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News Summary 

• AMD is adding to its Ryzen AI lineup with the new Ryzen AI 400 series and Ryzen AI Pro 400 series desktop processors. These are the first desktop processors designed for next-gen AI PC applications and support Co-Pilot+PC features.  

• OEM Partners are launching new AI PCs, including Enterprise Notebooks and Mobile Workstations, that use AMD Ryzen AI Pro 400 Series Mobile Processors.  

• RyRyzen AI 400 series mobile processors deliver up to 30% faster multi-threaded performance, helping professionals finish tasks more quickly while maintaining battery life. AMD now provides its widest range of Enterprise PC solutions supported by the AMD Pro platform. This platform improves security, manageability, and resilience for large-scale AI PC rollouts.  

At Mobile World Congress 2026, AMD introduced the Ryzen AI 400 series and Pro 400 series of desktop processors. These offer strong on-device AI acceleration, supporting demanding tasks and enabling local AI applications. Workstations are also joining the Ryzen AI 400 mobile lineup. These processors let OEMs offer high-performance systems for demanding workloads.  

The AI400 series supports Microsoft Co-Pilot Plus, featuring an NPU delivering up to 50 TOPS of AI power for running AI tools on-device, providing better control and privacy. The desktop PC is evolving from a tool you use to an intelligent assistant that works alongside you. Said Jack Huynh, senior vice president and general manager of the Computing and Graphics Group at AMD: “With the Ryzen AI400 series processors, the world’s first designed to power new Copilot + experiences on the desktop.” We are bringing powerful AI acceleration that enables our partners to build systems that empower both enterprises and consumers to do more and create more.  

The World’s First Co-Pilot + desktop processor for next-gen AI applications 

The AMD Ryzen AI 400 series combines a Zen 5 CPU, RDNA 3.5 graphics, and an XDNA 2 NPU, delivering scalable performance and local AI acceleration across tasks such as multitasking, software development, and AI-assisted work. 

Ryzen AI 400 Series Desktop Availability 

AM5 desktop systems with Ryzen AI 400-series processors are expected to be available from OEMs such as HP and Lenovo starting in the second quarter of 2026.  

Source: AMD Gives Consumers and Businesses More AI PC Options with Expanded Ryzen™ AI 400 Series Portfolio 

Ericsson has expanded its partnership with Intel to develop and bring to market what it describes as AI-native 6G solutions.  

Intel and Ericsson aim to jointly develop complete AI-native 6G solutions that span the full network spectrum, from connectivity to the cloud, RAN, packet core, and security. Ericsson retains its own silicon while Intel’s technology enhances performance.  

The goal is to create a network design that integrates smart, programmable networks with advanced computing and real-time sensing. This should lead to more responsive, efficient, and capable services and help sensing and computing work more closely together.  

6G is not simply an iteration of mobile technology. It is the infrastructure that will distribute AI across devices, the Edge and the Cloud, said Ericsson CEO Borje Ekholm. Ericsson’s long history of network innovation and large-scale operator deployments enables us to lead practical integration across the value chain and move 6G from research into commercial reality.  

Aside from the technology itself, the expanded partnership is a strategic move for Intel to strengthen its position in the telecom sector, following early progress in mobile with its Xeon-based v-RAN solutions. Intel has faced stiff competition from Nvidia, which is gaining ground with AI accelerators for networks like AI RAN.  

Ericsson’s announcement comes soon after its rival, Nokia, shared updates on its progress in developing AI-native 6G infrastructure with NVIDIA. Last year, NVIDIA, a competitor to Intel, invested $1 billion in Nokia to support its AI-RAN ambitions.  

Intel and Ericsson seek to differentiate themselves by emphasizing energy efficiency. Intel is recognized for CPUs and Nvidia for GPUs, which shape each company’s energy strategy.  

Intel’s ambition is to be the undisputed technology leader in combining R&D and core and edge AI to enable an effortless transition to AI-native 6G environments. Together with Ericsson, we will continue to demonstrate that the future of network connectivity is open, power efficient, secure, and grounded in Intelligent AI Inference, said Lip-Bu Tan, CEO of Intel.  

With future Ericsson silicon powered by Intel’s most advanced process nodes, ongoing multi-year research plans, and flexible AI-RAN-ready cloud RAN powered by Intel Xeon, we are well on our way to bringing the future performance, efficiency, and supply security that the world’s leading operators require.  

