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Category Archives for "Networking"

Heavy Wireless 012: Why Wireless Pros Should Get To Know LoRaWAN

LoRaWAN is a wireless protocol that's well suited for use cases that require long-range, low-power operations such as sensors, asset and livestock tracking, municipal "smart city" initiatives, and more. On today's Heavy Wireless, Keith Parsons welcomes Raymond Hendrix and Troy Martin to discuss the architecture of a LoRaWAN solution, its applications, and its pros and cons. They also share resources for further learning, including the Things Network and the LoRa Alliance.

Kyndryl expands network security lineup with Palo Alto SD-WAN, SASE

Kyndryl continues to fill out its stable of network security partners, most recently inking an alliance with Palo Alto Networks for cybersecurity, SD-WAN and secure access service edge (SASE) services.As part of the deal, Kyndryl will integrate Palo Alto's security products and services into its own managed security services, which include security monitoring, incident response, and threat intelligence.  Palo Alto brings a wide range of security offerings, including a family of next-generation firewalls, the Prisma Cloud security platform for cloud-based applications and workloads, endpoint security, and operational automation support.To read this article in full, please click here

Kyndryl expands network security lineup with Palo Alto SD-WAN, SASE

Kyndryl continues to fill out its stable of network security partners, most recently inking an alliance with Palo Alto Networks for cybersecurity, SD-WAN and secure access service edge (SASE) services.As part of the deal, Kyndryl will integrate Palo Alto's security products and services into its own managed security services, which include security monitoring, incident response, and threat intelligence.  Palo Alto brings a wide range of security offerings, including a family of next-generation firewalls, the Prisma Cloud security platform for cloud-based applications and workloads, endpoint security, and operational automation support.To read this article in full, please click here

Data centers aren’t ready for AI, Schneider warns

Schneider Electric is warning the demands of power and cooling for AI are beyond what standard data center designs can handle and says new designs are necessary.That may be expected from a company like Schneider, which makes power and cooling systems used in data centers. But it doesn’t mean Schneider isn't correct. AI is a different kind of workload than standard server-side applications, such as databases, and the old ways just don’t cut it anymore.Schneider's white paper notes that AI needs ample supply of three things: power, cooling, and bandwidth. GPUs are the most popular AI processors and the most power intensive. Whereas CPUs from Intel and AMD draw about 300 to 400 watts, Nvidia’s newest GPUs draw 700 watts per processor and they are often delivered in clusters of eight at a time.To read this article in full, please click here

Data centers aren’t ready for AI, Schneider warns

Schneider Electric is warning the demands of power and cooling for AI are beyond what standard data center designs can handle and says new designs are necessary.That may be expected from a company like Schneider, which makes power and cooling systems used in data centers. But it doesn’t mean Schneider isn't correct. AI is a different kind of workload than standard server-side applications, such as databases, and the old ways just don’t cut it anymore.Schneider's white paper notes that AI needs ample supply of three things: power, cooling, and bandwidth. GPUs are the most popular AI processors and the most power intensive. Whereas CPUs from Intel and AMD draw about 300 to 400 watts, Nvidia’s newest GPUs draw 700 watts per processor and they are often delivered in clusters of eight at a time.To read this article in full, please click here

Japan invests $1.3 billion in Micron to subsidize chip manufacturing: Report

The Japanese government on Tuesday said that it had invested $1.3 billion in Micron’s Hiroshima factory as subsidy for manufacturing more advanced chips that support or power AI and quantum workloads.The investment is expected to cover the cost of installing ASML Holding’s extreme ultraviolet lithography equipment at the factory, according to a Bloomberg report. Lithography machines are used to draw patterns on silicon chips using light, and Dutch company ASML Holdings is one of the top producers of these lithography machines.To read this article in full, please click here

Microsoft puts its Cloud for Sovereignty in public preview

Microsoft on Tuesday moved its Cloud for Sovereignty offering from private preview to public preview and said the offering is likely to be made generally available this December.Microsoft Cloud for Sovereignty, which is aimed at helping government bodies meet specific compliance, security, and policy requirements, was first introduced in July of last year. Since then the company has released two private releases of the offering.The public preview version of the offering includes new features such as the Sovereign Landing Zone, support for two country-specific requirements, transparency logs, and automated workload templates.The Sovereign Landing Zone and policy initiative, which is now available on GitHub, instantiates guardrails for sovereign cloud environments for customer workloads, enabling customers to leverage best practices for secure and consistent environments while supporting their efforts to meet evolving local regulations, the company said.To read this article in full, please click here

Announcing General Availability for the Magic WAN Connector: the easiest way to jumpstart SASE transformation for your network

Announcing General Availability for the Magic WAN Connector: the easiest way to jumpstart SASE transformation for your network
Announcing General Availability for the Magic WAN Connector: the easiest way to jumpstart SASE transformation for your network

Today, we’re announcing the general availability of the Magic WAN Connector, a key component of our SASE platform, Cloudflare One. Magic WAN Connector is the glue between your existing network hardware and Cloudflare’s network — it provides a super simplified software solution that comes pre-installed on Cloudflare-certified hardware, and is entirely managed from the Cloudflare One dashboard.

It takes only a few minutes from unboxing to seeing your network traffic automatically routed to the closest Cloudflare location, where it flows through a full stack of Zero Trust security controls before taking an accelerated path to its destination, whether that’s another location on your private network, a SaaS app, or any application on the open Internet.

Since we announced our beta earlier this year, organizations around the world have deployed the Magic WAN Connector to connect and secure their network locations. We’re excited for the general availability of the Magic WAN Connector to accelerate SASE transformation at scale.

