As fiber revolutionized the internet, it is believed that 5G will do the same for mobile devices. Amidst the parallel revolution and evolution in fiber communication technology and 5G, the question is: where is the evolution of 5G wireless networks taking us? It basically revolutionizes the way we will be living in the future, and we will be getting a lot of intelligent information from the servers and cloud.
Avoid using any type of alcohol, including isopropyl or rum to clean your fiber or your endfaces will look like the attached screenshot. Stick with solvents specifically engineered for the purpose.
To provide the kind of faultless multi-gigabyte service promised by 5G, the fibre used in networks must be properly installed and maintained correctly. Therefore, it is important to address the need for the effective training of technicians. The deployment of 5G networks will only be successful if a skilled workforce is created who understand the correct way in which to carry out all of the processes.
A speck of dust you can’t see on an MPO connector can bring down a high-speed trunk, potentially affecting thousands of users. This video covers techniques for cleaning MPO connections using both dry and wet methods and shows how fast and easy it is to inspect them to make sure the job is done right.
This infographic shows the impact of contamination on signal strength and power budget. Don’t skip cleaning!
Contaminated connections are the number one cause of fiber-related problems and failures in a data center, Enterprise backbones and other fiber networking environments. The #10 most common cabling mistake is skipping out on proper fiber inspection! One tiny speck of dirt on the fiber core can cause loss and reflections that increase error rates and degrade performance.
Contamination remains the number one cause of fiber link failures. Defects on a fiber end-face come in all types, shapes and sizes. They include scratches, cracks, and pits and contaminants like dirt, dust, oil and even salt. If you properly clean a fiber end-face with lint-free wipes and a specialized solvent designed specifically for fiber cleaning, it’s possible to remove contaminants from the fiber end-face. But what about permanent surface defects like scratches, cracks and pits that can’t be removed via cleaning?
For modern optical networks to perform at their peak, fiber must be properly installed and maintained. This includes ensuring that all connections and splices are kept perfectly clean to avoid potential problems, such as insertion loss, back-reflection or complete system shutdown. Despite the importance of cleanliness some installation technicians and their managers are disinclined to spend resources, including time and money, to inspect and clean fiber connections. Some seasoned technicians who have long histories of working on older, slower networks are not convinced that modern, high-speed networks need more attention and care than older networks. They maintain that their legacy practices are still adequate, and they often do not have the time, tools or budget to clean fiber. We refer to these long-held opinions as the “three myths of fiber cleaning” — 1) there is nothing to clean; 2) cleaning takes too much time and money and 3) You don’t need special tools.
If you are a technician who is new to working with fiber, a video microscope is a great way to accustom yourself with what a clean or dirty fiber looks like. Working with angled physical contact (APC) connectors — whether duplex or MPO/MTP® — requires different camera tips than those used for physical contact (PC) connectors. The angle at the end of the APC connector changes the focal depth, and in turn requires an angled camera tip. Note that all single-mode MPO/MTP® connectors are APC. The cleaning supplies will be the same between PC and APC, only the camera tips need to change with APC inspection.
This Webinar addresses the factors driving the adoption of SMF in short reach data center applications, duplex vs. MTP options, understanding insertion loss budgets, optimizing your cabling system for density, cable and end face testing tips, and trouble shooting using an OTDR. Great information to make sure you put your SMF project on the right track.