Tag Archives: desktops

Laptops Sealed Computers Shut, ARTISAN ALTO Snaps Them Back Open

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Home computers used to snap open like toolboxes, cartridges sliding in for a new game or a new skill. That idea mostly disappeared once sealed laptops took over, but the ARTISAN ALTO AT-101 brings it back with a vermilion shell that looks like it walked straight out of 1984 and a system built for how people actually tinker today. It’s a machine designed to grow alongside whatever you’re currently obsessed with.

The trapezoidal red housing wastes no time signaling its intentions. Sculpted, concave ivory keycaps sit beside red cooling louvres, and a keyboard opening cuts diagonally through the sloping side, turning what could’ve been a flat slab into something with genuine presence on a desk. This is a machine built to be looked at, not tucked behind a monitor.

Designer: Leo Botinelly

That vintage-inspired shell hides a distinctly modern expansion idea. Upright cartridges slot into place to add graphics power, sound capability, retrocomputing modes, or an AI companion, while smaller side modules handle specialist interfaces and individual projects. Recording a demo, building out a more ambitious scene, or reviving an old favorite game all become a matter of swapping in the right module rather than replacing the whole machine.

The standout pairing puts VECTOR, a compute cartridge, alongside COMPANION, an AI agent module with its own ivory-crowned housing. Together they form what the concept calls a personal cyberdeck, one where your context and your processing power both live in the same two bays. Everything from your conversation history to your working files stays local, an intentional counterpoint to how most AI tools currently function.

Five multifunction keys handle creative shortcuts without forcing a trip through a menu, while a dedicated PAUSE rocker lets you freeze, rewind, or speed through whatever’s running, treating time itself as something you can grab and adjust mid-task. A touchpad and four flush cursor keys merge into a single continuous surface on the right side, keeping navigation under the same hand that’s already resting there.

Flip the machine over and the same philosophy continues. Memory access sits in the open rather than buried under layers of casing, rear supports adjust to match your desk setup, and a single screw releases the service clamp entirely. Every one of these choices treats a computer’s insides as something worth respecting, not hiding behind warranty stickers and proprietary screws.

Around back, a compact connector panel handles the practical side of daily use. USB-C power sits alongside labeled ports for two cartridges, additional USB-C connections, LAN, HDMI, USB-A, and audio, all routed cleanly to keep cables from tangling across the front of a desk. Even the exhaust vents get a considered shape, flanking the connector panel like a pair of small turbines venting heat from all that cartridge-driven ambition.

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Cloud AI Means Someone Else Has Your Data, MINISFORUM Fixes That

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Running a serious AI model at home usually means renting someone else’s cloud server and hoping your data stays private along the way. MINISFORUM built its newest pairing to remove that trade-off entirely. The AI Agent NAS N5 MAX-P495 and AI Mini Workstation MS-S1 MAX-P495 combine for up to 131 TOPS of AI compute performance, 192GB of memory at 8533 MT/s, and up to 160GB of graphics memory, enough headroom to keep the heavy lifting on a desk instead of in a data center.

The N5 MAX-P495 takes the shape of a compact black cube, but what it holds inside matters more than how it looks sitting on a shelf. It combines powerful AI computing with up to 200TB of local storage, enabling users to store, manage, and process large volumes of data within a single AI platform. That capacity turns a spare corner of an office into a private archive large enough to hold years of project files, footage, or research without ever touching a third-party server.

Designer: MINISFORUM

Storage alone doesn’t make an AI system useful, so MINISFORUM built the N5 to run the AI itself. From RAG knowledge bases and AI models to embeddings, databases, and AI agents such as OpenClaw and Hermes, N5 MAX-P495 keeps data and AI workloads local, enabling continuous and private AI operations. A small business could lean on that setup to run its own customer-support agent without routing conversations through an outside company’s servers.

That local-first approach extends to how the N5 fits into a larger setup. Designed to work alongside AI computing devices, N5 MAX-P495 serves as a centralized backend for data, models, knowledge, and long-running AI workloads, bringing storage and computing together at the edge. It’s less a standalone gadget and more a quiet engine room, built to keep working in the background while something faster handles the parts people actually interact with.

That faster half of the pairing is the MS-S1 MAX-P495, a compact tower wrapped in a ventilated, diamond-textured front panel that looks more like a piece of desk sculpture than a workstation. It delivers powerful local AI computing for demanding model inference, AI development, and computationally intensive workloads, built for intensive local AI tasks, engineering, and workflows in an ultra-compact footprint. Developers get workstation-class muscle without giving up desk space to a full tower case.