All four companies envision AI-powered 6G networks. For the US, Ericsson and Intel’s approach emphasizes coast-to-coast network coverage and energy efficiency, but the winning strategy remains to be seen.  

Source:  Ericsson and Intel lay out their vision for ‘AI-native 6G’ 

Windows 11 Insider Preview build 28020.1685 is now out in the Canary Channel.  

Canary Channel offers Microsoft’s most experimental public previews for early feature and platform tests.  

• The 28000 series for features  

• The optional 29500 series for platform development  

Features in Canary roll out gradually and might not show up for all testers right away.  

The Windows Insider team’s blog post about Build 28020.1685 is brief, with at least two updates, and repeats the usual warnings about possible problems:  

• a controlled feature error  

• ongoing translations  

• The need for a full reinstall to leave Canary  

The post refers to this build as KB5079381.  
 
Next, I will explain what these updates mean day to day. I’ll compare them with Windows Notes and independent reports, discuss what they mean for testers and IT staff, and offer tips for users and admins who may use this build.  

What’s new in Canary Build 28020.1685? 

We are excited to share these changes and improvements, which you can turn on with a switch.  

Storage: Removing Windows Update files and Windows. Old through Settings > System > Storage is now easier and works better.  

File Explorer: Now you can easily use voice typing (Windows key + H) when renaming files in File Explorer. Give it a try.  

Reminders for Windows Insiders in the Canary Channel 

• Curious about what’s next for Windows 11? Become a Windows Insider for early access to exciting new features and updates. Keep in mind these builds may be unstable and have limited documentation.  

• We use control-feature rollout to test features with a small group, gather feedback, and then expand them to more insiders.  

• A desktop watermark in previous days is normal.  

• Some features may reach Dev and Beta channels before Canary.  

• The features may not be fully localized. Please report any language issues through the feedback hub.  

To leave the Canary Channel, perform a clean install of Windows 11. You can’t switch to a lower build number without this step due to technical requirements.  

Want to know which build is available in each insider channel? Visit the flight hub and stay up to date with the latest.  

Source: Announcing Windows 11 Insider Preview Build 28020.1685 (Canary Channel)  

Google Core Updates can significantly change search rankings, web traffic, and online visibility. The March 2026 update will likely emphasize content quality, user experience, AI detection, and authority signals.  

To stay ahead, it’s essential to know how core updates impact rankings and the steps needed to adjust your SEO approach.  

What is a Google Core Update? 

A Google Core Update is a major change to how Google ranks websites. Unlike updates that target spam or certain topics, Core Updates change how Google looks at certain things, like:  

• Content Quality  

• Relevance  

• Authority  

• User Experience  

• Technical SEO performance.  

These updates don’t directly punish websites. Instead, they review content across the web and reward pages that better meet users’ needs.  

Key themes of the March 2026 Google Core Update 

Google doesn’t usually share exactly how it ranks websites, but experts say this update focuses on:  

• Stronger E-E-A-T signals  

Google still prioritizes experience, expertise, authoritativeness, and trustworthiness. Sites that show real expertise and clear authorship tend to stay more stable after updates.  

• AI Content Quality Detection  

As more content is generated by AI, Google is getting better at identifying thin, low-value, or overly automated pages. The goal isn’t to punish AIuse, but to reward content that is original, helpful, and made for users.  

• Searching Tent Alignment  

Pages that clearly answer user questions, are well structured, and are easy to read are doing better than pages that are vague or stuffed with keywords.  

• Technical Performance Signals  

Core Web Vitals, Fast Site Speed, Mobile First, and a well-designed, simple site structure are still key for good rankings.  

How This Update Impacts Businesses 

After a core update, businesses might notice:  

• Increased organic traffic  

• Decreased Rankings  

• Keyword position fluctuations.  

• Changes in featured snippet visibility  

If your rankings go down, it’s rarely because of a penalty. Usually, it means your competitors have improved their content or user interface.  

Businesses that focus on local SEO, technical audits, and smart content planning are more likely to stay steady during algorithm changes.  

Signs Your Website May Be Affected 

Check your analytics if you see any of these signs:  

• Subtle traffic declines without a seasonal explanation  

• Keyword ranking drops across multiple pages.  

