Overview of SFP+ Direct Attach Copper Cable
No Commentsby www.fiber-mart.com SFP+ direct attach copper cable assembly is a high speed and cost-effective alternative to fiber optic cables in 10G Ethernet applications. 10g copper SFP is suitable for short distances, and ideal for highly cost-effective networking connectivity within a rack and between adjacent racks. It enables hardware OEMs and [ Continue reading…]
OTDRs Never Go Out of Style
No Commentsby www.fiber-mart.com The optical time domain reflectometer (OTDR) is now thirty-six years old and aging gracefully. While fiber optic cables had been installed in North America since 1977, one major concern was and still is: how do we accurately locate a fault? This is the major reason that OTDRs exist. [ Continue reading…]
Don’t Tell Us Connector Cleaning Does not Matter!
No Commentsby www.fiber-mart.com A high-performance fiber optic network requires low attenuation and low reflectance values to obtain the necessary bit error rate level. Unfortunately, all it takes is one contaminated or damaged connector to slow down or disrupt a transmission system. In the images below, see how cleaning connectors significantly reduces insertion loss [ Continue reading…]
Test Cables Don’t Last Forever
No Commentsby www.fiber-mart.com I frequently hear customers complain that although nothing has changed in their fiber optic cable assembly production process, the measured Insertion Loss (IL) and Return Loss (RL) values of their product aren’t as good as they once were. Is something wrong with the measurement equipment? Well, it’s possible but unlikely. [ Continue reading…]
Fiber Optic Tap Couplers for FTTx Systems
No Commentsby www.fiber-mart.com Maximizing the efficiency of optical line terminal (OLT) cards in passive optical networks (PON) in low-density and rural FTTx installations can be a major challenge. In most PON designs, it is considered ideal to connect 32 subscribers to a single OLT for maximum cost efficiency. In rural installations, [ Continue reading…]
Fiber’s Advantages over Copper
No Commentsby www.fiber-mart.com All modern communications systems are based on fiber optic cable – hair-thin (or thinner) strands of glass that carry information by transmitting pulses of light, which are usually created by lasers. The pulses are turned on and off very, very quickly. A single fiber can carry multiple streams of information [ Continue reading…]
A Primer on Optical Amplifiers
No Commentsby www.fiber-mart.com Attenuation is major concern in every fiber optic system. The further a digital signal travels, the more its strength diminishes. Every splice, every connector, and even the fiber itself will contribute a tiny bit more to the overall system loss. Fortunately, for spans that are too long or have [ Continue reading…]
Introduction of Fiber Optic Coupler with its Benefits & Classification
No Commentsby Fiber-MART.COM A fiber optic coupler is an indispensable part of the world of electrical devices. Without these no signals would be transmitted or converted from inputs to outputs. This is the reason these are so important thereby this article discussed about these, introduction, classification and benefits in detail. [ Continue reading…]
LC Fiber Connector, Adapter and Cable Assemblies
No Commentsby Fiber-MART.COM LC fiber connectors, as the most well-known representative of SFF(Small Form Factor) connector, are widely adopted in today’s LAN and data center cabling. LC connector, LC fiber adapter and cable assemblies meet the growing demand for small form factor, high-density fiber optic connectivity with simplex, duplex, single mode and multimode [ Continue reading…]
Field Terminated Vs. Pre-Terminated Fiber Optic Assemblies
No Commentsby Fiber-MART.COM cWhile there are many options with which fiber optic cables and connectors to choose from, there are really only two major termination solutions: field terminated and pre-terminated. This post is going to break down what the difference between these terminations styles, the advantages and disadvantages, so you can [ Continue reading…]