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Category Archives for "Networking"

Intel unveils an epic response to AMD’s server push

Intel on Tuesday introduced its second-generation Xeon Scalable Processors for servers, developed under the codename Cascade Lake, and it’s clear AMD has lit a fire under a once complacent company.These new Xeon SP processors max out at 28 cores and 56 threads, a bit shy of AMD’s Epyc server processors with 32 cores and 64 threads, but independent benchmarks are still to come, which may show Intel having a lead at single core performance.And for absolute overkill, there is the Xeon SP Platinum 9200 Series, which sports 56 cores and 112 threads. It will also require up to 400W of power, more than twice what the high-end Xeons usually consume.To read this article in full, please click here

Intel unveils an epic response to AMD’s server push

Intel on Tuesday introduced its second-generation Xeon Scalable Processors for servers, developed under the codename Cascade Lake, and it’s clear AMD has lit a fire under a once complacent company.These new Xeon SP processors max out at 28 cores and 56 threads, a bit shy of AMD’s Epyc server processors with 32 cores and 64 threads, but independent benchmarks are still to come, which may show Intel having a lead at single core performance.And for absolute overkill, there is the Xeon SP Platinum 9200 Series, which sports 56 cores and 112 threads. It will also require up to 400W of power, more than twice what the high-end Xeons usually consume.To read this article in full, please click here

BrandPost: Introducing Wi-Fi 6 Access Points for the Most Demanding Mobile and IoT Environments

I am sure by now you’ve heard about the latest Wi-Fi technology, which is 802.11ax or Wi-Fi 6. We’ve been very active educating you about this standard for the past year. Please check out this blog series here.We’ve been building a portfolio of high-performance 802.11ax APs to meet a broad range of enterprise needs. Last fall, we introduced our first 802.11ax campus access point, the 510 Series, which is ideal for midsize mobile and IoT deployments.To read this article in full, please click here

BrandPost: 802.11ax( Wi-Fi 6) Access Points for the most demanding mobile and IoT environments .

I am sure by now you’ve heard about the latest Wi-Fi technology, which is 802.11ax or Wi-Fi 6. We’ve been very active educating you about this standard for the past year. Please check out this blog series here.We’ve been building a portfolio of high-performance 802.11ax APs to meet a broad range of enterprise needs. Last fall, we introduced our first 802.11ax campus access point, the 510 Series, which is ideal for midsize mobile and IoT deployments.To read this article in full, please click here

Episode 48 – BGP Peering In The Real World

Internet BGP Peering relationships are a complicated mix of competing and complimentary motivations. In this Network Collective Community Roundtable we dive in to the world of public BGP peering to discuss how it works in the real world and when it might make sense for your organization to consider getting involved as well.

 

 

We would like to thank Cumulus Networks for sponsoring this episode of Network Collective.  Cumulus Networks makes networking software for the open, modern data center. It’s the only open networking software that allows you to affordably build and efficiently operate your network like the worlds largest data center operators. Cumulus Networks wants you to build something epic. Whether you’re scaling your data center network or designing the next “big thing,” you have your sights set on building something that matters. To do that, you’ll need to use the absolute best resources. If you would like to learn more about how Cumulus Networks can help you build something epic, you should check out https://cumulusnetworks.com/epic

 

Marijana Novakovic
Guest
Tom Ammon
Guest
Jordan Martin
Host
Eyvonne Sharp
Host
Russ White
Host

Outro Music:
Danger Storm Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3. Continue reading

Enabling the Next Generation of Community Network Builders: A Report on CNXAPAC 2018 and CN Champs

In October 2018, together with our partner Digital Empowerment Foundation (DEF), we organized the 2nd edition of CNXAPAC (Community Network eXchange Asia-Pacific) with a focus on how two sets of community operators – community radio network operators and community (Internet) network operators – could explore synergies in the work they do.

The event was kindly hosted by UNESCO at their Delhi office, and brought together over 50 participants from around the world to exchange knowledge and best practices, and see how the Internet can improve the lives of underserved and unserved communities.

In many parts of the world, community radio stations play an important role in providing information to the public – particularly in rural communities. The community radio community have expertise in setting up radio communications, as well as creating content relevant to their local communities. This presents a wonderful opportunity for this community to add Internet services to their repertoire, and 12 community radio operators from around India were brought to CNXAPAC to learn about Internet community networks, and how these could be deployed in their local communities.

The Internet Society Asia-Pacific Bureau has been working on community networks since 2010 as part of its Wireless for Continue reading

Don’t Sugarcoat the Challenges You Have

Last year I got into somewhat-heated discussion with a few engineers who followed the advice to run IBGP EVPN address family on top of an EBGP underlay.

My main argument was simple: this is not how BGP was designed and how it’s commonly used, and twisting it this way requires schizophrenic BGP routing process which introduces unnecessary complexity (even though it looks simple in Junos configuration) and might confuse people who have to run the network after the brilliant designer is gone.

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Intel’s Agilex FPGA family targets data-intensive workloads

After teasing out details about the technology for a year and half under the code name Falcon Mesa, Intel has unveiled the Agilex family of FPGAs, aimed at data-center and network applications that are processing increasing amounts of data for AI, financial, database and IoT workloads.The Agilex family, expected to start appearing in devices in the third quarter, is part of a new wave of more easily programmable FPGAs that is beginning to take an increasingly central place in computing as data centers are called on to handle an explosion of data. Learn about edge networking How edge networking and IoT will reshape data centers Edge computing best practices How edge computing can help secure the IoT FPGAs, or field programmable gate arrays, are built around around a matrix of configurable logic blocks (CLBs) linked via programmable interconnects that can be programmed after manufacturing – and even reprogrammed after being deployed in devices – to run algorithms written for specific workloads. They can thus be more efficient on a performance-per-watt basis than general-purpose CPUs, even while driving higher performance.  To read this article in full, please click here

Intel’s Agilex FPGA family targets data-intensive workloads

After teasing out details about the technology for a year and half under the code name Falcon Mesa, Intel has unveiled the Agilex family of FPGAs, aimed at data-center and network applications that are processing increasing amounts of data for AI, financial, database and IoT workloads.The Agilex family, expected to start appearing in devices in the third quarter, is part of a new wave of more easily programmable FPGAs that is beginning to take an increasingly central place in computing as data centers are called on to handle an explosion of data. Learn about edge networking How edge networking and IoT will reshape data centers Edge computing best practices How edge computing can help secure the IoT FPGAs, or field programmable gate arrays, are built around around a matrix of configurable logic blocks (CLBs) linked via programmable interconnects that can be programmed after manufacturing – and even reprogrammed after being deployed in devices – to run algorithms written for specific workloads. They can thus be more efficient on a performance-per-watt basis than general-purpose CPUs, even while driving higher performance.  To read this article in full, please click here

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