• Reduced click-through rates from search results  

• Lower engagement metrics  

After identifying potential signs of an impact, it’s important to closely monitor key analytics following a core update. Closely monitor your Google Search Console and organic traffic.  

How To Optimize After The March 2026 Google Core Update 

If your site’s content performance has changed a lot, try these steps.  

Audit Content Depth: Ensure each page fully answers users’ needs and offers clear value.  

Improve Internal Linking: Add relevant internal links to build authority and guide visitors.  

Elevate trust signals by clearly showing authority, credentials, reviews, and contact info.  

Optimize Technical SEO. 

Through a complete technical SEO check, PISPOP issues like:  

• Crawl errors  

• Broken links  

• Duplicate content  

• Page speed issues  

• Mobile usability problems  

Remove or consolidate thin pages. 

Low-value or outdated pages can dilute a site’s overall authority.  

Why algorithm updates are an opportunity 

Core updates can seem disruptive, but they aim to improve search results. Companies with a solid content strategy, rather than a quick fix, often benefit after updates.  

If you follow a detailed SEO plan, create quality content, and update consistently, your website will grow steadily.  

Conclusion 

In March, Google Core Update reinforces Google’s devotion to quality, relevance, and user-first content. Businesses that value authority, technical performance, and meaningful user involvement will continue to perform well.  

Being proactive and strategic after updates helps your site grow and maintain performance.  

Source: March 2026 Google Core Update 

Huang’s keynote. Over 1,000 expert-led sessions and pioneering advances across the AI stack will anchor the world’s premier AI conference.  

NVIDIA announced that GTC, the world’s leading AI and accelerated computing conference, will be held March 16-19 in San Jose, California. Over 30,000 developers, researchers, business leaders, and AI-focused companies from more than 190 countries will gather to see how AI is becoming essential infrastructure for a new industrial era.  

GTC is at the center of the AI industrial era, said Jensen Huang, founder and CEO of NVIDIA. AI is now essential infrastructure. Every company will use it, and every nation will build it. From energy and chips to models and applications, every part of the stack is advancing together, visible at GTC.  

What to expect at GTC 2026 

Huang will deliver the keynote at the SAP Center on March 11 at 11:00 pm PT, covering NVIDIA’s latest advances in accelerated computing, AI factories, open models, agentic systems, and physical AI. The keynote sets the industry’s direction for the year. Watch live or on demand at nvidia.com; registration is not required.  

GTC covers every dimension of AI, from energy and semiconductors to infrastructure, models, and applications. Through keynotes, sessions, and demonstrations, attendees discover how unique technologies and collaborations are evolving each layer and empowering one of the largest infrastructure expansions to date.  

There will be over 1,000 sessions covering topics including AI factories, large-scale inference, robotics, digital twins, scientific computing, quantum technologies, and enterprise AI developments. GTC sessions will address building, scaling, and optimizing every layer of the AI stack, and how they intersect in production environments. Jensen Huang will lead a discussion on open frontier models and future developments, featuring industry leaders from A16Z AI, AMP coalition, Black Forest Labs, Cursor, Reflection AI, and Thinking Machines Lab.  

The GTC Live Keynote Program Show will feature industry leaders discussing accelerated computing beyond AI, the five-day stack, and the infrastructure projects and ecosystems necessary for global deployment. The event streams live online on Monday, March 16, at 8:00 p.m. PT, officially launching the conference. Featured speakers will include:  

• Perplexity CEO Aravin Srinivas  

• Featured speakers include Aravin Srinivas, CEO of Perplexity; Harrison Chase, CEO of Long Chain; Deepak Pathak, CEO of Skilled AI; Daniel Nadler, CEO of Open Evidence; and Arthur Mensch, CEO of Mistral AI.  

Hands-on training and certification (March 16 to 19): Developers and engineers can build important skills in AI, accelerated computing, networking, data science, and physical AI through nine full-day workshops, over six hands-on labs, and on-site certification, available throughout the conference dates. Self-paced courses, educator programs, and one-on-one training consultations are also available during the same period to help grow the workforce needed for expanding AI infrastructure.  

