If you have not done so already, we highly recommended checking out our recent chat with Intel's VP and GM, Client AI & Technical Marketing, Robert Hallock, who dished some interesting details about Arrow Lake. One of the interesting nuggets to come from our chat is confirmation that lower power Core Ultra 200S desktop processors (Arrow Lake)

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Cooler Master, a leading provider of PC components, gaming peripherals, and tech lifestyle solutions, today announced the Hyper 411 Nano, the company's latest iteration of their esteemed Hyper series of CPU air coolers.

The post Cooler Master Announces New Hyper 411 Nano CPU Cooler appeared first on ThinkComputers.org.

However, leaks have revealed plans for an additional seven SKUs, including non-K, T, and F variants, expanding the offerings for consumers. The new CPUs promise improved performance and efficiency, catering to a wide range of users from gamers to content creators.

The post New Intel Core Ultra 200S CPU Specs Leaked: Seven SKUs In 35W & 65W Configs appeared first on ThinkComputers.org.

Nov. 13, 2024 — Giga Computing, a subsidiary of GIGABYTE and a leader in generative AI servers and advanced cooling technologies, today announced that the innovative GIGABYTE R183-Z93 server has […]

The post GIGABYTE’s R183-Z93 Achieves Leading Scores in Latest SPEC CPU Benchmarks appeared first on HPCwire.

Published at LXer: Similar to the ACPI CPUFreq and AMD/Intel P-State CPU frequency scaling driver and scaling governor benchmarks and power efficiency comparisons I routinely do on Phoronix, when...

Published at LXer: Raspberry Pi has launched a camera module with AI smarts on board. But all that inferencing goodness comes at a price. Looking for all the world like a normal camera module � if...

Information on cheap Computer CPU and how it works.

Information on cheap Computer CPU and how it works - Part 2

These days, commodity-off-the-shelf (COTS) hardware and software are used to build high-end and powerful workstations and servers to be deployed in today's local area networks of private homes and small- to medium-sized business. Typically, these servers are multipurpose and shared - running networking functionalities involving IP packet forwarding in addition to other CPU intensive applications. In this paper we study and investigate the impact of running CPU-bound applications on the performance of IP packet forwarding. We measure and compare the impact and performance for the two operating systems of choice for home and small-business users, namely Linux and Windows XP. The performance is studied in terms of key performance metrics which include throughput, packet loss, round-trip delay, and CPU availability. For our measurements, we consider today's typical home network hosts of modern processors and Gigabit network cards. We also consider different configuration setups and utilize open-source tools to generate relatively high traffic rates. Our empirical results show that Linux exhibits superior performance over Windows XP in terms of IP forwarding performance. Results also show that, unlike Windows XP, the IP forwarding performance of Linux is not significantly impacted by running CPU-bound applications.

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The United States Computer Emergency Readiness Team (US-CERT) reports several CPU hardware implementations are vulnerable to side-channel attacks, being referred to as Meltdown and Spectre (also KAISER and KPTI).

Introduction

Arm architects the pervasive intelligence that is transforming our daily experience. Arm-based chips and device architectures orchestrate the performance of the technology that makes modern life possible.Arm designs the technology which is at the heart of advanced digital products, from wireless, networking and consumer entertainment solutions to imaging, automotive, security and storage devices. Arm improves people’s lives by enabling the intelligence in affordable, easy-to-use electronic products that transform the way we live and work. We work in partnership with a global network of leading technology companies which are using our smart low-power technology. Together we are shaping the future of a better world.

Today, We are well recognized as the market leader in the CPU and System IP industry and this has been achieved by consistently delivering reliable and high-quality IP products. The cost of design and manufacturing and that warrants “right first time” approach for all IP and System products by our partners. Time-to-market is critical for our partners to deal with fierce competition in the marketplace, being first would enable them to get premium value from the end products. In this context, Design Verification of CPU IPs is a big challenge requiring an engineering skillset that is both broad and deep.

We have exciting opportunities in the CPU group, where you will be part of a highly motivated team that helps define new generations of mainstream processors.

You will have real responsibilities from day one, and you will get support and mentorship from specialists that will help you succeed and develop your career. Through teamwork, training, and dedication to personal development, we strive to help everyone mature into a specialist in the field.

You will work in a multi-site, multi-cultural environment and will have the opportunity to work on different projects.

What will you be accountable for?

• You will contribute to the definition of the next generation of Arm’s IP products by enabling analysis of new applications and benchmarks, and by proposing new insights on methodologies that push the state of the art in workload analysis, characterization and capture.
• Together with marketing, technical leads, and partners we will align on applications that will represent market requirements for future products.
• You will propose, develop and maintain innovative ways of making relevant workloads suitable for sophisticated simulation and emulation platforms, targeting the latest architectural features.

