An anonymous reader quotes a report from Ars Technica: There's a general consensus that we won't be able to consistently perform sophisticated quantum calculations without the development of error-corrected quantum computing, which is unlikely to arrive until the end of the decade. It's still an open question, however, whether we could perform limited but useful calculations at an earlier point. IBM is one of the companies that's betting the answer is yes, and on Wednesday, it announced a series of developments aimed at making that possible. On their own, none of the changes being announced are revolutionary. But collectively, changes across the hardware and software stacks have produced much more efficient and less error-prone operations. The net result is a system that supports the most complicated calculations yet on IBM's hardware, leaving the company optimistic that its users will find some calculations where quantum hardware provides an advantage. [...] Wednesday's announcement was based on the introduction of the second version of its Heron processor, which has 133 qubits. That's still beyond the capability of simulations on classical computers, should it be able to operate with sufficiently low errors. IBM VP Jay Gambetta told Ars that Revision 2 of Heron focused on getting rid of what are called TLS (two-level system) errors. "If you see this sort of defect, which can be a dipole or just some electronic structure that is caught on the surface, that is what we believe is limiting the coherence of our devices," Gambetta said. This happens because the defects can resonate at a frequency that interacts with a nearby qubit, causing the qubit to drop out of the quantum state needed to participate in calculations (called a loss of coherence). By making small adjustments to the frequency that the qubits are operating at, it's possible to avoid these problems. This can be done when the Heron chip is being calibrated before it's opened for general use. Separately, the company has done a rewrite of the software that controls the system during operations. "After learning from the community, seeing how to run larger circuits, [we were able to] almost better define what it should be and rewrite the whole stack towards that," Gambetta said. The result is a dramatic speed-up. "Something that took 122 hours now is down to a couple of hours," he told Ars. Since people are paying for time on this hardware, that's good for customers now. However, it could also pay off in the longer run, as some errors can occur randomly, so less time spent on a calculation can mean fewer errors. Despite all those improvements, errors are still likely during any significant calculations. While it continues to work toward developing error-corrected qubits, IBM is focusing on what it calls error mitigation, which it first detailed last year. [...] The problem here is that using the function is computationally difficult, and the difficulty increases with the qubit count. So, while it's still easier to do error mitigation calculations than simulate the quantum computer's behavior on the same hardware, there's still the risk of it becoming computationally intractable. But IBM has also taken the time to optimize that, too. "They've got algorithmic improvements, and the method that uses tensor methods [now] uses the GPU," Gambetta told Ars. "So I think it's a combination of both."

Read more of this story at Slashdot.

Incremental improvements across the hardware and software stacks add up.

GOG is launching an effort to help make older video games playable on modern hardware. The GOG Preservation Program will label the classic titles that the platform has taken steps to adapt in order to make them compatible with contemporary computer systems, controllers and screen resolutions, all while adhering to its DRM-free policy. The move could bring new life to games of decades past, just as GOG did two years ago with a refresh of the 1999 title Wheel of Time. So far, 92 games have received the preservation treatment.

"Our guarantee is that they work and they will keep working," the company says in the video announcing the initiative.

Preservation has been a hot topic as more games go digital only. Not only are some platforms eliminating disk drives by default, but ownership over your library is more ephemeral than it seems. After all, most game purchases are just a license, and licenses can be revoked (as The Crew players know all too well).

Published at LXer: The hardware monitoring "HWMON" subsystem updates for Linux 6.12 added some new drivers as well as adding new device support to some of the existing drivers. Read More......

