Weird if True: Integrated graphics have been a fixture on AMD’s desktop Ryzen lineup since the Ryzen 7000 series launched in 2022, less useful for gaming and more as a fallback when a discrete GPU fails or during hardware troubleshooting. But according to a new rumor, that may be coming to an end with Zen 6, because AI is apparently claiming whatever silicon it can find.

AMD is expected to launch its Zen 6 “Morpheus” processors later this year or in early 2027 at the latest. The new CPU line is shaping up to bring meaningful changes on both the architectural and platform fronts. Now, a fresh leak suggests the Ryzen 10000 desktop series will also abandon the integrated GPU entirely – replacing it with a dedicated NPU aimed at local AI workloads.

The claim comes from notorious leaker Gotou_kai3, who states that the Zen 6-based “Olympic Ridge” desktop platform will gain an integrated NPU and CUDIMM support, while dropping integrated graphics. The same source adds that Olympic Ridge will still lack native USB4 controller support, meaning motherboard makers will continue relying on external chips for USB4 connectivity, as they do today on AM5 boards.

AMD roadmap confirms Zen 6 launch window and process node, teases Zen 7

AMD has included integrated graphics in its mainstream desktop CPUs since the Zen 4-based Ryzen 7000 series, continuing through the Zen 5-based Ryzen 9000 family. With Olympic Ridge, the company appears to be reallocating that silicon for different purposes as the role of integrated graphics in enthusiast desktop builds continues to diminish.

NPUs, short for Neural Processing Units, have become a baseline requirement for Microsoft’s Copilot+ PC certification, where they handle AI inference tasks – from background model processing to LLM interactions – more efficiently than a general-purpose CPU or GPU.

– Gotou_3rd (@Gotou_kai3) June 15, 2026

That rationale makes sense for laptops and all-in-ones, where power budgets are constrained and efficiency matters. On the desktop, it’s a harder sell. Microsoft has since extended Windows AI model support to discrete Nvidia GPUs, which further undercuts the case for a dedicated desktop NPU.

Integrated GPUs have their uses on budget PCs and in other specific scenarios. Onboard graphics allow a system to POST and display output even when a discrete GPU is malfunctioning – a scenario that matters to builders, repair technicians, and anyone who has swapped a graphics card mid-troubleshooting.

Removing that safety net from a platform aimed squarely at power users and gamers is a questionable tradeoff, particularly when the NPU replacing it serves a narrower use case. Then again, Nvidia’s RTX Spark CPUs are expected to hit shelves later this year, and there is mounting expectation around local AI workloads becoming a standard part of the Windows OS experience. AMD’s move may well be a preemptive response to that emerging competitive pressure.

Beyond the iGPU controversy, Zen 6 “Morpheus” is targeting clock speeds of up to 7GHz on TSMC’s 2nm process, and each new CCD is expected to pack up to 12 cores and 48MB of L3 cache, with desktop configurations scaling from 6 cores up to 24 with SMT support.

That would mark a new core-count ceiling for mainstream AMD desktop CPUs. Whether pairing those specs with an NPU and no iGPU reflects a coherent product vision – or a forced hand from the AI PC trend – will likely depend on how useful desktop NPUs actually become by the time Ryzen 10000 ships.

Qualcomm announced two products on Tuesday aimed at positioning the company as the silicon supplier for whatever computing device eventually displaces the smartphone. The first is Snapdragon Reality Elite, a mixed reality chip platform with substantially improved AI processing for headsets and tethered glasses. The second is START, a white-label toolkit that gives eyewear manufacturers a near-complete smart glasses design they can brand, customise, and ship without building the technology stack themselves.

The announcements came alongside comments from CEO Cristiano Amon, who told CNBC that Qualcomm is working on more than 40 different AI wearable devices spanning jewelry, camera-equipped earbuds, pins, and watches. “I think there’s going to be a lot of experimentation with different form factors,” Amon said. He described the unifying principle as “something that you wear, something that is with you all the time, something that can see the world around you.”