Startups, investors, and the AI ecosystem (March 16, 2019: Over 240 NVIDIA Inception startups will present technologies in physical AI, robotics, generative AI, and enterprise applications. Special startup and venture programs at the AI Day with top venture funds and NVentures. Sessions will take place throughout the event to connect founders and investors across all levels of the AI industry.  

Developer and research tracks (March 16 to 19): At GTC, developers can learn from NVIDIA engineers and partners and join the global community building the next generation of AI applications. Technical deep dives, Cuva sessions, and infrastructure workshops are scheduled daily, covering large-scale modern training, influence optimization, and cloud AI services across cloud, edge, and sovereign environments.  

More than 150 post-op presentations will highlight the latest research from the global AI community, including work on model innovation, robotics, systems architecture, and new AI applications. This event will turn downtown San Jose into an AI campus spanning 10 venues. Caesar Chavez Park will host a day-and-night market featuring food, entertainment, and live programming. The All In podcast will host interviews from the show floor on Wednesday, March 18th, and the student and community day on Thursday. March 19 will open GTC to the wider community at a discounted rate.  

Virtual programming with region-specific content will be available in the session catalog online from March 16 to 19, in parallel with the main event schedule.  

NVIDIA Financial Analyst Q&A for shareholders and analysts is scheduled for Tuesday, March 17, at 9:00 am PT, during the main conference. The webcast will be available at investor.nvidia.com. 

Source: NVIDIA CEO Jensen Huang and Global Technology Leaders to Showcase Age of AI at GTC 2026 

Enterprise AI is entering a new phase. Over the past two years, most of the focus has been on how quickly AI technology is advancing, with new models, features, and impressive demonstrations. This created an environment saturated with technical updates and product news, but now these are no longer the main barriers to adoption and value.  

Now the key question for leaders is not what AI can do, but how to use it to drive real change, improve decision-making, accelerate workflows, execute more effectively, gain new advantages, and even create new business models.  

This shift signals the need for resources that go beyond technology updates to address adoption and impact.  

That’s why we’re launching The Adoption Channel, a new OpenAI business blog that translates AI innovation into real business results. Here, leaders will find actionable insights on applying AI to solve operational challenges, make better decisions, improve efficiency, and gain lasting advantages. This channel is designed for C-level executives, AI transformation leaders, AI adoption leaders, and the teams guiding their organizations through the AI transition, helping enterprises thrive in an AI-native world.  

What You Can Expect Here 

1. Where AI adds value and what success looks like: we’ll share clear ideas on business value. We will explain how leaders can spot opportunities. We will show what effective execution looks like in practice.  

2. How organizations scale AI successfully: we’ll offer insights on what helps adoption grow, what can slow it down, and how top organizations move from testing to real change. Plus, how do responsibilities shift, and how do leadership and design adapt to build trust, control, and performance?  

3. Separating Market Realities from Hype: We’ll offer a clear perspective on what matters, what is noise, and which trends are likely to impact business decisions.  

4. Industry-specific perspectives based on real business needs: we explore these issues in different industries. We consider real constraints, systems, workflows, and regulations.  

To do this, we will share frameworks, decision tools, and operating patterns. We will give accurate, concrete examples. Most importantly, we will explain what leading organizations do differently. Our goal is to help leaders understand AI’s direction and decide what to do next.  

How We’ll Support You From Here 

Our writing will be clear, practical, and useful short for busy executives, yet detailed enough to support your decisions, with a focus on real-world implementation.  

If you are building, scaling, or guiding AI adoption in your organization, this resource is made for you. We provide practical guidance to help leaders drive effective change, seize AI opportunities, and build confidence as they navigate rapid workplace transformation.  

Welcome to Adoption News. Follow us to start building your advantages.  

Apple has introduced the new MacBook Air with M5, offering top performance and improved AI features to the world’s most popular laptop. The M5 chip includes a faster CPU and next-generation GPU, each with a neural accelerator, so MacBook Air can handle everything from creative work to advanced AI tasks.  

The laptop now starts with 502GB of storage, weighs as much as before, and uses a faster SSD with options up to 4TB. The new N1 wireless chip supports Wi-Fi 7 and Bluetooth 6 for easy, reliable connections wherever you are. MacBook Air keeps its thin, light, and strong aluminum build, features a sharp liquid-retina display, a 12-MP center-stage camera, up to 18 hours of battery life, immersive sound and spatial audio, and two Thunderbolt 4 ports that support up to two external displays with macOS Tahoe.  

