The problem surrounding all the enthusiasm regarding “the edge” is that there are a whole lot of companies out there who have immediate needs for computing and storage functionality at multiple locations right now.
As transmission speeds increase in data center and enterprise networks, it becomes increasingly important to adopt a cabling-infrastructure strategy that considers multiple generations of network evolution. Deploying a cabling system that can support current and future needs requires thoughtful planning, and also requires an approach that is both robust and flexible. This webinar will describe in detail how to plan and implement a fiber-optic cabling infrastructure that supports port breakout for today’s applications.
In response to the need for higher density in data centers, a couple of new fiber connectors have recently been introduced to the market. Because these connectors are new, test equipment with these interfaces has not yet been introduced, which presents some Tier 1 testing challenges and a shift from the traditional recommended 1-jumper reference method. Let’s take a closer look at these connector types and how to test them.
A multi-tenant data center (MTDC), also known as a colocation data center, is a facility where organizations can rent space to host their data. MTDCs provide the space and networking equipment to connect an organization to service providers at a minimal cost. Businesses can rent to meet varying needs—from a server rack to a complete purpose-built module. The scalability of usage provides the business benefits of a data center without the high price.A future-ready MTDC will offer scalability, flexibility, modularity, and stringent SLAs.
The Open Eye Consortium has established a Multi-Source Agreement (MSA) outlining its mission to standardize advanced specifications for lower latency, more power efficient and lower cost optical modules targeting 50Gbps, 100Gbps, 200Gbps, and up to 400Gbps optical modules for data center interconnects over single-mode and multimode fiber.
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.
The Cloud, The Edge and Municipal Broadband are intertwined to create a platform to enable vibrant communities of the future. The Cloud has grown from a remote disk drive to the mainstream storage, compute and application platform driving the world’s economy. All aspects of personal and corporate life are being cloudified or are going cloud native. The Edge of the cloud is expanding out from the biggest cities to cities and towns closer and closer to the end user. The edge is showing up at the base of cell tower and may soon be hyper-localized at your neighborhood fiber hut.
Current 40 and 100 gigabit (Gb/s) multimode fiber applications, as well as future 200 and 400 Gb/s multimode and singlemode applications, are based on 8 optical fibers with 4 fibers transmitting and 4 receiving at either 10 Gb/s or 25 Gb/s. Siemon’s Base 8 Plug-and-Play Fiber Systems, part of Siemon’s Lighthouse™ Advanced Fiber Cabling Solutions, provides the simplest, most seamless transition from duplex 10 Gb/s to current and future 8-fiber applications to 400 Gig.
An experiment on existing transatlantic fiber has achieved a record fiber optic cable capacity of 26.2 Tbps across more than 6,000 km of the Marea transatlantic fiber optic cable – the average transfer rate of the Marea cable is 9.5 Tbps. Infinera explains this data rate was obtained using WDM, implementing “multiple wavelengths on a single optical chip, so that we could squeeze the individual wavelengths closer together, and get more wavelengths on the fiber,” and making “each wavelengths is transmitted as a set of subcarriers that also allows tighter spacing.” The increase should help meet the growing needs for internet and cloud services.
Winners of the Leading Lights award will be announced tonight. Check out the 11 shortlisted entries in this year’s category for Most Innovative Telecoms Product (Optical/IP/Carrier Ethernet/FTTH).
