Cloud Services, IoT, 5G and MEC are driving applications ever closer to the network edge, challenging existing network/cloud edge infrastructure to scale into the multi-Tbps range as well as to meet severely reduced latency requirements. Using traditional fixed function network technologies to deliver this enhanced Multi-access Edge Computing unfortunately adds latency to packet flows, multiplies networking costs, limits scalability and drives expenses through the roof. Programmable match-action data planes, combined with programmable compute resources, make it possible deploy Multi-access Edge Computing as an intelligent resource that brings the network into full partnership with applications and coordinates flows across enterprises and global networks.

Lanner is excited to offer first peek into its latest line of dual wireless IoT Gateway and GPU powered Industrial PC solutions at the IoT Evolution expo in Fort Lauderdale, FL from Feb 11-14, 2020.

The release 5G is anticipated to realize a wide range of new applications requiring the distributed networks to meet the demands of high bandwidth, ultra-low latency and real-time data processing. 5G architecture is essentially designed to take advantage of cloud-native concepts – the ability to communicate in a micro-services environment, and deploy network disaggregation and virtualization technology to deliver services and applications. At MWC 2020, Lanner will showcase our latest hardware platforms designed for SD-WAN, Intelligent Edge and MEC Content Delivery. Come visit our booth at Hall 7 (#7B2) from February 24 to 27, 2020.

As we usher into the age of 5G, IoT is set to generate increasingly more data at the edge requiring compute and processing power resources be moved closer to the devices. This will result in a massive ecosystem of distributed hardware, creating complexities to manage and secure those devices.

To build an open, interoperable network platforms for multi-vendor network environments, at SDN NFV World Congress 2019 Lanner will discuss how the next gen Whitebox Solutions™ optimized by leading VNF companies can ease the rollout of next-gen SD-WAN for remote branches or even large enterprises. We will also cover how a hyper-converged HTCA architecture integrating x86 compute, high speed switch and storage in one single platform can empower ultra-low latency communications for multi-access edge computing, content delivery, Cloud-RAN and other 5G applications

An open architecture and network disaggregation allow network operators to efficiently integrate white box, pre-validate hardware platform with best-in-class VNFs and to accelerate service time-to-market. To build a platform for multi-vendor SD-WAN and MEC applications, Lanner will join NFV & Carrier SD 2019 to showcase our latest Whitebox Solutions™ of WiFi/LTE ready uCPE and low-latency MEC platforms for distributed NFV networks and edge data center. Save the day and visit us on September 17~19, 2019 at Dallas, Texas.

These increasing, CPU-intensive workloads from real-time vision processing solutions have steadily pushed intelligent vision/surveillance systems towards a tailored, hardware-accelerated edge computing approach.

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