Speed matters just as much as raw power for certain jobs, and MINISFORUM designed the MS-S1 with that in mind. Designed for low-latency AI workloads, MS-S1 MAX-P495 enables responsive local inference for AI agents, computer vision, generative AI, and other real-time applications. A security camera system or a live creative tool built on generative AI benefits directly from that kind of immediate response instead of waiting on a round trip to the cloud.

Connectivity rounds out the workstation’s role in a larger setup. With extensive connectivity and expansion capabilities, MS-S1 MAX-P495 serves as a powerful AI compute frontend, supporting models, applications, and connected devices across flexible edge AI environments. That flexibility means the same box can sit at the center of a home lab or plug into a small studio’s existing hardware without forcing a rebuild.

Paired together, the two devices split the work the way a good team would. The MS-S1 MAX-P495 and N5 MAX-P495 form a complete edge AI computing system, delivering high-performance AI compute at the frontend while integrating compute, massive storage, data, and AI knowledge at the backend, providing a powerful foundation for real-time inference, persistent AI workloads, and scalable local AI applications. It’s a compact answer to a question more households and small teams are starting to ask: whether AI still needs to live somewhere else at all.

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Lenovo’s IFA 2026 Laptop Concept Rolls Out From 14 to 17 Inches

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Lenovo used IFA 2026 to show that the most interesting ideas in business computing aren’t sitting in stores yet. Alongside a refreshed lineup of desktops and laptops, the company unveiled two proofs-of-concept, Project AeroBlade and Project Swan, that treat a laptop’s shape as something worth reinventing rather than accepting as fixed. Both concepts ask what a work device could become if mobility, not convention, drove every decision.

That reinvention starts with Project AeroBlade, a 14-inch concept built around a simple provocation: that thinness shouldn’t force a trade-off with sustained performance. Measuring under 10mm thick and weighing under 830g, the fanless design relies on Active Flow, a solid-state cooling architecture developed with Frore Systems using AirJet technology instead of spinning fans. The result stays quiet on a couch, a coffee shop table, or a cramped airplane tray.

Designer: Lenovo

Removing fans doesn’t just cut noise but also strips out dust intake and mechanical complexity that typically wear down thin laptops over years of travel. Lenovo wrapped that cooling breakthrough in magnesium-aluminum construction, paired with a high screen-to-body OLED display, Thunderbolt 4 connectivity, and Wi-Fi 7, betting that hybrid workers want a device light enough to forget they’re carrying, without losing the horsepower a real workday demands.

Project Swan takes a different route toward the same goal, solving the tension between portability and screen real estate instead of thickness and cooling. In its compact state, it behaves like an ordinary 14-inch notebook, easy to slide into a bag between meetings. Roll it out, though, and the display stretches into a 17-inch 16:9 canvas, giving side-by-side documents and dashboards room to breathe without needing a second monitor nearby.

At 17.9mm thin and 1.6kg, Swan stays practical enough to carry through an average commute, only expanding when a spreadsheet or a presentation actually needs the extra width. It’s a concept built less for a single dramatic moment and more for the small, repeated frustrations of working from shared desks or unfamiliar conference rooms, where finding a second display isn’t always an option.

Lenovo ThinkCentre X Ultra

Beyond the concepts, Lenovo’s production lineup keeps pace with more grounded upgrades. The ThinkCentre X Ultra introduces a compact 1.6L desktop built for agentic AI workloads, with cluster-ready architecture that links up to four units together for larger models and multi-agent workflows. Smaller siblings, the M75s Gen 6 and M75q Gen 6, bring that same AI acceleration into space-saving builds designed to disappear behind a monitor or inside a drawer.

Lenovo ThinkCentre M75q

Those desktops start at $1,379.00 for the M75q Gen 6, climbing to $3,699.00 for the flagship X Ultra, positioning the lineup for businesses scaling AI workloads without dedicating an entire server room to the effort. Each model leans on the same agentic AI philosophy, treating compute as something that should expand alongside a company’s ambitions rather than forcing an early ceiling on performance.

Lenovo ThinkCentre M75s

On the laptop side, the ThinkBook 14 Gen 9 pairs Snapdragon X2 Plus silicon with up to 26 hours of local video playback, while Lenovo Qira adds business-specific prompts like Catch Me Up for anyone stepping away from a meeting. Its 14-inch WUXGA display and 17.7mm profile keep the laptop practical for professionals who bounce between desks, meeting rooms, and airport lounges throughout a single workday.

Lenovo ThinkBook 14 Gen 9

The ThinkBook 14x Gen 2 goes even thinner at 12.9mm and 990g, wrapped in metallic finishes and four color options, Luna Grey, Celestial White, Mystic Violet, and Veil Blue, that give a traditionally corporate lineup some actual personality. Between the two, Lenovo covers both ends of mobile productivity, one built for raw AI throughput, the other for anyone who simply wants their laptop to feel less anonymous.