When customers tell us about their journey to embrace SASE, one of the most common stories we hear is:

We started with our remote workforce, deploying modern solutions to secure access to internal apps and Internet resources. But now, we’re looking at Continue reading

What Is Ultra Ethernet All About?

If you’re monitoring the industry press (or other usual hype factories), you might have heard about Ultra Ethernet, a dazzling new technology that will be developed by the Ultra Ethernet Consortium1. What is it and does it matter to you (TL&DR: probably not2)?

As always, let’s start with What Problem Are We Solving?

What Is Ultra Ethernet All About?

If you’re monitoring the industry press (or other usual hype factories), you might have heard about Ultra Ethernet, a dazzling new technology that will be developed by the Ultra Ethernet Consortium1. What is it, and does it matter to you (TL&DR: probably not2)?

As always, let’s start with What Problem Are We Solving?

Tech Bytes: The SD-WAN Prescription For Healthcare Networks (Sponsored)

Today on the Tech Bytes podcast, we talk with sponsor Palo Alto Networks about SD-WAN in healthcare markets. The healthcare sector has stringent requirements around the privacy and security of patient information, but clinics also need reliable and robust performance. We discuss how SD-WAN can help meet all these requirements.

The post Tech Bytes: The SD-WAN Prescription For Healthcare Networks (Sponsored) appeared first on Packet Pushers.

Network Break 449: Amazon Invests $4 Billion In AI Startup; Will Small Modular Reactors Power Public Clouds?

Today's Network Break, with guest host Johna Till Johnson, discusses why Amazon is pouring $4 billion into a generative AI startup, Marvell's response to accusations of an NSA-friendly backdoor in older Cavium products, why Microsoft is investigating small modular nuclear reactors, Meta using public posts to train AI, and more tech news

The post Network Break 449: Amazon Invests $4 Billion In AI Startup; Will Small Modular Reactors Power Public Clouds? appeared first on Packet Pushers.

Network Break 449: Amazon Invests $4 Billion In AI Startup; Will Small Modular Reactors Power Public Clouds?

Today's Network Break, with guest host Johna Till Johnson, discusses why Amazon is pouring $4 billion into a generative AI startup, Marvell's response to accusations of an NSA-friendly backdoor in older Cavium products, why Microsoft is investigating small modular nuclear reactors, Meta using public posts to train AI, and more tech news

AI startup SambaNova updates processor, software

SambaNova Systems, maker of dedicated AI hardware and software systems, has launched a new AI chip, the SN40, that will be used in the company’s full-stack large language model (LLM) platform, the SambaNova Suite.First introduced in March, the SambaNova Suite uses custom processors and operating systems for AI inference training. It's designed to be an alternative to power-hungry and expensive GPUs.To upgrade the hardware so soon after launch means that there ought to be a big jump in performance, and there is. The SN40L serves up to a 5 trillion parameter LLM with 256K+ sequence length possible on a single system node, according to the vendor.To read this article in full, please click here

AI startup SambaNova updates processor, software

SambaNova Systems, maker of dedicated AI hardware and software systems, has launched a new AI chip, the SN40, that will be used in the company’s full-stack large language model (LLM) platform, the SambaNova Suite.First introduced in March, the SambaNova Suite uses custom processors and operating systems for AI inference training. It's designed to be an alternative to power-hungry and expensive GPUs.To upgrade the hardware so soon after launch means that there ought to be a big jump in performance, and there is. The SN40L serves up to a 5 trillion parameter LLM with 256K+ sequence length possible on a single system node, according to the vendor.To read this article in full, please click here

Data storage archive options: Batch, real-time and hierarchical storage management

When it comes to archiving data, there are three different approaches, generally speaking. Selecting the right system hinges on technical capabilities as well as external factors such as budget constraints. Enterprise storage pros need to balance data- preservation, accessibility, and resource-optimization requirements as they weigh the various archive systems available in the market. Let's take a deeper look into the different types of archive systems.Traditional batch archive With a traditional batch archive, data serves its purpose for a certain period before being tucked away in a safe repository, awaiting the possibility of being of some use in the future. The main idea behind this type of archive is to preserve data over an extended timeframe, while keeping costs at a minimum and ensuring that retrieval remains a breeze even years down the line. In this kind of archive system, each collection of data selected for archiving is given one or more identities, stored as metadata alongside the archived data. This metadata plays a pivotal role in locating and retrieving the archived information, with details such as project names, tools used for to create the data, the creator’s name, and the creation timeframe all forming part of this digital fingerprint. Continue reading

Data storage archive options: Batch, real-time and hierarchical storage management

When it comes to archiving data, there are three different approaches, generally speaking. Selecting the right system hinges on technical capabilities as well as external factors such as budget constraints. Enterprise storage pros need to balance data- preservation, accessibility, and resource-optimization requirements as they weigh the various archive systems available in the market. Let's take a deeper look into the different types of archive systems.Traditional batch archive With a traditional batch archive, data serves its purpose for a certain period before being tucked away in a safe repository, awaiting the possibility of being of some use in the future. The main idea behind this type of archive is to preserve data over an extended timeframe, while keeping costs at a minimum and ensuring that retrieval remains a breeze even years down the line. In this kind of archive system, each collection of data selected for archiving is given one or more identities, stored as metadata alongside the archived data. This metadata plays a pivotal role in locating and retrieving the archived information, with details such as project names, tools used for to create the data, the creator’s name, and the creation timeframe all forming part of this digital fingerprint. Continue reading