Job Description

Are you passionate about setting new standards in physical implementation? This is a rare opportunity to become a part of the Cambridge CPU implementation team. The CPU group defines, designs and validates Arm's processor IP - the brains inside billions of electronic devices.

As a physical implementation engineer, you will join the successful team that has enabled huge volumes of next-generation high-efficiency processors, including the hugely successful Cortex-A53, the most recent Cortex-A55 through to the smallest and most energy efficient Cortex-M0+ processors.

In this role your mandate will be to influence RTL development whilst innovating, crafting and deploying the latest implementation techniques - from RTL, thorough place and route to STA - on live projects. You will provide the quality support that our customers desire and collaborate with them to develop the best products that help influence the world, and you will have the opportunity to drive EDA vendors on leading-edge processes (eg. 7nm FinFET) whilst pushing the boundaries of power efficiency and influencing physical library development.

What things will you be responsible for

Our team is tightly integrated with the RTL design teams and this gives you an unrivalled opportunity to improve your knowledge of CPU microarchitecture. Your wide-ranging set of responsibilities will include:

• The physical implementation of Arm processors using the entire implementation flow from RTL through Place and Route to STA
• Investigating the trade-offs involved in CPU design
• Tackling complex challenges like low power and methodologies for improving the efficiency of implementation
• To understand, plan and address the life-cycle phases of engineering projects
• Working with the sales and marketing teams to support the launch of new cores
• Supporting our customers and enabling them to be successful in the world
• Collaborating with EDA vendors to extend the best in class results from our processors whilst focussing on the ideal user experience

About this role

If you are a technical lead with engineering expertise in CPU microarchitecture, performance-model development, performance analysis, or workload analysis, we would like to talk with you about joining Arm’s highly successful CPU performance architecture team based in Austin.  Our team plays a major role in crafting our next-generation Cortex-A class CPU designs and in enabling Arm partners to use our designs in world-class products. As a senior member of this expert team, you will own substantial and challenging performance projects

• Collaborate with other members of the design team - primarily in Austin - to help design our next-generation CPU microarchitecture
• Lend your expertise across all Performance sub-disciplines: microarchitecture and performance model development, microarchitectural performance analysis, RTL/performance-model correlation, workload analysis, and workload development
• Engage with key partners at an engineering level to understand their future performance requirements, performance sensitivities, and workload expectations
• Help develop the team and be a mentor to engineers
• Interact with customers and other third parties to successfully communicate complex technical ideas, and participate in internal and customer meetings

Arm is the industry's leading supplier of microprocessor technology, offering the widest range of microprocessor cores to address the performance, power and cost requirements for almost all application markets. Combining a vibrant ecosystem with more than 1,000 partners delivering silicon, development tools and software, and over 90 billion processors shipped, our technology is at the heart of a computing and connectivity revolution that is transforming the way people live and businesses operate.

In the role you are a part of the Austin-based CPU performance architecture team, which is part of Arm's worldwide CPU development group. This diverse engineering-centric team defines, designs, and validates Arm processor IP. Arm-based processors are the brains in billions of diverse electronic devices and we collaborate with the world's leading technology companies.

As an authority —think Senior/Staff/Principal type engineer-- on our team of about a dozen senior engineers, you tackle next-generation Arm Cortex-A class CPU microarchitecture design and performance analysis. You will be a part of a growing organization with a validated business model and a strong plan for continued future growth. Your team focuses on engineering using the latest tools and methodologies with an eye for innovation and creative problem solving.

If you consider yourself creative, innovative, a problem solver and you would like to influence and contribute to defining the next-generation CPUs that will be used in billions of devices worldwide, you will enjoy working and developing your professional career with us.

We are looking for graduate engineers who are passionate about understanding the workloads of the future to join our CPU benchmarking team.

Our benchmarking team is in charge of interacting with product managers, partners, CPU leads and performance modelling leads to understand the most relevant applications industry will use in the future and help to characterise and reproduce them on cutting-edge environments ranging from simulation to emulation or FPGA. The team is also responsible for investigating novel techniques to facilitate the utilisation of benchmarks that are relentlessly growing in complexity and make them suitable for the exploration of next generation CPU cores and systems.

As part of the CPU team, we will collaborate to innovate and find engineering solutions to the challenges of tomorrow in areas like IoT, automotive, servers or mobile; we will make devices smarter and more useful to society. Your contributions will help to build new technology that will influence the lives of billions of people!

Graduate on CPU Benchmark Role at Arm

We have exciting opportunities in the CPU group, where you will be part of a highly motivated team that helps define new generations of mainstream processors.

You will have real responsibilities from day one and you will get support and mentorship from specialists that will help you succeed and develop your career. Through teamwork, training, and dedication to personal development, we ensure that every graduate matures to become a specialist in the field.

