Register now to join Tellabs monthly “Optical LAN Tech Talk” webinar series scheduled for the first Thursday, at 11:00 am ET, of every month in 2020. These 30-minute webinars will feature interactive dialogue focused on enterprise Optical LAN’s new software, hardware and best practices.
85% of network failures are caused by dirty connectors. The connectors entrusted to carry the critical information that passes through your network deserve far more than a wipe on a t-shirt. As data center bandwidth continues to increase, adherence to best practice fiber endface cleaning and inspection methods must improve. Download AFL’s best practices guide for cleaning.
Pro Optix has launched two series of ultra high density Wavelength Division Multiplexers (WDM): the Pro MINI high-density series and the Pro NANO ultra-high-density series. These WDMs set new records for high density solutions at 300% and 600% greater than traditional multiplexers. This allows users to significantly reduce their data center footprint whilst capitalizing on next generation design features. Pro Optix has partnered with Senko to deliver this next generation in WDM technology with the patented CS technology.
Researchers say a new discovery on a U.S. Army project for optoelectronic devices could help make optical fiber communications more energy efficient. A new design of optical devices radiate light in a single direction. This single-sided radiation channel for light can be used in a wide array of optoelectronic applications to reduce energy loss in optical fiber networks and data centers. The journal Nature published the findings. Light tends to flow in optical fibers along one direction, like water flows through a pipe. On-chip couplers are used to connect fibers to chips, where light signals are generated, amplified, or detected. While most light going through the coupler continues through to the fiber, some of the light travels in the opposite direction, leaking out. A large part of energy consumption in data traffic is due to this radiation loss.
At least some service providers report that while bandwidth demand remains higher than prior to the outbreak of the COVID-19 coronavirus pandemic, the rate of demand growth appears to be easing somewhat. Meanwhile, some service providers are taking financial and process steps to keep their businesses running as smoothly as possible.
Operators are lining up to deploy 5G technology. That means small cell architectures, centralized and cloud radio access networks (C-RANs) – and lots of optical communications technology. This issue of On Topic examines the role fiber optics likely will play in 5G deployment, describes the options available, and offers tips for successful deployment strategies.
Prysmian’s new Sirocco Extreme 180-µm microduct fiber cable leverages the company’s BendBrightXS 180-µm single-mode fiber to create a cable that fits 288 fibers into a diameter of 6.5 mm. That translates to a fiber density of 8.7 fibers per square millimeter and enables the installation of the full 288 fiber count into an 8-mm ID duct.The use of PicoTube technology enables Sirocco Extreme fiber cables to be up to 40% smaller than other Sirocco microduct cables which enables more fibers to be installed in congested ducts as well as the use of smaller ducts for new installations. Overall, resulting in lower installation costs and the use of less raw materials.
McGough’s new, modern corporate headquarters includes a Tellabs Optical LAN solution that successfully delivers flexibility in support of their network connectivity in a spacious, productive, healthy and smart modern workplace. The POL speeds IT staff productivity with simplification, reduces network vulnerability points and offers the best network capacity and connectivity density.
Light Brigade, AFL’s industry-leading training and education division, is introducing a large selection of live, remote training options. The new Remote Classroom Sessions deliver personalized training in a convenient and essential live, online learning format.
This webinar will provide an overview of port breakout, defined as taking a parallel port and breaking it down to a lower speed port in the cabling (40G- 10G, etc.), and its implications on structured cabling. We will also cover a new trend of certain customers wanting to break out transceiver ports at the transceiver interface and not in the structured cabling. This trend is leading the industry to evaluate new smaller form factor connectors. We will introduce the proposed new connector designs and discuss the applications where they will potentially be used.
