVC outer insulation, which protects it from wear and tear while minimizing signal interference. This robust design not only provides a solid physical connection but also enhances data transmission stability over long distances.

The N520-01M cable supports the standard Ethernet speeds of up to 10 Gbps, making it compatible with various networking equipment such as routers, switches, and network-attached storage devices. It also adheres to the Cat6a specifications, allowing it to support frequencies up to 500 MHz. This enables faster data transfer rates, which is particularly beneficial for activities such as online gaming, video streaming, and large file transfers.

Another important characteristic of the Tripp Lite N520-01M is its backward compatibility. It works seamlessly with previous Ethernet standards such as Cat5 and Cat5e, providing users with the flexibility needed to upgrade their networks without the hassle of replacing existing cabling infrastructure. This adaptability ensures a streamlined upgrade path for both commercial and residential users.

Additionally, the cable features snags-free molded strain relief connectors that minimize strain and stress on the cable itself, preventing damage and extending its useful lifespan. The connectors are also designed to eliminate the risk of accidental disconnection, ensuring a stable and secure connection at all times.

In conclusion, the Tripp Lite N520-01M network cable is an excellent choice for anyone seeking a reliable, high-speed network connection. With its premium construction, impressive performance capabilities, and compatibility with a wide range of networking standards, it stands out as a vital component in modern network setups. Whether for home or business use, this cable provides the reliability and efficiency necessary for today’s demanding digital landscape.