mobile edge computing

Edge computing essential to supporting 5G use cases For business and consumers, new use cases and applications dependent on low-latency network connectivity are driving computing power to the edge of the network. For AT&T, edge computing is a key part …

Latency-sensitive applications require new approach to the network edge Drivers like the growth of the internet of things and mobile gaming highlight the importance of network quality at the mobile edge. Users and devices reside at the edge, which means …

  The networking and communications industry service providers — mobile, IoT, Internet, cable, and telecom technologies — are combining into a “converged network” because of the common infrastructures being implemented. Things are changing dramatically in the world of these converged …

  When the speed of light is a drawback — you know it is time for a new approach! Over the past couple of years, it has been abundantly clear that cloud services cannot compute the flood of data created …

Instead of a complex infrastructure deployment, latent computing resources could be used to support the edge computing needs of the IoT The data processing and storage needs of the internet of things (IoT) will quickly become more than our current …

The evolution to 5G requires a new approach to network architecture In order to realize the 5G future, “We can’t just do more of the same to get more out of our networks,” analyst Monica Paolini of Senza Fili said …

NFV, SDN and mobile edge computing, all major aspects of 5G, creates an opportunity for disruption of telecom vendor ecosystem The sheer complexity of 5G and attendant use cases–mobile AR/VR, autonomous driving, remote control of industrial robotics, etc…, presents an …

Particularly for latency-sensitive applications, edge computing augments the cloud Ericsson–and every other telecom infrastructure vendor–are pushing hard to develop the underlying 5G technologies that will support a broad range of applications that leverage the promised ultra high capacity and very …

Nokia product launches focus on digital transformation for the enterprise Cellular connectivity is essential for an always-on enterprise whether it’s supporting a global sales team or internet of things-type deployments in a smart factory. As operators look to better support …

Q&A with director of Dell EMC’s Extreme Scale Infrastructure Unit on the network edge, telco’s real estate advantage compared to hyperscale players and more Jyeh Gan, director Dell EMC’s Extreme Scale Infrastructure unit, laid out the dynamics driving increased competition …

InterDigital Flips platform uses NFV and SDN ‘fabric’ InterDigital, a mobile technology research and development company, announced its mobile edge computing (MEC) 5G network architecture trial in Bristol, U.K., was a success. Bistol Is Open, a collaborate smart city project …

Realizing the full promise of the internet of things (IoT) means creating an environment where tens of billions of devices can communicate in real-time, transforming industries. It’s been a long time coming, but application developers, enterprises and vertical industries are …

SDN and mobile edge computing ‘go hand-in-hand’ In addition to increased capacity and lowered latency–as compared to what’s offered by LTE and its variants–5G use cases, particularly latency-sensitive applications like self-driving vehicles and augmented and virtual reality, will require dense, …

Realizing the full promise of the internet of things (IoT) means creating an environment where tens of billions of devices can communicate in real-time, transforming industries. It’s been a long time coming, but application developers, enterprises and vertical industries are …

 An internet of things (IoT) gateway is a device that connects IoT devices, equipment systems, sensors and the cloud. By connecting the devices in the field and a centralized cloud, the IoT gateway offers local processing and storage solutions, as well …

The new enterprise offering combines small cells with mobile edge computing apps Japan’s NEC Corporation announced that Dutch telco Vodafone Netherlands has launched a new offering for the enterprise segment combining NEC’s Small Cells with Mobile Edge Computing (MEC) applications. …

ExteNet Systems CTO Tormod Larsen discusses the network infrastructure advancements needed to realize the future of fully autonomous driving. In a recent interview with RCR Wireless News, ExteNet Systems CTO Tormod Larsen shared his perspective on how network infrastructure will …

Mobile edge computing is viewed by many mobile network operators as related to 5G, but MNOs can glean benefits from MEC in their current 4G-based operations. Editor’s Note: The RCR Wireless News Reality Check section is where C-level executives and …

Edge Computing Consortium members include Huawei, Intel, ARM and Chinese institutions. Chinese vendors, together with Shenyang Institute of Automation of Chinese Academy of Sciences, China Academy of Information and Communications Technology, Intel, ARM and ISoftStone established the Edge Computing Consortium …

The two companies partnered to deliver mobile edge computing proof of concept Vodafone Hutchison Australia (VHA) and Finnish vendor Nokia aim to carry out trials of mobile edge computing (MEC) during 2017. The two companies recently announced a partnership to …

Mobile edge computing looks set to be part of 5G and IoT, with the recent MEC Congress showing considerable progress in the technology I recently attended the Mobile Edge Computing Congress in Munich, Germany. (I actually chaired the first day …

Service providers are taking their data centers to the edge and transforming data center interconnect along the way At this year’s Mobile World Congress in Barcelona, Spain, mobile edge computing was front and center in many presentations and company messages. …

Mobile edge computing is seen as an important part to alleviating network congestion and improving cloud-based applications for both current 4G and future 5G networks. In the approach to 5G commercialization, Ericsson and Vodafone conducted a 5G mobile edge proof …

Mobile edge computing is seen as an important part to alleviating network congestion and improving cloud-based applications for both current 4G and future 5G networks. In the approach to 5G commercialization, Ericsson and Vodafone conducted a 5G mobile edge proof …

Mobile edge computing (MEC) is one of the most significant current developments in wireless networks, with immense promise to transform the economics of dense data networks and to enable new services and revenue streams driven by a broadened ecosystem. By …