The Semiconductor Climate Consortium (SCC) is a collaborative effort aimed at significantly curbing the carbon emissions of the semiconductor industry. …
The post Does the Semiconductor Industry Really Have a Path to Net Zero? first appeared on The Next Platform.
Does the Semiconductor Industry Really Have a Path to Net Zero? was written by Nicole Hemsoth Prickett at The Next Platform.
Here at The Next Platform we are still casting a wary eye on how quantum computing will fit into the post-Moore landscape, especially in large-scale research and enterprise contexts. …
The post It’s Been a Noteworthy Week for Practical Quantum Computing first appeared on The Next Platform.
It’s Been a Noteworthy Week for Practical Quantum Computing was written by Nicole Hemsoth Prickett at The Next Platform.
Almost three years ago, we launched Cloudflare Waiting Room to protect our customers’ sites from overwhelming spikes in legitimate traffic that could bring down their sites. Waiting Room gives customers control over user experience even in times of high traffic by placing excess traffic in a customizable, on-brand waiting room, dynamically admitting users as spots become available on their sites. Since the launch of Waiting Room, we’ve continued to expand its functionality based on customer feedback with features like mobile app support, analytics, Waiting Room bypass rules, and more.
We love announcing new features and solving problems for our customers by expanding the capabilities of Waiting Room. But, today, we want to give you a behind the scenes look at how we have evolved the core mechanism of our product–namely, exactly how it kicks in to queue traffic in response to spikes.
The diagram below shows a quick overview of where the Waiting room sits when a customer enables it for their website.
Waiting Room is built on Workers that runs across a global network of Cloudflare data centers. The requests to a customer’s website can Continue reading
The post Protocolo SNMP e Suas Traps: Explicação e Tendências appeared first on Noction.
The post El Protocolo SNMP Explicado: Trampas SNMP appeared first on Noction.
After discussing names, addresses and routes, it’s time for the next question: what kinds of addresses do we need to make things work?
End-users (clients) are usually interested in a single thing: they want to reach the service they want to use. They don’t care about nodes, links, or anything else.
End-users might want to use friendly service names, but we already know we need addresses to make things work. We need application level service identifiers – something that identifies the services that the clients want to reach.
After discussing names, addresses and routes, it’s time for the next question: what kinds of addresses do we need to make things work?
End-users (clients) are usually interested in a single thing: they want to reach the service they want to use. They don’t care about nodes, links, or anything else.
End-users might want to use friendly service names, but we already know we need addresses to make things work. We need application level service identifiers – something that identifies the services that the clients want to reach.
Sometimes, especially with Intel in the past several years, the fact that the CPU roadmap doesn’t change is the news. …
The post Intel Xeon Roadmap On Track, 288 Core “Sierra Forest” Coming Soon first appeared on The Next Platform.
Intel Xeon Roadmap On Track, 288 Core “Sierra Forest” Coming Soon was written by Timothy Prickett Morgan at The Next Platform.
Just had a blast playing with VRF Route Leaking with a FTD. It is so cool and super simple to do. Let’s say you have a Cisco Firewall, a 3140 FTD in this instance, and you want to have varying... Read More ›
The post VRF Route Leaking with a FTD appeared first on Networking with FISH.
A few weeks ago, Daniel posted a piece about using different underlay and overlay protocols in a data center fabric. He says:
There is nothing wrong with running BGP in the overlay but I oppose to the argument of it being simpler.
One of the major problems we often face in network engineering—and engineering more broadly—is confusing that which is simple with that which has lower complexity. Simpler things are not always less complex. Let me give you a few examples, all of which are going to be controversial.
When OSPF was first created, it was designed to be a simpler and more efficient form of IS-IS. Instead of using TLVs to encode data, OSPF used fixed-length fields. To process the contents of a TLV, you need to build a case/switch construction where each possible type a separate bit of code. You must count off the correct length for the type of data, or (worse) read a length field and count out where you are in the stream.
Fixed-length fields are just much easier to process. You build a structure matching the layout of the fixed-length fields in memory, then point this structure at the packet contents in-memory. From there, Continue reading
Heterogeneous computing is clearly here to stay but now’s the time to get down to brass tacks and start addressing standards, portability, and other elements common to maturing technologies. …
The post The New UXL Foundation’s Has a Bold Blueprint for Open Acceleration first appeared on The Next Platform.
The New UXL Foundation’s Has a Bold Blueprint for Open Acceleration was written by Nicole Hemsoth Prickett at The Next Platform.
The Wi-Fi Awards is an industry effort to recognize excellence and achievements in the wireless community. There are award categories for companies, products, and individuals. Award recipients are determined by a committee and by community votes. Today's Heavy Wireless explores the origins of the Wi-Fi Awards, discusses different award categories and the importance of recognizing individuals. We also discuss the nomination and selection process, and how listeners can nominate candidates.
The post Heavy Wireless 011: How You Can Participate In The Wi-Fi Awards 2023 appeared first on Packet Pushers.