The Apple MacBook Air is a great choice for students, creative professionals, and business users. The new MacBook Air with M5 comes in 13- and 15-inch sizes and four colors: sky blue, midnight, starlight, and silver. Pre-orders start tomorrow, March 4, and it will be available beginning Wednesday, March 11.  

The new MacBook Air with M5 brings incredible performance and even more capability to the world’s most popular laptops, said John Ternus, Apple’s Senior Vice President of Hardware Engineering. With M5, MacBook Air powers through a wide range of tasks from everyday productivity to creative workloads and is even faster for AI. Now featuring double the starting storage, Wi-Fi 7, and Bluetooth 6, in a sleek, durable design with long battery life. MacBook Air is the perfect laptop for anyone who values the unrivaled combination of performance and portability.  

Outstanding Performance with M5 for AI and More 

The M5 chip delivers strong performance across everyday and creative tasks. MacBook Air with M5 has a 10-core CPU, up to a 10-core GPU, and neural accelerators, providing up to 4x faster AI performance than the M4 and 9.5x faster than the M1. This makes it a powerful choice for both personal and professional AI use.  

The M5 chip features improved shader cores and a third-generation ray tracing engine, enabling faster gaming and 3D rendering. It also improves unified memory performance by 28% to 153 GB of bandwidth. Overall, the M4 means more seamless multitasking and quicker app launches. Overall, MacBook Air with M5 offers better performance than the previous models, including:  

• AI video tasks run up to 6.9x faster on M1 and 1.9x faster on M4 than on M1.  

• 3D rendering with ray tracing in Blender is up to 6.5 times faster than on a MacBook Air with a moon and up to 1.5 times faster than on a MacBook Air with M4.4  

• Image processing in Affinity is 2.7 times faster than on a MacBook Air with M1 and up to 1.5 times faster than on a MacBook Air with M4.2.  

• Web browsing is up to 50% faster versus PC laptops with Intel Core Ultra X7; demanding tasks are up to 3x faster.  

Double The Starting Storage And A Faster SSD 

The MacBook Air with M5 now starts at 512 GB of storage, as the previous models did. For the first time, you can configure it with up to 40 GB of storage, giving you plenty of room for big projects and games. The new SSD is priced the same as before, so you can open files quickly and work faster, whether you are a creator importing lots of photos or a student running AI tasks on your device.  

Tremendous Value for Upgraders With the World’s Most Popular Laptop 

If you are thinking about upgrading from an older MacBook Air, whether it has Apple silicon or an Intel chip, now is a great time. Along with the M5 fast chip, the new MacBook Air offers many exciting features. For example:  

• A stunning Liquid Retina display: The 13.6″ or 15.3″ Liquid Retina display is bright at 500 nits and supports 1 billion colors. Everything looks vivid and detailed, and the text stays extra sharp.  

• Exceptional Battery Life: You can get up to 18 hours of battery life, six hours more than the Intel-based MacBook Air with Fast Charging. You can work, create, or play all day without needing to plug in.  

• Beautiful design and colors: The 13-inch MacBook Air is easy to carry for people on the move. The 15-inch version gives you more space for multitasking. Both are thin, light, and silent with a fanless design. They come in four colors:  

• sky blue  

• midnight  

• Starlight  

• Silver  

• Advanced Camera, Mic, and Speakers: The 12-MP center stage camera with desk view makes you look your best and makes video calls more compelling. The three-mic array improves voice clarity. The sound system supports spatial audio and Dolby Atmos for a rich, three-dimensional experience while listening to music or watching movies.  

• Wi-Fi 7 and Bluetooth 6 color the new Apple design and chip, delivering better performance and improved connection reliability.  

• Flawless connectivity: the MacBook Air has two Thunderbolt ports for accessories. It supports up to two external displays, which is great for professionals and students who want more workspace. MagSafe provides dedicated charging and keeps your connection secure when plugged in.  

The power of macOS Tahoe. 

