Monday, April 5, 2021

Verizon Business teams with AWS on mobile edge computing

Verizon Business and Amazon Web Services (AWS) will be expanding their 5G collaboration to deliver private mobile edge computing (MEC) to enterprise customers in the U.S. 

The solution will fully integrate Verizon’s Private 5G networks and Private Edge platform with AWS Outposts, a fully managed service that offers the same AWS infrastructure, services, APIs, and tools to virtually any datacenter, co-location space, or on-premises facility for a truly consistent hybrid experience.  The platform supports unified connectivity, compute and storage, without having the need for the customer to own extensive networking and IT infrastructure. The new, fully managed private MEC solution will support a wide range of industrial manufacturing applications, such as autonomous mobile robots (AMRs), predictive maintenance, quality assurance, and near real-time monitoring and hazard alerts. Verizon’s Private 5G Edge platform will give customers a reliable, secure, high bandwidth, low latency connection to AWS services, APIs, and tools running on AWS Outposts. Additionally, two smaller AWS Outposts — 1U and 2U form factors — will give customers options to deploy AWS on-premises in space-constrained locations.


The companies said their solution will enable real-time enterprise applications like intelligent logistics, predictive maintenance, robotics, factory automation, etc. Corning will be the first company to leverage this private MEC solution.

“Verizon’s 5G is the platform for 21st century innovation and customers are looking to rapidly innovate, improve performance, and create new revenue streams,” said Tami Erwin, CEO of Verizon Business. “Developers are already creating new latency-dependent solutions that run on the Verizon/AWS public MEC service launched last year. Our private MEC offering will unlock that same potential for enterprise customers who need to maintain a secure, closed environment in factories, warehouses and other facilities.”

“Private MEC is a natural expansion of our collaboration with Verizon,” said Dave Brown, Vice President Elastic Compute Cloud (EC2) at AWS. “Customers are already leveraging AWS Wavelength's ability to provide ultra-low latency access to end users for use cases like video distribution, inference at the edge, AR/VR, and connected vehicles. Now, Private 5G MEC from AWS and Verizon brings ultra-low latency to dedicated, closed, on-premises environments for use cases such as autonomous mobile robots, quality assurance, and hazard alerting.”

“We’re living through one of the greatest communications evolutions in history – and at the center of it all are optical networks. At Corning, our vision is to accelerate the ways in which innovation improves people’s lives and brings the world closer together, which includes partnering with industry leaders such as Verizon and AWS to make the promise of 5G a reality,” said Michael A. Bell, senior vice president and general manager of Corning’s Optical Communications business. “We believe 5G will revolutionize the way people and companies interact with technology, and we’re excited to advance these developments in our own plant, where we manufacture the optical cable needed to support the networks. Now, with Verizon’s 5G network and mobile edge computing solution using AWS Outposts, we’re leveraging technologies like autonomous mobile robots to demonstrate how manufacturers can increase efficiency.” 

Verizon 5G Edge with AWS Wavelength now available in eight cities

Verizon has activated its 5G Edge with AWS Wavelength service in Las Vegas, its eighth mobile edge computing location.  Verizon and AWS announced their partnership at AWS re:Invent in 2019 and have since launched mobile edge computing (MEC) capabilities in Atlanta, the San Francisco Bay Area, Boston, Dallas, Las Vegas, Miami, New York and Washington, DC, with plans to add two additional cities by year end.Verizon 5G Edge with AWS Wavelength...

Measuring the latency of AWS Wavelength on Verizon 5G

AvidThink recently performed a series of basic throughput and latency tests on AWS Wavelength on Verizon’s network: Part 1 - https://avidthink.com/analysis/aws-wavelength-verizon-real-world-perspective/ Part 2 - https://avidthink.com/analysis/aws-wavelength-verizon-real-world-perspectives-part-2/ In this video, Roy Chua, founder and principal of AvidThink, and Jim Carroll, Editor of Converge! Network Digest, discuss the test methodology...


DISH picks Palo Alto Networks to help secure 5G network

DISH Network has selected Palo Alto Networks to help secure its upcoming cloud-native, OpenRAN-based 5G wireless network.


DISH will leverage Palo Alto Networks for container security, secure network slicing, real-time threat correlation and dynamic security enforcement. DISH will use Palo Alto Networks' industry-first, cloud-native security offering, including the VM-series and CN-series Next-Generation Firewalls, as well as Prisma Cloud. Financial terms were not disclosed.

"As part of our efforts to revolutionize wireless connectivity, it's imperative that we integrate security into our 5G network from the ground up. As a result, we are incorporating innovative, next-generation vendors to provide our network with 5G-native security solutions from day one of deployment," said Marc Rouanne, Chief Network Officer, DISH. "Palo Alto Networks is a leading security provider that excels  at safeguarding enterprises, mobile networks and cloud platforms."