Lenovo ThinkBook 14x Gen 2

Neither AeroBlade nor Swan carries a price or release date yet, staying firmly in concept territory while the rest of the lineup ships between September 2026 and the first quarter of 2027. Still, both concepts hint at where Lenovo’s production laptops might head next, favoring adaptable shapes over the fixed dimensions that have defined business computing for decades.

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Lenovo’s AIO Desktop Finally Comes in 6 Colors to Match Your Room

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Lenovo built its newest AI PC lineup around a question most manufacturers skip entirely: what color actually feels like you. The IdeaPad Vibe series and IdeaCentre AIO i desktop, both unveiled at Lenovo Innovation World 2026, treat color as a design decision worth researching rather than an afterthought tacked onto a spec sheet. It’s a lineup that asks people to pick hardware the way they’d pick a jacket, based on how it makes them feel.

That thinking starts with the IdeaPad Vibe, developed alongside Pantone Institute to land on seven finishes with names like Zen Green and Dreamy Violet, each tied to a specific mood rather than a marketing buzzword. Lenovo drew those shades from colors people encounter every day and shades that capture how they aspire, learn, create, and live, then extended the idea further with swappable keycaps for anyone who wants even more control over how their laptop looks.

Designer: Lenovo

Underneath that color story sits real hardware flexibility. Snapdragon X processors power the base configuration with Copilot+ PC capabilities, while an AMD Ryzen AI 400 Series option adds dual-slot memory upgradeable to 32 GB and storage expandable to 1 TB. Both versions fit into a metal chassis starting at 1.3 kg, light enough to carry between a dorm room and a coffee shop without a second thought about the extra weight.

Display options split along similar lines, with OLED panels in Lowkey Grey and Moody Blue pushing up to 100% DCI-P3 coverage for anyone editing photos or watching movies, while IPS configurations keep things smooth at 120Hz for everyday browsing and schoolwork. AI features layered on top, like real-time translation and smarter video call effects, run quietly enough that Lenovo says the whole system stays cool and quiet even under regular use.

Move from the laptop to the desk and the IdeaCentre AIO i picks up that same color philosophy, arriving in six finishes for the first time, with a matching wireless keyboard and mouse combo tying the whole setup together. Its bigger shift, though, comes from ditching the bulky column of components most all-in-ones hide behind the screen, trading it for what Lenovo calls a middle-box-free architecture that leaves the display looking noticeably slimmer.

That slimmer build still packs Intel Core Series 3 processors capable of up to 40 platform TOPS, paired with a display stand that tilts from -5 to 15 degrees and adjusts 30 mm vertically, useful whether someone’s leaning in for a video call or angling the screen down for a kid doing homework at the kitchen table. Adaptive Lighting adds boot-up, default, and music-reactive modes, giving the desktop a personality that extends beyond whatever’s on screen.

Between the two, the IdeaCentre leans harder into shared spaces, with an optional 5MP IR camera and physical shutter for privacy during calls, plus audio tuned by Harman for movie nights or background music while cooking. An e-book mode dims blue light for anyone using the big screen for actual reading, a detail that feels aimed squarely at households where one screen ends up doing everything.

Pricing puts the IdeaPad Vibe at $699.99 regardless of processor choice, while the IdeaCentre AIO i starts at $939.99 for the 24-inch model and climbs to $1,149.99 for the 27-inch version. Both lines share the same instinct: that a PC sitting in a bedroom or a kitchen deserves to look like it belongs there, not like it was designed for a beige office cubicle decades ago.

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Acer Shrank Server-Level AI Into Two Mini Desktops at IFA 2026

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Acer used IFA 2026 to prove that serious AI horsepower doesn’t need a tower case anymore. The company introduced two mini desktops built for running AI agents locally instead of leaning on the cloud: the shipping Veriton RI110 AI Mini Workstation and a striking concept called the Acer SFF RTX Spark design. Both squeeze desktop-class compute into shells small enough to disappear on a shelf.

The Veriton RI110 fits an Intel Core Ultra X7 processor 358H and Intel Arc B390 graphics into a chassis measuring just 5.45 by 5.17 by 2.05 inches and weighing about 1.39 lbs. Despite that footprint, it supports AI models with up to 120 billion parameters, backed by up to 96 GB of memory and 4 TB of SSD storage, plenty for demanding local workloads.

