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

Cumulus content roundup: March

Did you feel like you missed any of our great blogs or podcasts this month? We had a lot of great ones to choose from in our March content roundup and on top of that, we had a lot of great industry articles and videos we shared that you can easily access below too! Spend a minute or two, or maybe even sixty to digest it all and increase your overall knowledge. Happy trails!

From Cumulus Networks:

Cumulus Networks is excited to announce being the first to power Facebook’s next generation, open modular platform, Minipack: With this news being announced at the recent OCP Summit 2019, we provided this helpful blog with links to everything you need to know about the announcement including data sheets etc.

Kernel of Truth season 2 episode 3: Storage solutions: Ask & you shall receive! A question asking “what are middle-tier customers doing for storage” came across our path & we thought hey, let’s tap a couple of experts to answer this one. Listen as David Iles from Mellanox Technologies discusses this with our own Peter Lumbis & host Brian O’Sullivan here.

The multicloud we need, but not the one we deserve: How can you take advantage of multi-cloud deployments without completely ditching Continue reading

BrandPost: 3 Essentials for Achieving Resiliency at the Edge

“The IT industry has done a good job of making robust data centers that are highly manageable, highly secure, with redundant systems,” says Kevin Brown, SVP Innovation and CTO for Schneider Electric’s Secure Power Division. However, he continues, companies then connect these data centers to messy edge closets and server rooms, which over time have become “micro mission-critical data centers” in their own right — making system availability vital. If not designed and managed correctly, the situation can be disastrous if users cannot connect to business-critical applications.  To read this article in full, please click here

CCAOI-ISOC Delhi Webinar on the Draft National e-Commerce Policy

The Indian government’s Department for Promotion of Industry and Internal Trade has released a draft of the National e-Commerce Policy for public comments by 29 March 2019. The CCAOI, with support from the Internet Society India Delhi Chapter, organized a webinar to discuss the draft policy on 18 March. The objective of the discussion was to inform various stakeholders of the provisions of the draft policy and highlight issues of concern. Watch the recording here.

The session was moderated by Subhashish Panigrahi and myself. It was attended by over 45 participants from different stakeholder communities across the country. The speakers that participated in the session were Devika Aggarwal from NASSCOM, Ankit Anand from Reliance Jio, Nikhil Pahwa from MediaNama, Parminder Singh from IT for Change, and Dr. Mahesh Uppal from ComFirst (India) Private Limited.

To kick off the webinar, Smitha Krishna Prasad of the Centre for Communication Governance at the National Law University presented an overview of the draft policy, following which the speakers shared their perspectives on the draft policy. Towards the end of the webinar, speakers answered questions from the participants in a lively and interactive Q&A session.

Some of the key issues discussed were on the Continue reading

How Istio, NSX Service Mesh and NSX Data Center Fit Together

This is the year of the service mesh. Service mesh solutions like Istio are popping up everywhere faster than you can say Kubernetes. Yet, with the exponential growth in interest also comes confusion. These are a few of the questions I hear out there:

  1. Where is the overlap between NSX service mesh (NSX-SM) with NSX-Datacenter (NSX-DC)?
  2. Is there synergy between the NSX-DC and Istio?
  3. Can service mesh be considered networking at all?

These are all excellent and valid questions. I will try to answer them at the end of the post, but to get there let’s first understand what each solution is trying to achieve and place both on the OSI layer to bring more clarity to this topic.

*Note – I focused this post on NSX-DC and Istio, to prevent confusion, Istio is an open source service mesh project, while NSX-SM is a VMware service delivering enterprise-grade service mesh, while it is built on top of Istio, it brings extensive capabilities beyond those that are offered by the Istio Open Source project.

 

Before we start, in a nutshell, what is Istio?

Istio (https://istio.io/) Is an Open Source service mesh project led by Google that addresses Continue reading

Full Stack Journey 030: Building Cloud-Native Infrastructure As Code With Pulumi

Pulumi is a tool for building cloud-native infrastructure as code using general-purpose programming languages. Luke Hoban, CTO of Pulumi, joins Scott Lowe on the Full Stack Journey podcast to chat about the tool and how it differs from existing approaches to infrastructure as code.

The post Full Stack Journey 030: Building Cloud-Native Infrastructure As Code With Pulumi appeared first on Packet Pushers.

History of Networking: OpenConfig with Anees Shaikh and Rob Shakir

OpenConfig is an effort amongst many cooperative network operators to define vender-neutral data models for configuring and managing networks programatically. In this episode we talk with Anees Shaikh and Rob Shakir about the roots of the OpenConfig project and where it’s at currently.

Outro Music:
Danger Storm Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3.0 License
http://creativecommons.org/licenses/by/3.0/

Juniper Lightboard Series – Intro to Juniper Routing – Part 2

Just released the second video in my “Introduction to Juniper Routing” Lightboard Series. In this video, I cover more details around the functions and role of the Packet Forwarding Engine (PFE), and describe the difference between transit traffic and exception traffic. In my next video, I’ll cover how routes are added to the routing table, …

Continue reading "Juniper Lightboard Series – Intro to Juniper Routing – Part 2"

When Wi-Fi is mission-critical, a mixed-channel architecture is the best option

I’ve worked with a number of companies that have implemented digital projects only to see them fail. The ideation was correct, the implementation was sound, and the market opportunity was there. The weak link? The Wi-Fi network.For example, a large hospital wanted to improve clinician response times to patient alarms by having telemetry information sent to mobile devices. Without the system, the only way a nurse would know about a patient alarm is from an audible alert. And with all the background noise, it’s often tough to discern where noises are coming from. The problem was the Wi-Fi network in the hospital had not been upgraded in years and caused messages to be significantly delayed in their delivery, often taking four to five minutes to deliver. The long delivery times caused a lack of confidence in the system, so many clinicians stopped using it and went back to manual alerting. As a result, the project was considered a failure.To read this article in full, please click here

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