MacOS completes the MacBook Air experience with incredible features and built-in apps like Safari, Photos, Messages, and FaceTime, helping you get more done with macOS Tahoe. You can personalize your Mac with new color options for Folder App icons and widgets, thanks to Liquid Glass. Apple Intelligence brings powerful features and strong privacy, such as:  

• live translation in messages for talking across languages  

• smarter reminders that sort your tasks  

• improve shortcuts that use Apple Intelligence to automate things like pulling info from a PDF and adding it to a spreadsheet  

Continuity features include:  

• the iPhone phone app on Mac so you can make calls from your phone  

• live activities, which show notifications in iPhone mirroring, so you can respond right from your Mac for video calls  

The new Edge Light effect provides even lighting for your face in any condition. 

Source: Apple introduces the new MacBook Air with M5  

Dell NativeEdge with Nokia Private Wireless lets businesses accelerate AI innovation by efficiently managing and connecting edge environments. The solution integrates Dell software and Nokia connectivity to meet enterprise edge needs.  

As AI adoption accelerates, businesses are looking for ways to unlock instant insights and value from data across a wide range of devices in their operational environments. Edge infrastructure, which brings computing power closer to data generation sources, enables rapid decision-making and more effective action-taking.  

Processing at the edge provides instant insights and efficiency gains for AI. Beyond computing and storage, secure device connectivity and management ensure reliable operations.  

Meet Dell NativeEdge and Nokia Private Wireless. 

Dell NativeEdge with Nokia Private Wireless offers complete management, orchestration, and connectivity tools for Edge environments. Key features include:  

• Accelerate edge outcomes. Go-lone centralized management and orchestration—here ‘orchestration’ refers to automating and coordinating complex IT processes—streamlines device deployment, secure onboarding, and operational automation for rapid results.  

• Easily connect all assets with a secure, high-speed wireless network built for demanding edge environments.  

• Defend Every Layer: Zero Trust Security Safeguards Your Data, Applications, and Infrastructure to ensure uninterrupted, protected business operations.  

The platform bridges IT and OT, boosting collaboration and supporting digital transformation.  

How Private Wireless Connects Your Edge 

Dell and Nokia offer Digital Automation Cloud (DAC), providing secure, high-speed, private wireless for critical applications.  

The Nokia DSE provides the foundation for Private Wireless and supports Nokia applications and a wide range of devices from connected sensors to ruggedized industrial equipment for workers and machines. It brings 4G, LTE, 5G, and Wi-Fi technologies in a single on-premises solution that can also support a range of Nokia and connectivity-related applications, such as:  

• device management  

• network digital twin  

• network security  

• workers’ push-to-talk/video applications  

This flexibility ensures pervasive, reliable coverage across your entire operational footprint.  

NativeEdge: Edge Operations Software Platform 

Dell NativeEdge is a secure, easy-to-deploy platform that enables you to manage and scale edge operations across multiple sites from a central point.  

NativeEdge delivers a protected environment for running edge applications. Integration with Nokia DAC forms a comprehensive, robust platform for connected edge operations, merging communication and computing for reliable, secure operations. Visit the Dell NativeEdge website to learn more.  

Capture Insights To Provide Faster Decision Making & Improved Productivity 

Together, Dell NativeEdge and Nokia Private Wireless transform how businesses manage and connect edge systems, giving insight from all devices, sensors, and employees.  

• Process data at the edge to enable faster decision-making and reduce delays.  

• Use data to improve productivity, quality, and satisfaction.  

• Protect your entire operational technology system from application connections.  

• Scale edge computing easily as your business evolves.  

Accepting a Secure Data-Driven Future 

With Dell NativeEdge and Nokia Private Wireless, businesses accelerate Industry 4.0 and securely transform operations to unlock new data-driven opportunities.  

Centralized edge management the ability to control multiple edge locations from a single point—and secure wireless networking provide a strong foundation for accelerating AI projects. Industries such as manufacturing, retail, and energy can use this solution to collect, process, and act on data in real time, improving operations and outcomes. Are you prepared to transform your business operations and speed up AI innovation at the edge? Contact your Dell representative or visit our website to learn how Dell NativeEdge with Nokia Private Wireless can help your business prepare for the future of Edge Computing and AI.

Source:The Power of Small: Edge AI Predictions for 2026

News Summary 

• AMD is expanding its Ryzen AI lineup with the new Ryzen AI 400 and Ryzen AI Pro 400 series processors, the first of which are designed for AI PC applications and Copilot+ experiences.  