Designer: Acer

That power feeds directly into Acer Qubi Claw, a new agentic AI assistant designed to run local workflows inside an isolated sandbox so sensitive data never has to leave the machine. Installation takes one click, and its starting skill set already covers in-depth online research, travel itinerary planning, and transcribing or translating audio into text notes, all schedulable on autonomous routines that work quietly in the background.

Acer also builds in OCuLink connectivity, a dedicated PCIe 4.0 x4 interface delivering up to 64 Gbps of bandwidth for connecting external GPUs or high-speed NVMe storage. That link skips the extra processing overhead of traditional expansion methods, so creators and developers can bolt on desktop-class rendering power only when a project demands it, then disconnect it again without carrying that bulk around every day.

Standing beside it, the Acer SFF RTX Spark design takes a different shape entirely, built around NVIDIA’s RTX Spark superchip rather than Intel silicon. Vented panels wrap a narrow vertical shell accented with a warm metallic stripe, giving the design a presence that reads more like a piece of audio equipment than a workstation, while a fold-out stand lets it stand upright on a desk instead of lying flat.

Underneath that shell, Acer packs up to a 6,144-core Blackwell RTX GPU, up to a 20-core NVIDIA Grace CPU, up to 128 GB of unified memory, and up to 1 petaflop of AI compute, numbers usually reserved for server racks. Paired with NVIDIA’s full-stack AI platform and its complete suite of RTX technologies, the design targets creators, developers, and gamers alike.

Acer hasn’t confirmed pricing or a release window for the SFF RTX Spark design, while the Veriton RI110 arrives in North America during the fourth quarter of 2026 and reaches EMEA in the first quarter of 2027. Together, the two machines make a case that agentic AI doesn’t need a data center to feel powerful, just a well-engineered box small enough to tuck beside a monitor and forget about.

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BenQ Just Made a $189 iMac Light Bar That Looks Like Apple Designed It

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The iMac has always had a light bar problem. You could put any number of BenQ ScreenBars on top of one, but they’d cover the camera, block the microphone, or clip over the Apple logo on the back. None of them were made for it. The BenQ iScreenBar is the first that actually is, and it arrives at $189, looking like it was designed by the same people who designed the computer it sits on.

The construction makes the case immediately. Unibody aluminum with a glass touch panel, finished in Silver to match the iMac directly, mounting via a custom magnetic clamp on the back rather than a standard monitor clip. A magnetic cable clip routes the USB-C power cord out of view. The rear logo, the camera, and the microphone all remain unobstructed. It’s the kind of detail that should have been obvious from the start but apparently wasn’t until now.

Designer: BenQ

Compatibility is specifically tuned to the 24-inch iMac from 2021 onward. That USB-C connection does more than just carry power. It lets the iScreenBar communicate with the iMac directly, enabling a dedicated macOS app for software control of brightness and color temperature. It also means the light bar knows when the camera is active, which feeds into one of the more useful features here.

That feature is Video Mode. When the iMac’s built-in webcam turns on, the iScreenBar automatically shifts its output to reduce bright spots on the user’s face, giving calls and recordings a more balanced, flattering light rather than the harsh overhead glow that most desk setups produce. Nobody wants to look like they’re being interrogated from below during a team call, and Video Mode addresses that without any manual intervention.

The light itself uses BenQ’s ASYM-Light optical design, which angles illumination downward toward the desk rather than toward the screen. That means no glare, no hotspots reflecting back from the display, and lighting that reaches an area of roughly 33.5in x 19.7in at 500 lux. The glass touch panel on the bar handles brightness and color temperature adjustments directly, and auto-dimming keeps the workspace at a consistent level as conditions change.

Blue and Green colorways, two of the iMac’s most popular colors, are planned for late 2026. The Silver version is the only one available at launch, which is also the most versatile option since it matches every iMac color reasonably well. For buyers committed to a Blue or Green iMac, the wait might be worth it for a more cohesive result, but the Silver still looks deliberately matched rather than generically attached.

BenQ’s existing ScreenBar lineup has been a reference point in desk lighting for years, with options ranging from $109 for the standard bar to $179 for the Halo 2 and $289 for the new ScreenBar Max built for dual-monitor setups. The iScreenBar slots in at $189, making it competitive with the premium end of that range while offering something none of the others can: a mount that actually fits the iMac the way it was intended, rather than sitting on top of it like an afterthought.

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Apple’s $899 Mac mini Skips M5 Entirely, Keeps the 2024 Body

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Twelve days ago I wrote that Apple was testing a Mac mini with a brand new M6 in the cheap model and a carried-over M5 Pro in the expensive one, and that anyone holding out for a clean M5 mini should let that dream go. That machine now exists, with a price and a ship date. Mark Gurman’s reporting was the source and it landed almost exactly. I would be enjoying this more if the shipping version had not arrived with a hundred dollars stapled to both configurations. Being right is fun. Being right about a price hike is considerably less fun.