"5G promises much more than increased browsing speeds on mobile devices. When built as a secure network, 5G can bring massive business transformation and enable smart supply chains, autonomous transportation, smart manufacturing, mass adoption of the Internet of Things and much more," said Lee Klarich, Chief Product Officer, Palo Alto Networks. "This is why we are delighted to help DISH achieve its vision to build a first-of-its-kind, open, secure 5G network."

http://www.paloaltonetworks.com


Crehan: growth in 25GbE, 50GbE, 100GbE NICs, as well as SmartNICs

Data center customers deployed seven million more server-class Ethernet Network Interface Card (NIC) ports in 2020 than in 2019, resulting in a new record high for this market, according to a recent report from Crehan Research. Most of the new deployments were 25 gigabit Ethernet (GbE), 50GbE, and 100GbE NICs. This, in combination with a strong increase in SmartNIC adoption, drove revenue growth well above the year’s robust shipment growth.

Even with these strong results in 25GbE, 50GbE and 100GbE NICs as well as SmartNICs, Crehan’s report indicates that these technologies are still mostly in the early stages of adoption and should have numerous years of growth ahead.

“More users, deploying more applications requiring more bandwidth, fueled strong demand for both faster and smarter server-class Ethernet NICs,” said Seamus Crehan, president of Crehan Research. “Although there are factors specific to the pandemic that helped accelerate demand, these are still long-term trends that will continue to drive increased server-class Ethernet NIC deployments.”

Other noteworthy results from Crehan’s Server-Class Ethernet Adapter & LOM/Controller (NIC) report include:

  • 200GbE NICs started to ship in 2020, with Nvidia currently driving these volumes.
  • 100GbE NICs saw particularly strong demand in the latter half of 2020, helped by the arrival of server platforms for artificial intelligence workloads, such as Facebook’s Zion. Broadcom and Nvidia were the main drivers of this strong 100GbE NIC growth.
  • Intel accounted for the majority of total server-class Ethernet NIC shipments in 2020.

“We have entered a period of increased server-class Ethernet NIC innovation, as vendors and data center operators look for different and creative ways to address the new vectors of bandwidth demand coming from areas such as artificial intelligence, 5G and Edge computing, and disaggregated compute and networking,” Crehan said.

https://www.crehanresearch.com/

HE-NET deploys Padtec's 200G in Bahia, Brazil

HE-NET, the largest telecom operator in the state of Bahia, Brazil, has deployed Padtec's 200 Gbps transponders, optical amplifiers, and route protection systems to upgrade its optical network.

The upgrade will light up the provider’s new routes in Bahia – two optical rings that connect the main municipalities in the south and southwest of the state. Padtec has also supplied the OTDR (Optical Time-Domain Reflectometer) solution, which allows operators to remotely and automatically monitor the performance of their optical networks over long distances.  The OTDR is produced by Padtec using technology developed by VIAVI.

HE-NET also uses the latest Padtec NMS+ platform which allows monitoring and managing data traffic on its new DWDM optical routes in real time. 

For Helder Araujo, HE-NET’s Executive Director, states “In recent years, HE-NET has stood out as the provider with the highest speed broadband services in its coverage area according to the main measurement sites in the country... Our goal is to continue to be recognized for offering a unique connectivity experience and this is only possible with significant investments in infrastructure and innovation in products and services. In that regard, Padtec’s DWDM solution is an important ally for the evolution of our optical networks” he adds.

https://www.padtec.com.br/en/padtec-lights-up-a-200-gbs-optical-system-for-he-net-in-bahia/




OpenFive intros Die-to-Die PHY

OpenFive, a SiFive Business Unit, introduced a Die-to-Die (D2D) PHY that complements the company’s existing D2D Controller to offer complete D2D interface solutions for various packages including substrates and interposers.

OpenFive said its new D2D PHY helps disaggregate large SoC die into smaller die, resulting in better yield, cost and power savings. It features up to 16Gbps NRZ signals with clock forwarding architecture. Each channel, comprising of 40 IOs, can provide effective throughput of up to ~1.75Tbps/mm. Users can stack up multiple channels to further increase overall throughput. The PHY also features built-in PLL, programmable output drivers, and link training state machines.

“The D2D subsystem, including both the controller and PHY, provides best-in-class latency, performance and power profile for various IO, CPU and analog chiplets,” said Ketan Mehta, Sr. Director, Product/Application Marketing, SoC IP, at OpenFive.

“OpenFive’s die-to-die connectivity IP solution will enable widespread integration of proven solutions from chiplet ecosystem partners,” said Mohit Gupta, SVP and GM SoC IP at OpenFive. “As a custom ASIC and IP provider, OpenFive is well-positioned to provide an entire chiplet solution to our customers at any stage of development, whether it be during design, integration, manufacturing, or testing of Known-Good-Die (KGD).”

http://www.openfive.com/ip

LG exits the smartphone business


 LG Electronics confirmed that it is closing its mobile business unit on a global basis. The company said its strategic decision to exit the incredibly competitive mobile phone sector will enable it to focus resources in growth areas such as electric vehicle components, connected devices, smart homes, robotics, artificial intelligence and business-to-business solutions, as well as platforms and services.

LG plans to continue to develop mobility-related technologies such as 6G to help further strengthen competitiveness in other business areas.