Snapdragon Reality Elite delivers up to 60% higher GPU performance, 30% higher CPU performance, and 160% higher NPU performance compared to the previous XR2+ Gen 2 platform. The chip’s neural processing unit is rated at 48 TOPS, enough to run a 3-billion-parameter language model at 45 tokens per second on-device, according to Qualcomm. The platform also runs up to 20% longer on battery and up to 12 degrees Celsius cooler under the same workloads.

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The display capability supports 4.4K per-eye resolution at 90 frames per second, a modest increase from the XR2+ Gen 2’s 4.3K per-eye figure. Qualcomm says the chip enables improved head and hand tracking alongside better see-through performance. Those improvements matter for reducing the motion sickness and eye strain that have historically limited how long users can wear mixed reality headsets.

Reality Elite is designed to power two categories of device. The first is standalone video-see-through headsets that overlay digital content on a camera feed of the real world, the approach used by devices like the Meta Quest. The second is lightweight, tethered optical-see-through glasses that blend digital imagery directly into the wearer’s field of view.

Among the first products using the platform are XREAL’s Project Aura, the Android XR glasses shown at Google I/O with a 70-degree field of view and binocular displays, and an upcoming device from Play for Dream. Qualcomm has not disclosed pricing for the platform or a timeline for when consumer devices will reach retail.

START, which stands for Scalable Turnkey AI-Ready Toolkit, takes a different approach to market entry. It bundles a hardware module built on Qualcomm’s AR1+ chip with a software platform, companion iOS and Android apps, an AI cloud solution, and three white-label reference designs. The designs cover an audio-and-camera configuration similar to Meta’s Ray-Ban smart glasses, a monocular display variant, and a binocular display variant.

The programme’s first partners are eyewear manufacturer Inspecs and O’Neill, the latter owned by TitanFlex. Qualcomm has also made a $10 million strategic equity investment in Inspecs, subscribing for 7.5 million new shares at £1 each. The investment signals that Qualcomm is not merely licensing silicon but taking a financial stake in the supply chain that will manufacture and distribute the devices.

The strategic logic is that traditional eyewear companies have the design expertise, retail distribution, and consumer trust to sell smart glasses as fashion accessories, but lack the chip architecture, AI software, and sensor integration to build the technology themselves. START is Qualcomm’s attempt to bridge that gap, mirroring the reference design programme it used in the early 2010s to help manufacturers build smartphones on its Snapdragon platform. Qualcomm says START will expand beyond smart glasses to other form factors in the future, though it has not specified which.

The competitive landscape is crowded and moving fast. Meta has sold more than seven million pairs of Ray-Ban smart glasses and commands roughly 82% of the market, with annual production capacity being expanded to 10 million units by the end of 2026. Snap launched its $2,195 Specs AR glasses this week.

Apple is reportedly testing multiple frame designs for a possible 2027 launch. Google is shipping Android XR audio glasses this autumn with Samsung, Warby Parker, and Gentle Monster. Qualcomm silicon already powers many of these devices, but the company is now building the full stack rather than waiting for partners to assemble it themselves.

What Qualcomm is betting on is that none of those companies will dominate the category alone. If the smart glasses market fragments the way the smartphone market did, with dozens of manufacturers building on a shared platform, the company supplying the foundational silicon layer captures value regardless of which brand wins. That is the same bet Qualcomm made with mobile phones, and Amon’s 40-device pipeline suggests the company sees the transition accelerating faster than the public market does.

The claims remain largely forward-looking, however. The 48 TOPS figure and performance percentages are Qualcomm’s own, measured against its own previous generation, and no independent benchmarks have been published. The 40 AI wearable designs Amon referenced are in various stages of development, not shipping products.

Whether the smart glasses category actually becomes large enough to justify Qualcomm’s investment depends on consumer adoption that has so far been limited to Meta’s ecosystem and a handful of developer-focused devices. The company is placing a structural bet that the transition away from smartphones is inevitable, but the timeline remains anyone’s guess.