On prend son plus beau calendrier de chatons acheté auprès d'un service communal le mois dernier et on entoure une date : 20 novembre 2024, sortie de S.T.A.L.K.E.R. 2: Heart of Chornobyl ! Connaissons-nous l'histoire ? Non. Les configurations requises ? Non plus. Mais nous avons une date, et c'est déjà pas mal ! Enfin, si, les configurations sont notées sur Steam, mais nous attendrons confirmation avant la sortie. […]

Nsasoft Hardware Software Inventory is a cost effective and powerful network inventory software for home, office and enterprise networks. The software scans all computers on a network and generates complete reports about computers hardware and software on remote machines. This information is added to the centralized database and then users can generate reports about each or all of the PCs on a network. The program is agent free and requires no software installed on remote machines. The software can export reports to Tab Delimited Txt File (.txt), Excel Workbook (.xls), CSV Comma Delimited (.csv), Web Page (.html) or XML Data (.xml) file, SQLLite3 Database. Highly recommended for budget-conscious companies looking for a feature rich network inventory tool

New feed location can be found here http://www.hardwareasylum.com/rss.xml

$20 off $75 Door Hardware purchase

Dunes Point Capital LP has sold Unified Door and Hardware Group LLC to Foundation Building Materials LLC. Located in Pennsauken, New Jersey, Unified is a value-added distributor of doors and related hardware for commercial building applications.

A leading manufacturer of premium hinges and door hardware, SOSS primarily sells its solutions in North American non-residential markets. 

Experts weigh in on the importance of training, code compliance and accuracy of part numbers in security locks and door hardware.

We are looking to add talented Infrastructure System Architects to our Systems Group. As an Infrastructure Architect at Arm you will participate in the investigation and development of System related technologies which meet the requirements of our Infrastructure market partners.

What will I be accountable for?

This challenging position, will offer you the opportunity to work on the latest technology in a collaborative environment to:

• Participate in the definition of system architectures for Infrastructure markets from edge to hyperscale systems using Arm technology.
• Define Arm IP component requirements to meet the specific application needs.
• Define the partition of functionality between hardware and software.
• Create and own the architecture specifications that define system topologies that incorporate Arm compute, security, boot strategies, IO interfacing requirements, and other system architecture related topics
• Guide and align the development work taking place across multiple design teams. This includes steering the development of functional and performance models, reviewing the microarchitectural specifications and test plans and supporting the development of Software (firmware, middleware, operating systems).
• Define performance metrics and goals and work with the performance analysis team to refine the results, including expected latency and bandwidth targets, Quality of Service (QoS), device IO, and next generation memory technologies.
• Work with hardware and software engineering teams to refine power expectations under various workloads

About the role

Arm is looking for a remarkable system performance modeling and analysis architect to join the

Worldwide system IP Performance team. You will work closely with IP and systems teams across Arm to help define high-performance systems incorporating current and next generation Arm Processors, scalable coherent interconnects, and high-bandwidth memory controllers. This is an unusual opportunity to work through the brilliance of our Arm team members.

 What will you be accountable for? 

• Modeling, analysis, and workload projections: You will identify new performance features and system performance bottlenecks using performance and RTL models starting from product definition phase through release.

• You will generate and correlate projections and scaling factors for appropriate workloads for partners to help both external and internal customers identify optimal design points of a system. 

• Partner engagement and mentorship: You will engage with internal and external partners through all stages of the product in establishing high confidence in Arm IP and system level performance. You will collaborate closely with other teams at Arm including mentoring and encouraging junior engineers to deliver performance collateral through analysis for evolving new usages and workloads.
• System model configurations. You will build and maintain consistent system model configurations for use by our partners that deliver the best performance. 

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.

An internship with Arm gives you exposure to real work and insight into the Arm innovations that shape extraordinary. Students who thrive at Arm take their love of learning beyond their experience of formal education and develop new ideas. This is the energy that interests us.

Internships at Arm will give you the opportunity to put theory into practice through exciting, intellectually challenging, real-world projects that enrich your personal and technical development while enhancing your future career opportunities.

This internship position is within Machine Learning Group in Arm which works on key technologies for the future of computing. Working on the cutting edge of Arm IP, this Group creates technology that powers the next generation of mobile apps, portable devices, home automation, smart cities, self-driving cars, and much more.

When applying, please make sure to include your most up to date academic transcript.

