Author Archive Fiber-mart


WHICH FIBER PATCH CORD SHOULD BE USED FOR DIFFERENT TRANSEIVER TYPES?

pending image

Fiber Optic Networks have many features, ready to fulfill every customer’s needs for bandwidth, stability, reliability and most important cost-effective network architecture. There are many manufacturers that are offering their products on the market. Fortunately, most of their products are compatible between them, meaning we can mix and match different [ Continue reading…]


WHAT IS SFP+ OR A SFP TRANSCEIVER

pending image

SFP stands for small form-factor pluggable it is a compact hot pluggable transceiver used for both telecom and the data applications. LC connectors are used to connect fibers to SFPs. SFP module has two sides, first side known as transmitter it has laser for transmitting and other side known as [ Continue reading…]



WHAT KIND OF FIBER POLISH BE USED

pending image

When a connector is mounted on the fiber end, some loss of power will be experienced. Some of the light would be reflected back to the fiber towards the source that generated that light signal. These reflected back signals into the fiber are called Optical Return Loss (ORL). The ORL [ Continue reading…]


Why we need Bend insensitive fiber patch cord?

pending image

Fiber patch cord is seeing broad adoption in applications spanning telecommunication and data communication. With numerous business and enterprise reaping great benefits from it, fiber patch cord represents by far the most sufficient and prevalent bandwidth feeder. As those gigabit-capable networks proliferate, the fueling capacity and speed quest further drive [ Continue reading…]


Important Things You Should Know About Patch Panel

pending image

 Achieving efficient cable management is the dream of every IT technician, and this is where a patch panel comes in handy. A Cat6 patch panel realizes the connection, scheduling, and allocation of cable links. Through this article, you will get a thorough understanding of the patch panels.   How does [ Continue reading…]



LC Uniboot Fiber Patch Cables for Now and the Future

pending image

  In the past years,data center technologies and cabling structures have changed a lot ,driven by the growing bandwidth needs. “High density” apparently becomes a keyword of data center. To bring service to market quickly, data center has to install more and more fiber optic cables in given space, which [ Continue reading…]


What are the Recent Trends in Optical Fiber Cable Designs?

pending image

This might be an interesting topic of discussion to a few engineers engaged in fiber optic cable design. We don’t intend to provide any mathematical formula used in the fiber optic cable design in this post, but this may show you the trend in optical fiber cable design around the [ Continue reading…]


Somethings you need to Know Before Selecting CWDM SFP Transceivers

pending image

  As an extension of wavelength division multiplexing (WDM), coarse wavelength division multiplexing (CWDM) is a technology that multiplexes a number of optical carrier signals onto a single optical fiber through the use of different wavelengths (i.e., colors) of laser light.   A CWDM SFP (Small Form-factor Pluggable) transceiver is [ Continue reading…]


Compatible Juniper QSFP+ LX4 Transceiver Introduction

pending image

In today’s data center communications, individual streams routinely reach 10 Gbps speeds, and it is necessary to have 40GbE links to provide better performance. Such high-performance, high-density 40 Gbps network devices such as Juniper Networks switches, when equipped with LX4 optics, seamlessly enable this transition. This article introduces Juniper QSFP+ [ Continue reading…]


The Way to Choose Suitable Patch Cable for Optical Transceiver?

pending image

People are always amazed by the fast development of optical communication. Fiber optic transceiver, a small-size but important component, can best represent the advancing of the optical communication industry. The form factor of optical transceiver has changed from GBIC for Gigabit Ethernet to SFP+ for 10GbE, QSFP+ for 40GbE and [ Continue reading…]