The funny-sounding name offers new insights into galaxy formation.

HPE’s new promotion aims to entice customers to more deeply consider migrating off VMware. While numerous third-party surveys have pointed to a significant amount of VMware customers looking to reduce or eliminate their VMware use over the next few years, concerns around time and cost are also expected to slow or deter migration plans, especially given that migration can require paying for two virtualization products simultaneously.

“One of the big things we see is that as customers are going through this journey on transforming their operating model, you end up with double expenses,” HPE’s EVP and CTO Fidelma Russo said, according to The Register.

Dean Colpitts, CTO of Canadian managed services provider (MSP) Members IT Group (MITG), which VMware cut from its reseller program after 19 years of partnership a year ago, doesn’t expect the promotion to drive sales much.

“All our clients work on three, four, or five-year life cycles and generally roll that purchase into their initial buy,” he told Ars. “The biggest issue I’m seeing right now that is affecting VM Essentials sales and adoption is [that] the high prices and constraints of DRAM [are] affecting customers’ ability to obtain new hardware to migrate onto.”

Colpitts pointed to a lack of available hardware for permanent migrations and “to temporarily facilitate a brownfield reimage of the customer’s existing equipment from VMware to” VM Essentials.

On the other hand, one of HPE’s biggest channel partners, San Diego-based Nth Generation, is expecting its “VM Essentials sales pipeline to as much as quadruple and sales to grow at about that rate” because of HPE’s promotion, CRN reported.

“These additional free licensing and migration capabilities are going to drastically lower the risk of moving to VM Essentials,” Nth Generation co-president and CTO Dan Molina told the publication.

Partner promotion

HPE also announced that it would give 600 reseller partners who earn the HPE partner program’s Private Cloud with Virtualization competency by the end of the year free VM Essentials software licenses for three years. Partners still have to pay support costs, though.

Colpitts said that the benefit is “a step in the correct direction” but that limiting the promotion to 600 partners is “very shortsighted.” He believes that HPE should give all of its partners VM Essentials “to facilitate getting [VM Essentials] into customer sites and displacing the competitors.”

“They need to fling [VM Essentials] as far and as fast as they possibly [can] to immediately gain traction and draw ISVs to them, which will increase adoption even more,” he said.

In a World Cup 2026 group that also contains Argentina and Algeria, Austria vs Jordan will be a must-win game for both teams if they are to make a deep run in the tournament. While this is Jordan’s maiden World Cup appearance, the Burschen are returning to football’s biggest stage for the first time since 1998.

Ralf Rangnick’s men are coming on the back of an excellent qualifying campaign, winning six, drawing one, and losing just one of their eight matches. They also won all three of their warm-up matches against Ghana, South Korea and Tunisia, and are currently on a five-match unbeaten run.

Apple’s long-rumoured foldable iPhone may not reach customers until 2027, despite continued speculation that the company plans to unveil the device in the coming months.

According to a new report from Taiwan’s Economic Daily News, comments from suppliers linked to Apple’s foldable plans suggest the launch timeline may have shifted.

While the iPhone Fold is still widely expected to be announced in late 2026, several supply chain sources now indicate that shipping could slip into early 2027.

The report points to remarks from Largan Precision CEO Enping Lin. He said that some upcoming products due to be announced in the third quarter have been moved to the beginning of next year. Although Lin did not mention Apple or a foldable iPhone by name, Largan is a long-time Apple supplier. This then fuels speculation that the comments relate to the company’s first foldable device.

Further weight comes from Xinrixing, a supplier believed to be producing bearings for the foldable handset. The company’s general manager suggested that production is largely ready and is now waiting for Apple to finalise a shipping schedule.

Tiny cameras in your ears may be part of Apple’s AI future. The company is preparing camera-equipped AirPods for release in late 2027, according to a report from Bloomberg’s Mark Gurman on Tuesday. 

