Arguably the biggest challenge for hyperscalers is continuity and, by association, reliability. New findings generated by a survey from Uptime Institute revealed that over 10% of all respondents said their most recent reportable outage cost them more than $1m in direct and indirect costs. On March 13th, 2019, Facebook suffered its worst-ever outage, affecting the estimated 2.7 billion users of its core social network, Instagram and messaging applications, Facebook Messenger, and WhatsApp. By extrapolating the company’s 2018 revenue figures, CCN estimated that the blackout could have cost Facebook up to $90 million in lost revenue based on an income of $106,700 per minute. With so many businesses relying on hyperscale data centers to provide the IT backbone to their operations, any downtime can have a substantial impact and sometimes catastrophic ramifications.
Join AFL for our three-part webinar series that addresses How High Count Fiber Optics Power Today’s Hyperscale Market.
The webinars will take place over sessions and cover the following topics: Hyperscale market applications, Hyperscale solutions and future technology developments. The series starts on May 5.
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.
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.
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.
AFL is supporting efforts in the fight against the COVID-19 pandemic by creating face shields for the medical industry.Using 3D printing technology, more than 100 face shields engineered by the manufacturer have been sent to local hospitals in South Carolina, including the Spartanburg Medical Center, Pelham Medical Center and another upstate hospital, with more expected to be printed and dispersed.
AFL has introduced the RT-02, the first ribbonizing tool that features a glue-less process for ribbonizing and splicing 12-fiber ribbons. The new tool saves users time and money by eliminating inefficiencies such as glue cure time and contamination of splicing equipment.
AFL has been awarded two new patents for technology and developments in OCA products. The first is for a rack mount panel that includes a unique fiber management guide region that pivots downward to allow full access to the module storage slots, allowing for flexibility in the field to combine various modules for xWDM applications. The second is for a unique process for creating a cable assembly furcation kit which drives an exceptionally high level of strength and protection of fibers under extreme environmental conditions. It also provides for scaling across a wide range of fibers.
AFL to launch Xpress Fiber Management (XFM-28) dual access module panel. Designed to maximize module capacity through both front and rear access in four rack units (RUs), the panel is billed as ideal for use where additional rack space is unavailable. The XFM-28 doubles the capacity of traditional 14-slot, front-access only 4RU panels and offers 28 slots to accommodate AFL’s LGX modules (14 front and 14 rear). Lightweight and robust, the panel offers routing flexibility.
The introduction of 200µm coated fibers in the market is causing a paradigm shift in cabling and splicing technology. These smaller fibers are found in loose fiber cables, and offer many benefits compared to standard 250µm loose fiber cables. The only real disadvantage is that currently most 200µm fiber applications can only be spliced one fiber at a time. If a technician wants to ribbonize these 200µm loose fibers for mass fusion splicing, the simplicity is lost.