For a sneak peek what it’s like to work in Arm Lund, please have a look at the following video: http://bit.ly/2kxWMXp

The Role

You will work alongside experienced engineers within one of the IP development teams in Arm and be given real project tasks and will be supported by experienced engineers. Examples of previous project tasks are:

• Developing and trialing new processes for use by the design/verification teams.
• Investigating alternative options for existing design or verification implementations.
• Help to develop a hardware platform that can guide out customers to the best solution.
• Implement complex logic using Verilog to bridge a gap in a system.
• Develop bare metal software to exercise design functionality.
• Verify a complex design, from unit to full SoC level.
• Help to take a platform to silicon.

About the role

The Central Technology Team within Arm develops key technologies which will form the foundation of future products.
You will join a multinational, dynamic, collaborative and highly motivated Graphics team in Central Technology to help craft the direction of our world leading Mali™ Graphics products. The Mali™ Graphics Processor is the #1 shipping GPU.

You will need to have architecture and hardware/software development skills, in addition to being able to think creatively. In this role you can expect to be a technical lead where your ideas will make a difference and enable you to make your mark delivering industry leading GPU IP.

Your job responsibilities will be diverse and may include architecture, technology research, hands-on prototyping and experimental investigations, participating in key industry consortium's, engaging with product groups, working closely together with the engineering team, and taking part in partner and customer engagements.

Together with our world-leading architects you will:

• Design and develop the Mali™ graphics architecture for the latest graphics APIs, providing new technologies for products in new and existing markets.
• Perform high level performance modelling and analysis of graphics hardware features, applications, benchmarks and games.
• Develop and improve tools for architectural exploration and performance analysis.
• Understand and analyse system level architectural trade-offs (including hardware, memory systems and system s/w).
• Collaborate with the Arm engineering team to see your ideas delivered into products.

About the role

We are looking for enthusiastic Graduate Electronics or Embedded System Engineer to join Arm’s Hardware Platform team, who are working at the forefront of embedded design based around Arm IP products. We are responsible for

• Designing and releasing the latest Arm IP technologies in FPGA image, enabling pre-silicon software and ecosystem development, reducing time to market.
• Creating physical hardware development platforms, based around Arm’s custom system-on-chip (SoC) and FPGAs for software development and validation activities for both our external partners/customers and our internal development teams.

If you’re interested in:

• The potential to work on all aspects of product development, from specification to customer release.
• Eager to learn, a willingness to work across disciplines.
• The challenges of bringing up a new development board.
•  

Creating and validating Verilog RTL design in FPGA.

• Gaining a deeper understanding of system architecture and performance.
• Working alongside many other teams including system architects, CPU / System IP designers, physical chip layout / packaging engineers.
• Interaction with Arm’s partners and customers both through the support organisation and directly.

Then we have a role for you!

What will I be accountable for?

As a Graduate, you will be placed in a development team at Arm’s offices in Cambridge, UK where you will have a mentor, and be able to get to grips with the problems ranging across many hardware and software areas.  You will be working across all aspects of the product lifecycle whilst being supported by and learning from the rest of the team.

We are an Equal Opportunity Employer and do not discriminate against any employee or applicant for employment because of race, color, sex, age, national origin, religion, sexual orientation, gender identity, status as a veteran, and basis of disability or any other federal, state or local protected class.

Are you passionate about setting new standards in physical implementation? Are you interested in working for one of the most successful IP design companies in the world? Do you want to take part in designing the next groundbreaking GPU?

This is a rare opportunity for you to become a part of the Arm GPU group. The GPU group is at the forefront of advanced GPU IP products for the consumer, wireless and automotive infotainment markets. You will join an international team of hardworking engineers working together to remain on the state of the art of IP and SoC development techniques. This successful team has been central to the development of recent graphics processors.

In this role your directive will be to influence RTL development whilst innovating, crafting and deploying the latest implementation techniques 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.

A wide range of learning opportunities and challenges will be available. You will also be given the opportunity, if desired, to travel and work with our other teams.