You will work in a multi-site, multi-cultural environment and will have the opportunity to work on different projects.

What will your role be?

• You will contribute to the definition of the next generation of Arm’s IP products, identifying and enabling new benchmarks, and proposing new insights on methodologies that could improve current practice in benchmark characterisation and simulation.
• Together with marketing, technical leads, modelling leads and partners we will align on applications that will represent market requirements for future products.
• You will propose, develop and maintain innovative ways of making relevant applications and benchmarks suitable for sophisticated simulation platforms.
• You will collaborate with technical leads, performance modelling engineers and designers while doing performance analysis on existing and future designs.
• Explore new methodologies and novel software techniques that will improve modelling efficiency.

Posted by Vladimir Soldatov on Sep 17

AMD just announced today a design win in conjunction with the Lawrence Livermore National Laboratory (LLNL) and Hewlett-Packard Enterprise (HPE), win which it will be providing the hardware powering the El Capitan exascale-class supercomputer. What caught our eye about this announcement was not the compute performance -- which will be enormous ... [PCSTATS]

"It's not just Intel chips that are vulnerable to hard-to-fix security flaws. Researchers at the Graz University of Technology have detailed a pair of side channel attacks under the "Take A Way" name that can leak data from AMD processors dating back to 2011, whether it's an old Athlon 64 X2, a Ryzen 7 or a Threadripper. Both exploit the "way predi... [PCSTATS]

AMD's Zen 5 processors have been out a few months, and you know what that means for journalists like us -- it's time to start looking to the future. The successor to the Zen 5 architecture will naturally be Zen 6, and while AMD has confirmed that detail, the company said nothing else about its next-generation CPU architecture. We know from

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"AMD's Ryzen 7 9800X3D debuts with impressive performance gains, powered by advanced 3D V-Cache technology and improved thermal efficiency," writes Slashdot reader jjslash. "While the CPU shines as a top choice right out of the gate, AMD's history of quick price cuts suggests waiting could yield even better value for savvy buyers." TechSpot reports: Today we're finally able to show you how AMD's new Ryzen 7 9800X3D performs, and spoiler alert -- it's a real weapon that solves the issues we encountered with the non-3D Zen 5 chips before this. Without question, this is the best CPU released since the 7800X3D, making this launch particularly exciting. [...] For now, the 9800X3D is mighty impressive, the undisputed king of gaming, and it marks a historic milestone. We don't think AMD has ever been this dominant over Intel, certainly not in the last 15 years.

Read more of this story at Slashdot.

Intel’s faulty 13th- and 14th-gen CPUs trigger lawsuit out for blood.

I am excited to be presenting a concert titled Taming of the CPU at the Interactive Digital Media Arts Association Conference (iDMAa), Winona State University, Minnesota at 4:00pm on June 29, 2024. The concert is not exclusive to conference attendees, … Continue reading →

In this review we are taking a look at the ProArt LC 360, a 360mm all-in-one cooler for your CPU that brings in some outside help from Alphacool for the fan solution. Taking design queues from the existing LC 420, the LC 360's smaller radiator footprint allows for use in many more case options, while still promoting good performance.

The post ASUS ProArt LC 360 Liquid CPU Cooler Review appeared first on ThinkComputers.org.

Nov. 1, 2024 — NCC France & NCC Slovakia announce a free online training on Numerical Computing With Rust on CPU. The training is spread over three days, from November […]

The post NCC France & NCC Slovakia Announce Numerical Computing With Rust on CPUs Training appeared first on HPCwire.

Read the in depth Review of CORSAIR iCUE H150i ELITE LCD Display Liquid CPU Cooler PC Components. Know detailed info about CORSAIR iCUE H150i ELITE LCD Display Liquid CPU Cooler configuration, design and performance quality along with pros & cons, Digit rating, verdict based on user opinions/feedback.

At the Computex 2024 event in Taipei, Taiwan, AMD showcased its newest Zen 5 CPU architecture and XDNA 2 GPU NPU architecture. These innovations power the AMD Ryzen 9000 series processors for gaming PCs and the third-generation Ryzen AI processors for

Intel has unveiled Lunar Lake, its next-generation processor for laptops, promising significant improvements in performance, efficiency, and AI capabilities. Here's a breakdown of the key changes: Core Architecture Redefined Lunar Lake ditches the "little core, big core" design and opts for

Ryzen CPUs are some of the best on the market, and thanks to Newegg, could be yours for a discounted price.

Product Information

Controller that covers functions and high-speed processing required for machine control and safety, reliability and maintainability that are the features of industrial controllers. Ideal for large-scale, fast, and high-accurate control with up to 64 axes.(NJ501-[][][][])