• OEM partners are launching new AI PCs, including enterprise notebooks and mobile workstations, powered by Ryzen AI Pro 400-series mobile processors.  

• Ryzen AI 400 series mobile processors deliver up to 30% faster multi-threaded performance than competing processors. This enables professionals to tackle demanding tasks more efficiently than alternatives while maintaining all-day battery life.  

• AMD now offers its broadest enterprise PC solutions via the AMD Pro platform, which enhances security, manageability, and resilience for AI PC deployments.  

At Mobile World Congress 2026 in Barcelona, AMD introduced new Ryzen AI 400 Series and Ryzen AI Pro 400 Series desktop processors as part of its expanded Ryzen AI portfolio. These processors offer strong on-device AI acceleration and next-generation performance, letting users run AI applications and large language models locally. They also handle demanding tasks, such as design and engineering, smoothly. AMD is also adding workstations to the Ryzen AI 400 series mobile line-up.  

With these new processors, OEMs can offer AI PCs for desktops, laptops, and mobile workstations built for modern workloads.  

Aizen AI400 series processors are the first to deliver Microsoft Copilot Plus PCI experiences for next-generation desktop AI PCs, featuring a neural processing unit with up to 3 AI compute cores. These processors enable users to run AI assistants and productivity tools directly on their PCs. This keeps sensitive data on the device and gives users more control, better performance, and improved privacy.  

The desktop PC is becoming an intelligent assistant, said Jack Huynh, SVP and GM of Computing and Graphics at AMD, with Ryzen AI 400 series processors. We are building strong AI acceleration for partners to build systems that help businesses and consumers achieve more.  

The World’s First Copilot Plus Desktop Processor For Next-Gen AI Applications 

AMD Ryzen AI 400 Series Desktop processors offer strong performance and smart features by combining Zen 5 CPU cores, AMD RDNA 3.5 graphics, and an AMD XDNA 2 NPU. This blend gives professionals, developers, and power users the speed and local AI performance needed for multitasking, collaboration, development, and data analysis.  

Ryzen AI 400 Series Desktop Availability 

AMD 5 desktop systems with Ryzen AI 400 processors from HP, Lenovo, and other OEMs are expected to arrive in Q2 2026, bringing next-gen performance and on-device AI for a transformed computing experience.  

Expanding Ryzen AI’s Leadership to Notebooks and Mobile Workstations 

As AMD’s commercial PC lineup grows, more OEM partners are launching notebooks powered by Ryzen AI Pro 400-series mobile processors. The Ryzen AI 9 HX Pro 470 delivers up to 30% faster multithreaded performance compared to the Intel Core Ultra X7-3581, giving users a competitive edge for demanding tasks. These systems pair strong power efficiency with all-day battery life, helping users outperform rivals throughout the day. With Ryzen AI Pro 400 series processors, industry-leading AI acceleration and Co-Pilot + PC features are available on mobile devices.  

As organizations adopt AI, Ryzen AI Pro 400 series mobile processors bring advanced AI to notebooks and workstations. The high-performance NPU delivers up to 60 TOPS for greater efficiency, boosting productivity to match professional pace.  

Ryzen AI Pro 400 series mobile processors power next-generation workstations with market-leading performance and support top independent software vendors (ISVs). These mobile workstations maximize CPU, NPU, and GPU resources for the most demanding engineering, creative, and technical workloads, clearly exceeding the performance of alternative solutions.  

Ryzen AI Pro 400 Series Mobile Workstation Availability 

Mobile workstations with Ryzen AI Core 400 processors will be available from Dell, HP, and Lenovo in Q2 2026.  

Strengthening Enterprise Security and Manageability with AMD Pro 

AMD Pro offers strong security, easy management, and trustworthy performance with hardware and software built to simplify IT operations and protect your investment. AMD is improving the Pro platform by enhancing both hardware and software, enabling enterprise IT teams to manage AI-enabled PC fleets more easily. New remote management features give IT administrators better visibility and control, letting them fix problems, restore systems, and keep business operating efficiently without needing to visit each desk.  

AMD systems, unlike some competitors, are compatible with a wide range of major commercial security solutions. This ensures easy integration into enterprise environments and enables organizations to protect device fleets with trusted tools, gaining a clear advantage over less compatible alternatives.