Location

This opportunity is based in Cambridge (UK)

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.

Are you creative, innovative, and passionate about new technologies?

Would you like to help us continue deploying billions of successful devices around the world, many of them enabling safety critical environments such as automotive or robotics?

We are looking for outstanding graduates to be part of our STL (Software Test Library) development team within our CPU group in Cambridge, UK. As part of your responsibilities, you will develop safety-critical software (often written in assembly and C) tightly couple with the internals of CPU design. You will also identify and build creative hardware features inside the CPU that improve the effectiveness of our solutions for segments where safety is of paramount importance without negatively affecting the power, performance and/or area of the core.

STLs execute opportunistically when the hardware is not fully utilized and perform continuous in-depth hardware diagnostics while the system is in operation. It identifies and notifies about functional misbehaviors derived from permanent faults triggered by natural hardware wear-out, or other uncontrollable factors before they may translate into catastrophic system failures with undesirable and even dangerous consequences.

If you are passionate about understanding the interaction between hardware and software, have used some HDL language (Verilog or VHDL) and can program on assembly and/or C, this could be an excellent opportunity to start your career with an exciting challenge. We work on a multi-cultural and multi-disciplinary environment that will motivate you to further improve your skills and also contribute and get deep knowledge on Arm CPU designs and development processes. Engineers with large experience in the field will coach you and help you navigate and learn the complexities of the CPU internals and the mechanisms to meet expectations on safety from emerging markets.

STL is a fundamental piece of the development strategy for sectors with strong safety requirements like automotive, health or robotics. Working with us, you are going to deeply influence and interact on the development of successful solutions for this sectors in conjunction with our multidisciplinary team.

We are an equal opportunity employer with an open culture and value diversity. We do not discriminate on the basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status.

Role Responsibilities

We have exciting opportunities in the CPU group for graduates, where you will become part of a highly motivated team that develops the STLs for Arm CPUs.

You will have real responsibilities from day one and you will get support and guidance from experts 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 an expert in the field.

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

As a member of the team we will share the following responsibilities:

• We will define the STL design specifications, verification plan and the safety documents as per ISO26262 and IEC61508.
• We will build diagnostic software to target CPU sub-units like ALU, pre-fetchers, branch predictors, cache controllers, memory systems, etc.
• We will envision hardware design features aiming to improve STL effectiveness on ongoing and future CPU developments. We will also get along with the rest of the designers to implement them with minimum impact on area, performance and power.
• We will prove that the software as well as the STL-specific hardware features meet the specifications and work properly on different CPU configurations.
• We will generate the safety analysis of the STLs.

From foundry-inspired knobs to playful wall hooks, Viefe's new hardware makes it easy to add the finishing touches to a space.

we introduce a novel approach for a real-time dual-frequency feedback system, which has been firstly used at the hard X-ray nanoprobe beamline of SSRF. The BiBEST can then efficiently stabilize X-ray beam position and stability in parallel, making use of different optical systems in the beamline.

In a meeting with IT minister Ashwini Vaishnaw, held earlier this week, the companies said the import licensing requirement puts "unnecessary pressure" since there is no ecosystem in place in India at present to manufacture these products such as laptops, tablets and servers, executives present at the meeting told ET.

Industry executives have informed the Ministry of Electronics and Information Technology (MeitY) about the extended timelines for acquiring BIS (Bureau of Indian Standards) certification. This is due to the mandatory separate tests for battery packs installed on laptops, after running viability tests for making the products with local contract manufacturers.

The Indian government is considering asking importers of IT hardware to provide an international certification, attesting that their products are from trusted sources. This move is in response to concerns raised by countries such as China, the US, South Korea, and Taiwan about India's restrictions on the import of these products.

Myke and Grey talk about the devices they've chosen to get things done in their lives. From their office set ups, to their everyday carry items, to their entertainment devices, fitness products, and more.

