xanax taken with norco generic xanax average dose of xanax for sleep

purchase xanax Centennial buy xanax online peur de prendre du xanax

what dea schedule is ambien buy ambien online effects of ambien erowid

does tramadol make your pee smell tramadol overnight shipping what strengths of tramadol are available

strongest mg soma buy soma how much does a soma cost on the street

interaction between ambien and ativan buy ambien street price of 10mg ambien

ambien dissociation buy ambien ambien online Miramar

duree d'action tramadol tramadol 100mg tramadol Denton

soma autism 60 minutes soma online soma dresses uk

does xanax make your body hurt generic xanax buy xanax Berkeley

Image Image Image Image Image Image Image Image Image Image

TelecomsTalk | September 24, 2018

Scroll to top

Top

Go!Foton at ISE: “Operators must leverage high-density fiber management systems to address growing challenges stemming from fiber densification”

Go!Foton at ISE: “Operators must leverage high-density fiber management systems to address growing challenges stemming from fiber densification”
Editor

As the average cost of a data center outage has increased year-on year since 2010, operators are quickly realizing that if they do not stay ahead of network evolution, the consequences will be costly and disastrous. Today, Michael Zammit, VP and GM of Go!Foton Corporation, global leaders in innovative high-density, fiber management solutions, is urging operators to combat these issues by implementing future-proof connectivity solutions now, to save on unnecessary costs, and reduce service affecting network disruption down the road.
Speaking at ISE Expo 2018, Mr Zammit will discuss how the transformation in telecom and data center fiber infrastructure is architected and how it has created a dramatic densification of optical fiber, which requires carriers to rethink the way they implement fiber connectivity management. Service providers must choose wisely to ensure that their next generation fiber management systems are agile and flexible to support new, high fiber count cables and the changing connection paradigm needed to enable network virtualization in a converged network environment.

“As the journey towards converged networks, 5G, IoT, and NFV unfolds, operators will soon realize that their current fiber management and connectivity systems are wholly inadequate and lack efficiency and organization to support their continued growth. Quick fixes can be attractive but are often complex, time consuming, and very limiting. To get ahead of the game, operators must choose wisely to deploy connectivity solutions that enable a high degree of agility and versatility that is needed now. This may seem like a daunting step, but by being more efficient from the outset, it will allow a scalable pay-as-you-grow network to evolve – especially as connection densification and high fiber count cable challenges come into play,” explains Zammit.
Building a future-proof network infrastructure that is compatible with existing infrastructure allows carriers to smartly migrate from SC to LC connectors while reaping the benefits of multi-fiber MPO connections and integrated optical components. Typically, businesses will just add to their existing, antiquated fiber infrastructure, only to find out the network is unable to cope when more bandwidth and additional services are added into the mix. Instead, planning for the future and shopping around for new flexible and scalable solutions can address operators’ challenges. Failure to implement connectivity solutions which will truly scale to support the diverse connection demands carriers are facing today, will result in crippling congestion and chaos down the road that will ultimately undermine the high network reliability both residential and business customers have come to expect.

A leading solution which stands out above all others is Go!Foton’s PEACOCTM high-density fiber management platform. PEACOC (Platform with Enhanced Access for Compact Optical Connectors) which will be showcased at ISE Expo this year, is a high-density fiber management platform widely deployed both in the central office and data center world, as well as in OSP cabinets and remote terminals. The PEACOC solution provides its users with piece of mind and allows technicians to manage and operate their networks tool-free and with greater ease, accuracy, and reliability. The highly versatile PEACOC high-density platform also enables service providers, and their respective data centers, to operate more efficiently and ultimately cost-effectively to better manage the increasing strain on operating expenditures (OpEx).

“Currently, the challenges we are seeing with existing infrastructure is overall awkward and chaotic fiber routing and management, poor utilization of already scarce rack resources, and a lack of adoption of new small form factor interconnect cables with higher count, bend optimized fibers. In the move towards fiber dense architectures resulting from 5G, IoT, and cloud computing, these debilitating practices simply cannot continue without adverse consequences to network performance and reliability. Operators must turn towards innovative technology like the PEACOC high-density platform as the foundational platform that allows service providers to manage these demanding environments, in a more intelligent and thoughtful way which maintains the highest network quality and reliability. The impact of taking such bold steps will be noticed almost immediately – both in terms of customer satisfaction as well as improved OpEx performance. If you do not start planning, taking appropriate measures, and considering your fiber connectivity strategy now, it will only hold you back and leave you open to devastating issues that will hinder your ability to move forward with the rest of the industry,” concluded Zammit.

The PEACOC high-density fiber management platform, alongside a complete range of the company’s optical connectivity solutions will be on display at booth 221 at ISE Expo 2018 held at the Colorado Convention Center, Denver, USA, August 14-16.

UA-102569295-1