Source: AMD Gives Consumers and Businesses More AI PC Options with Expanded Ryzen™ AI 400 Series Portfolio 

Intel Foundry is moving forward with its 14A 1.4nm process node to support US chip independence and secure domestic technology leadership.  

Intel is investing over $20 billion in Ohio to make AI and high-performance computing chips in the US using advanced EUV lithography.  

Important Details And Impact 

• The 14A node targets high-performance computing and AI and aligns with Intel’s plan to deploy five nodes over four years.  

• Intel plans to build a site in Licking County for up to eight factories, aiming to begin production by 2030.  

• By building advanced factories in the US, Intel will directly reduce reliance on foreign supply chains, strengthening US sovereignty over critical AI hardware.  

• Intel uses EUV and Foveros Direct 3D stacking to improve packaging.  

• Despite delays and the need for external customers, the 14A project remains central to US competitiveness in chipmaking and is supported by the CHIPS Act.  

Intel’s 14A Node is a key product under development at Intel Foundry with a planned launch in 2027. As Intel collaborates with customers on the 14A design, clients can assess whether the new node meets their performance, efficiency, and market goals. Patrick Morehead from More Insights and Strategy, who regularly speaks with industry leaders, reports that two Intel customers are very satisfied with the progress of the node. Clients who have reviewed 14A note that it should deliver highly competitive capabilities for data center, PC, and mobile CHIPS—offering potential benefits such as enhanced performance, broader application scope, and early access to state-of-the-art technology.  

He also said I am anxious for Intel to release its 14a 0.5 PDK and start gathering feedback. Even without the PDK available, I’m already hearing very positive things, especially considering the progress with 18a as each new node builds up on the previous ones.  

Intel develops the 14A node using high-NA EUV to enable finer, more efficient chips. It leads the shift from low to high NA.  

By reducing the number of steps per wafer layer from 40 to fewer than 10, Intel simplified manufacturing and sped up product delivery.  

Customers emphasize security and adequate wafer allocation. Intel’s Twinscanexe:5200B processes 200 wafers per hour.  

“Process Roadmap Expands Beyond 5N4Y” 

Intel has strengthened its Process Technology roadmap by adding Intel 14A to its leading-node plan, along with several specialized-node updates. The company confirmed that its five-node in four years (5N4Y) plan is still on schedule and will increase the industry’s first backside power solution. Leaders at Intel expect to regain process leadership with Intel 18A in 2025.  

The updated roadmap includes improvements for Intel 3.0, 18A, and 14A process technologies. It also introduces Intel 3T, which uses through-silicon vias for 3D advanced packaging and will soon be ready for manufacturing. The roadmap also highlights mature process nodes, including the new 12nm nodes developed with UNC, as announced last month. These updates help customers create products that meet their needs. Intel Foundry plans to release a new node every two years, along with regular updates, so customers can keep improving their products using Intel’s latest technology.  

Intel expanded its ASAT lineup, adding FCBGA2D+ to existing FCBGA 2D, AM, IB, Foveros, and Foveros Direct offerings.  

Microsoft Design on Intel 18A Headlines Customer Momentum 

Reflecting this exciting momentum, customers are enthusiastically backing Intel’s Long-Term Systems Foundry strategy. In Pat Gelsinger’s keynote, Microsoft Chairman and CEO Satya Nadella shared the exciting news that Intel has selected a chip design to manufacture using the Intel 18A process.  

We are in the midst of a very exciting platform shift that will fundamentally transform productivity for every individual organization and the entire industry. Nadal has said: “To achieve this vision, we need a reliable supplier of the most advanced, high-performance, and high-quality semiconductors. That is why we are so excited to work with Intel Foundry and why we have chosen HF Design, which we plan to produce on Intel A-Process.”  

With the exciting support of Microsoft, Intel Foundry has won designs across several process generations, including Intel 18A, Intel 16, and Intel III. The company is also experiencing strong customer enthusiasm for its ASAT capabilities, especially advanced packaging.  

Bringing these successes together, Intel Foundry expects its lifetime deal value for wafers and advanced packaging to exceed $15 billion.

Source:   

Intel 14A Node Trials Signal Confidence From Early Customers

Intel Launches World’s First Systems Foundry Designed for the AI Era