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Juniper Networks is advancing the software for its AI-Native Networking Platform to help enterprise customers better manage and support AI in their data centers. Juniper’s AI-Native Networking Platform is aimed at unifying its campus, branch and data center networking products under a common AI engine.
Arista Networks has added loadbalancing and AI job-centric observability features to core software products in an effort to help enterprise customers grow and effectively manage AI networked environments. CV UNO is a licensed component of Aristas CloudVision as-a-service platform.
Cisco is boosting network density support for its data center switch and router portfolio as it works to deliver the network infrastructure its customers need for cloud architecture, AI workloads and high-performance computing. Cisco’s Nexus 9000 data center switches are a core component of the vendor’s enterprise AI offerings.
This latest version introduces substantial improvements to networking capabilities, security features and management tools. StarlingX got its start back in 2018 as a telecom and networking focused version of the open-source OpenStack cloud platform. The Open Infrastructure Foundation is out with the release of StarlingX 10.0,
F5 is evolving its core application and loadbalancing software to help customers secure and manage AI-powered and multicloud workloads. The F5 Application Delivery and Security Platform combines the companys loadbalancing and traffic management technology and application and API security capabilities into a single platform.
Edgecore Networks is taking the wraps off its latest data center networkinghardware, the 400G-optimized DCS511 spine switch. This new hardware offering aims to address the increasing demands of modern computing infrastructures, particularly in the realms of cloud computing and artificial intelligence.
“What we’ve realized is that in some of our critical infrastructure use cases, either government related or healthcare related, for example, they want a level of trust that the application running at that location will perform as expected,” Keith Basil, general manager of the edge business unit at SUSE told Network World. “So In SUSE Edge 3.1,
NGINX Plus is F5’s application security suite that includes a software loadbalancer, content cache, web server, API gateway, and microservices proxy designed to protect distributed web and mobile applications. This combination also leaves CPU resources available for the AI model servers.”
Traditional servers consisting of CPUs, RAM, high-speed networking, hard disk drives (HDDs) and solid state drivers (SSDs), while critical to todays high-performance computing (HPC) , simply werent built to support such intense AI capabilities. Related : What is AI networking?
Juniper Networks is offering education programs and pricing incentives to accelerate enterprise adoption of AI-based technologies. The idea with the Blueprint is to give customers a guide and toolkit for success with Juniper’s AI-Native Networking Platform. Streamlined licensing is another component of the Blueprint.
AI networking is another area Kyndryl is targeting. “AI AI networking is definitely in its early days, but we have been in a few consulting engagements about that,” Shagoury said. “A Cloud Computing, Networking A lot of our push in our consulting business is helping our clients think through how to architect that and deploy it.
Solarflare, a global leader in networking solutions for modern data centers, is releasing an Open Compute Platform (OCP) software-defined, networking interface card, offering the industry’s most scalable, lowest latency networking solution to meet the dynamic needs of the enterprise environment. Marty Meehan.
Is there a difference between network virtualization and Software-Defined Networking (SDN)? So, in a similar fashion to my post on network overlays vs. network virtualization , I thought I’d weigh in with some thoughts. With this definition in hand, let’s compare network virtualization to SDN.
Solarflare, a global leader in networking solutions for modern data centers, is releasing an Open Compute Platform (OCP) software-defined, networking interface card, offering the industry’s most scalable, lowest latency networking solution to meet the dynamic needs of the enterprise environment.
Whether it is redundant hardware or a private hot-site, keeping an environment up and running 99.99% (insert more 9’s here) of the time is a tough job. With a well-planned deployment, and a good infrastructure, companies can efficiently load-balance their IT environment between multiple active, cloud-based, sites.
Speaker: Martin Casado (VMware Networking CTO). NSX is basically a network hypervisor similar to how ESXi is a server hypervisor. So, NSX would sit on top of the physical network, which would give you the same capability to provision extremely complex virtual networks from Layer 2 to 7. Operations.
They manage dedicated firewalls for us, but as far as loadbalancers we use the cloud. I wasn’t sure cloud loadbalancing would be right, for example, but they showed us the numbers. Networking. “Because of the amount of mailflow, we need to manage that very closely,” said Namez. “A A Cooperative Process.
Basically, they are looking to provide programmability to the network via their Application-Centric Infrastructure. This is different from the current software first movement in that Cisco’s approach is based on their hardware first view of the network. F5 – Security/LoadBalancing. Network Cisco NSX VMWare'
Networking. If you’re interested in learning more about OpenFlow and software-defined networking but need to do this on a shoestring budget in your home lab, a number of guides have been written to help out. First up is Brent Salisbury’s how to build an SDN lab without needing OpenFlow hardware. Servers/Hardware.
This pertains to managing the infrastructure elements on which the cloud is running – including the physical infrastructure elements such as servers, networks and storage, as well as the virtualization layer and the cloud stack. Networking. Cloud Application Management. Comments (required). DataCenterKnowledge. White Papers.
A specific angle I want to address here is that of infrastructure automation ; that is, the dynamic manipulation of physical resources (virtualized or not) such as I/O, networking, loadbalancing, and storage connections - Sometimes referred to as "Infrastructure 2.0". a Fabric), and network switches, loadbalancers, etc.
IO Virtualization is an approach whereby physical IO components such as Network Interface Cards (NICs) Host Bus Adaptors (HBAs) and Keyboard/video/Mouse ports (KVM) are reproduced logically rather than physically. Converged Networking Adapters (e.g. Existing physical IO but with address hardware-based mapping/virtualization (e.g.
Essentially the punchline is this: Weve taken the most commonly-purchased hardware configuration and management tools used by mission-critical IT Ops, and integrated them into a single product with a single GUI that you can install and use in ~ 1 day. If you dont believe Dell hardware is ready for the Data Center, then think again.