Huade Hardware&Mesh Co.,Ltd stands at the forefront of fence production, bringing over three decades of expertise to the industry.

Venkatachalam Garimella, PhD, is lauded for his contributions as the owner and chief executive officer of VGL LABS

Nov 13, 2024, 6pm EST

Learn the ins and outs of starting a hardware startup and explore similarities and differences with other types of new venture creation.

Building: Joyce Cummings Center
Campus Location: Medford/Somerville campus
City: Medford, MA 02155
Campus: Medford/Somerville campus
Location Details: 177 College Ave, Medford
Wheelchair Accessible (for in-person events): Yes
Open to Public: No
Primary Audience(s): Alumni and Friends, Faculty, Staff, Students (Graduate), Students (Postdoctoral), Students (Undergraduate)
Event Type: Lecture/Presentation/Seminar/Talk
Subject: Business, Innovation
Event Sponsor: Gordon Institute
Event Sponsor Details: Derby Entrepreneurship Center
Event Contact Name: Carol Denning
Event Contact Email: carol.denning@tufts.edu
RSVP Information: go.tufts.edu…
Event Admission: Free
More info: go.tufts.edu…

ETSI Releases Group Report on the Role of Hardware in the Security of AI

Sophia Antipolis, 28 April 2022

ETSI recently released a Group Report, ETSI GR SAI 006, outlining the role of hardware in the security of artificial intelligence (AI).

Read More...

HP’s Val Gabriel discusses nation-state cyberthreats in the hardware supply chain and how to mitigate these types of attacks.

Read more: Tech tampering: Are hardware supply chain attacks on the rise?

Caitlin Kalinowski oversaw the development of Meta's augmented reality glasses that were announced five years ago.

Read more: Former Meta AR glasses hardware lead joins OpenAI to lead robotics

As we count down to the 11.11 shopping extravaganza, why don't you get some shopping ideas by checking out what the HWZ writers and editors want to buy. #11.11

He's not the first Apple exec to take a multi-stage approach to retirement.

Location: Engineering Library- TK7895.G36R66 2016

I’m getting some weird graphics anomalies with my screen when using Outlook.

For instance, the screen suddenly turns completely black or white, and when I move over those spaces with my mouse, the Outlook UI starts to appear again but only in those places.

At other times, text in the Ribbon and Folder Pane overlap or folders appear empty even when they are not.

Restarting Outlook fixes it temporarily but I’d like to fix it permanently.

I was recommended to “disable hardware graphics acceleration” but I can’t find that option anywhere.

How do I solve this issue?

El Segundo, CA United States - Job Description At Boeing, we innovate and collaborate to make the world a better place. From the seabed to outer space, you can contribute to work that matters with a company where diversity, equity and inclusion are shared values. We’re committed to fostering an... View

FUNDS FOR ARTISTS…

Eneba has $70 Xbox Gift Card (Digital Delivery) for around $59 after applying code X70US in cart.

• Note: Price is after service fees and applying code X70US in cart.

You can purchase the code(s) and redeem to add balance to your Microsoft account.

• Both the Microsoft and Xbox cards work just the same. Once redeemed to your Microsoft account, you can spend your balance at Microsoft Store online, on Windows, and on Xbox. You can get the latest apps, games, movies, TV shows, and Surface, Xbox, and accessories. (Source)

Add balance to your Microsoft account and use to purchase items from Microsoft Store online. Black Friday deals from Microsoft Store can be found here.
 

Note:

• Price is after service fees and applying discount code X70US.
• Deals ends tonight.
• Eneba codes usually sell out fast.
• Xbox Gift cards do not currently work at physical Microsoft Stores.
• You currently cannot buy Microsoft 365 with a gift card.

It’s raining hardware at Google Cloud, with the company making major upgrades in advance of bringing Nvidia’s Blackwell GPUs into its fold next year. The upgrades announced in late October […]

The post Google Cloud Sporting a New Look in HPC and AI Hardware appeared first on HPCwire.

array configuration hardware setup utility user guide