The approach taken by cloud service providers to hyper-scale data centers and virtual networking is driving the latest multicore processor developments. There are now more multicore processors available than ever before for cloud and networking applications, from the hyper-scale data center out to the network edge and the virtual customer premises equipment (vCPE). Processor and […]
400G Packet Processing Required
High-speed packet processing is a key requirement for the latest telecom systems based on network virtualization. A significant number of companies are already using 100G packet processors and many will require 400G packet processors within the next year or two. Software compatibility and low power consumption are also key requirements making this combination the challenge […]
Data Center Drives 400G
Hyperscale and large data centers will need 400G connections to support rapidly growing server input/output (I/O) as the combination of higher server density and a shift to 25Gbit/s drives server I/O bandwidth per rack to 5 Tbit/s. Cloud service providers are already planning 400G deployments and expect widespread use of 400G within data centers by […]
OCP Drives Telco Data Centers & the New IP
The Open Compute Project (OCP) and the shift to virtualized functions using SDN and NFV is driving a complete change in the architecture of telecom data centers and telecom infrastructure. Rack-scale architectures, modular servers and rack-mount appliance platforms are the leading COTS solutions for the New IP infrastructure being developed today. These platforms are replacing […]
NFV Drives Shift to Open Platforms
Network functions virtualization (NFV) and software-defined networking (SDN) platforms are a key focus for telecom and network equipment suppliers, covered in a recent survey that also shows a significant shift toward open platforms and open software architectures. Many existing networking systems are built on commercial-off-the-shelf (COTS) platforms, including rackmount servers, blade servers, ATCA, appliance platforms […]
LTE-A Components Deliver on Bandwidth, IoT
The latest LTE components support the LTE-Advanced (LTE-A) functions required to deliver high bandwidth up to 600 Mbit/s at one extreme and very low-power sub-1 Mbit/s for IoT/M2M applications at the other extreme. Highly integrated handset devices feature up to ten 64-bit processor cores and LTE-A modems, and the latest devices for LTE-A base stations […]
Latest Modules Drive Market Toward 400G
Third-generation optical modules and semiconductor components supporting 28Gbit/s interfaces have made 100G more attractive than 10G or 40G and open the door to 400G connectivity. QSFP28 and CFP4 modules support 100G ports at much higher densities, lower power and lower cost of ownership than previous generations. There are already 20 vendors developing or shipping these […]
100G: Ready for Prime Time
User demand and the introduction of the latest 100G optical modules and related physical layer (PHY) devices have positioned 100G for significant growth through 2016/17. The majority of systems in many sectors of the long-haul, metro and enterprise markets are already shipping with 100G ports. Fifth-generation CFP4 and QSFP28 optical modules in the data center […]
White Box Switching Enabled by Latest Silicon & Software
The latest switch silicon and software is enabling white box switches that, together with standard servers systems, are replacing dedicated network systems. These switch systems provide multi-terabit switching on a platform that can be customized by the network or data center operator with software-defined networking (SDN), OS and other software downloaded to the box. The […]
G.fast Plugs the Gap for Gigabit Cities
The race to deliver gigabit broadband services is accelerating, and G.fast is the technology that telecom service providers need to compete successfully. G.fast will change the market for high-speed broadband and could reverse the subscriber migration to fiber and cable services. G.fast builds on the success of VDSL2 and removes significant limitations. The first chipsets […]