This is session CLDS006, “Exploring New Intel Xeon Processor E5 Based Platform Optimizations for 10 Gb Ethernet Network Infrastructures.” The session starts with Rodriguez giving a (thankfully) brief overview of Expedient and then getting into the evolution of networking with 10 Gigabit Ethernet (GbE).
Four days packed with presentations and networking (of the social kind). Think of it this way: Fabric Computing is the componentization and abstraction of infrastructure (such as CPU, Memory, Network and Storage). Virtual networking. This permits physically flatter networks. Tuesday, December 8, 2009.
Microservers share some common characteristics, such as high integrated platforms (like integrated network) and being designed for high efficiency. He starts the discussion by talking about NFV and SDN, and how these efforts enable agile networks on standard high volume (SHV) servers (such as microservers).
Networking Lee Briggs (formerly of Pulumi, now with Tailscale) shows how to use the Tailscale Operator to create “free” Kubernetes loadbalancers (“free” as in no additional charge above and beyond what it would normally cost to operate a Kubernetes cluster). Thanks for reading!
This is session COMS002, titled “The Future of Software-Defined Networking with the Intel Open Network Platform Switch Reference Design.” The Intel Open Network Platform (ONP) Switch is the official name for Seacliff Trail, which I talked about last year at IDF 2012. So how does this work?
” From a network performance perspective, Matrix includes 2x10Gb ‘fabric’ connections, 16x8Gb SAN uplinks, and 16x10Gb Ethernet uplinks. As you would expect, the system has pretty fast networking; Cisco’s system includes 2x10Gb fabric interconnects, 8x4Gb SAN uplink ports, and 8x10Gb Ethernet uplink ports.
Networking. Here’s a quick look at using Envoy as a loadbalancer in Kubernetes. Back in April of this year, Patrick Ogenstad announced Netrasp , a Go package for writing network automation tooling in Go. Servers/Hardware. I hope this collection of links has something useful for you!
Capital cost – if you count all of the separate hardware components they’re trying to manage. That last bullet, the thing about hardware components, is also something to drill down into. And I mean I/O components like NICs and HBAs, not to mention switches, loadbalancers and cables. See diagram below.
For a start, it provides easy optimization of infrastructural resources since it uses hardware more effectively. On top of that, the tool also allows users to automatically handle networking, storage, logs, alerting, and many other things related to containers. Therefore, this allows users to save on hardware and data center costs.
Networking. I think this three-part series on new network models for cloud computing ( part 1 , part 2 , and part 3 ), while almost a year old, is quite good. Erik Smith, notably known for his outstanding posts on storage and FCoE, takes a stab at describing some of the differences between SDN and network virtualization in this post.
According to VMware a mature NSX environment allows you to orchestrate and provision layer 2 and 3 characteristics of the network associated to the application and VM’s but the network elements all the way up to layer 7. This is where partnerships from both hardware vendor and existing software management solutions.
Converged Infrastructure and Unified Computing are both terms referring to technology where the complete server profile, including I/O (NICs, HBAs, KVM), networking (VLANs, IP loadbalancing, etc.), The result is a pooling of physical servers, network resources and storage resources that can be assigned on-demand.
Networking. The rise of the disaggregated network operating system (NOS) marches on: this time, it’s Big Switch Networks announcing expanded hardware support in Open Network Linux (ONL) , upon which its own NOS is based. Servers/Hardware. Here’s a post by Ron Fuller on changing the IP address of NSX Manager.
Networking. Romain Decker has an “under the hood” look at the VMware NSX loadbalancer. Servers/Hardware. This graphical summary of the AWS Application LoadBalancer (ALB) is pretty handy. Sorry about that! Christopher Davis has an article discussing a recommended VPC subnet configuration.
The collection of links shared below covers a fairly wide range of topics, from old Sun hardware to working with serverless frameworks in the public cloud. Networking. The first is a post on Cilium and F5 loadbalancer integration , while the second discusses implementing Kubernetes network policies with Cilium and Linkerd.
Networking. Nick Schmidt talks about using GitOps with the NSX Advanced LoadBalancer. Servers/Hardware. And now for the content! Mike Fiedler explores differences in ways for container-to-container communication to occur. Aidan Steele examines how VPC sharing could potentially improve security and reduce cost.
Networking. Eric Sloof mentions the NSX-T loadbalancing encyclopedia (found here ), which intends to be an authoritative resource to NSX-T loadbalancing configuration and management. Servers/Hardware. Now I really want to see hardware security key support in the desktop and mobile apps!
Networking. Matt Oswalt has a great post on the need for networking professionals to learn basic scripting skills—something he (rightfully) distinguishes from programming as a full-time occupation. Further, he follows that up with a post on how automation is more than just configuration management ; it’s about network services.
Networking. Want to understand kube-proxy , a key part of Kubernetes networking, a bit better? Xavier Avrillier walks readers through using Antrea (a Kubernetes CNI built on top of Open vSwitch—a topic I’ve touched on a time or two) to provide on-premise loadbalancing in Kubernetes. Servers/Hardware.
Networking. If you’re a networking pro and didn’t understand most of that last sentence, I’d content that you’ve got some learning to do. If you’re a networking pro and didn’t understand most of that last sentence, I’d content that you’ve got some learning to do. Servers/Hardware.
Networking. Servers/Hardware. Rudi Martinsen has an article on changing the Avi loadbalancer license tier (this is in the context of using it with vSphere with Tanzu). I hope you find something useful! A short while ago I was helping someone (an acquaintance of a friend) with some odd DNS issues. Plastic microchips ?
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