The new earbuds are expected to arrive around the same time as a second-generation foldable iPhone and a 20th-anniversary iPhone model, Bloomberg reported, citing unnamed people familiar with Apple’s plans. Apple didn’t immediately respond to a request for comment.

The cameras reportedly wouldn’t be meant for taking photos or recording video of the inside of your ear. Instead, they would act more like AI sensors, giving Siri visual context about the world around you.

That could let someone ask Siri questions about what they’re looking at, like what to make for dinner based on a set of ingredients, according to Bloomberg. This would most likely use Apple’s Visual Intelligence feature, which is designed to analyze images and provide context based on what the camera on your device sees.

Apple announced new Siri and Visual Intelligence features last week at WWDC 2026 as part of iOS 27 and its other operating system updates. The new Apple Intelligence features are expected to arrive this fall, while Siri AI will be available as a beta later this year.

Bloomberg reported that the camera AirPods are code-named B798 and were originally planned for 2026 but were slightly delayed due to Apple’s struggles with AI software. The company also reportedly needed more time to develop visual AI models capable of identifying objects in its surroundings.

The earbuds are expected to look similar to current AirPods Pro models, aside from cameras embedded in the stems. Bloomberg also reported that the device would include external lights to show when data is being sent to the cloud for processing.

The reported AI-powered AirPods are part of Apple’s broader push into AI hardware. Bloomberg said Apple is also working on smart glasses that could arrive as early as late 2027, along with a camera-equipped pendant that could be worn on clothing or around the neck.

Apple is reportedly preparing a busy iPhone lineup. Bloomberg previously reported that Apple’s first foldable iPhone is expected to launch in 2026. Apple is also said to be working on a 20th-anniversary iPhone with a nearly edge-to-edge display and curved glass that wraps around the sides.

The timing could still change, as it has in the past. Apple hasn’t announced camera-equipped AirPods, a foldable iPhone or a 20th-anniversary iPhone.

Let’s stop for a moment and pause to consider the smart bulb. Imagine going back 20 years and telling yourself that people will be putting computers capable of acting as web servers into light bulbs just so they can control them from their telephone instead of hitting the switch. The whole thing seems crazy — but its great, because it enables hacks like this one where [RickOOOOOO] takes a commercially-available ESP32 smart bulb, and hacks it into a local file server and digital library for banned books.

The word “banned” gets bandied about a lot — but assured, there’s nothing getting served up by [RickOOOOOO]’s bulb that’s going to help somebody will ill-intent build an improvised explosive device.  No, at least as conceived here, it appears to be full of easily-available e-books that were pulled from school libraries in the USA, which may-or-may not meet your personal definition of ‘banned’. Whatever you want to call them, we appreciate the idea that a student could hypothetically replace one of the bulbs at school with a hacked version serving up that sort of content. a bulb in such a school with a bulb hacked to host that sort of content–in minecraft, naturally.

In any case, the hardest part of the hack was carving the ESP32C3 in the bulb out of the IoToreo bulb enough to access it. Unfortunately having done so, [Rick] wasn’t able to get an SDcard interface soldered on, so he’s stuck with just 4MB for books and webserver. That means only a few epubs can fit on the bulb, but it’s better than those books being unavailable.

Like the solarpunk message board we featured recently, which also ran on an ESP32, the bulb broadcasts a public network that uses a captive portal to take you to the web interface of the library. From there, users can browse books– including learning from where they were banned and why–and admins can access a password-protected control panel. One neat work-in-progress feature on the control panel is that the bulb can still be used as a smart bulb, so you can try and match the light to its surroundings. In Minecraft, because of course we would never encourage kids to change light bulbs. Perish the thought!

Speaking of Minecraft, you can run a server on a lightbulb, too. Or DOOM, because of course even the light bulbs run DOOM now. What a time to be alive!

But will it see the same success as the MacBook Neo?