Here is what Apple actually put on sale on August 25, arriving September 22 across 30 countries. The $899 base mini gets M6, Apple’s first 2nm chip, with 12 CPU cores, 12 GPU cores and a Dual 16-core Neural Engine running at up to 170GB/s. The $1,699 model gets M5 Pro, scaling to 18 CPU cores and 20 GPU cores, 64GB of memory at 307GB/s, Thunderbolt 5, and the ability to cluster multiple minis to run large models entirely on device. Two chip generations, one product page. The aluminum shell is untouched since 2024.

Designer: Apple

Six hundred dollars bought an M4 Mac mini in October 2024, which felt at the time like Apple briefly forgetting to charge properly. May 2026 killed the 256GB configuration and pushed the effective floor to $799. June raised the M4 Pro from $1,399 to $1,599. Apple told the Wall Street Journal it had never seen component prices climb this much this quickly, pointing at the memory and storage crunch that AI data centres created. So the entry Mac has gained three hundred dollars in under two years, and the desktop best suited to running models locally got expensive precisely because everyone else is running models too.

M6 is Apple’s first 2nm silicon and it lands in the cheapest Mac on the shelf, with a 12-core CPU split into two super cores, four performance cores and six efficiency cores, plus a Neural Accelerator inside every one of its 12 GPU cores. M5 Pro, sitting in the machine that costs eight hundred dollars more, is last year’s architecture scaled wider. On the multi-core and graphics work that Pro-tier buyers actually pay for, M5 Pro wins comfortably. On the number printed on the box, it loses. Apple spent a decade teaching people to read that number as shorthand for how current a machine is, and has now quietly stopped honouring its own shorthand.

The gap traces back to a decision that had nothing to do with the mini. Apple reportedly cancelled the M6 Pro and M6 Max outright, fast-tracking an AI-focused M7 line rather than building a Pro tier that would be stale within months of shipping. The engineering logic is sound and I understand it. The customer position is still rough. Mac Studio pulled the same trick last year with mismatched M4 Max and M3 Ultra chips and nobody blinked, because Studio shoppers expect spec weirdness, while the mini is the Mac people buy specifically because it never asks them to think.

Three Thunderbolt 4 ports sit on the back of the newer-silicon M6 model, while the older M5 Pro gets Thunderbolt 5. That is segmentation, not physics, and it is the clearest sign that Apple is now pricing tiers rather than describing them. Both machines pick up Wi-Fi 7, Bluetooth 6 and 2.5Gb Ethernet as standard, with a 10Gb option. The two front USB-C ports still run at plain USB 3 speeds. New genlock support over USB-C syncs a display to a camera, including the iPhone 17 Pro, which is a genuinely useful addition nobody will notice.

That unchanged aluminum box remains my favorite part of this whole story. Every vertical cooling case, stacking SSD and retro Macintosh shell built for the M4 still fits, which is accidental sustainability of a kind Apple rarely gets credit for. The power button is still underneath, obviously. What Apple has not published is a single head-to-head AI benchmark between M6 and M5 Pro, which is the one comparison that would tell buyers whether the cheap mini out-thinks the expensive one. Its silence there is doing a lot of work.

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This Modded Android Phone Runs The Witcher 3 at 1080p Ultra Settings

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The boundary between a smartphone and a desktop computer has been narrowing for years. Modern flagship phones carry processor configurations, RAM capacities, and GPU performance that would have qualified as desktop territory not long ago. Most of the time, that hardware sits underutilized inside a slim glass slab, throttled by thermals the moment any sustained workload asks it to perform at its actual ceiling.

One modder decided to find out what a flagship Android phone such as the nubia Z70 Ultra could actually do if thermal throttling was removed from the equation. The answer involved relocating the screen to the front of a custom acrylic case and sandwiching the phone itself between two desktop-grade CPU coolers with direct contact against the Snapdragon chip’s shielding. The result doesn’t fit neatly into any existing product category.

Designer: ntsow

The Nubia Z70 Ultra carries a Snapdragon 8 Elite processor with a maximum clock speed of 4.32 GHz and 24 GB of RAM. Removing the screen was the key step: the CPU coolers need direct access to the chip’s shielding for full thermal contact, so the display had to migrate to the outside of the case. A power bank handles the energy supply, completing the self-contained build.

On the software side, the build runs a full XFCE Linux desktop through Termux with GPU acceleration, layering Windows application support on top via Wine and Box64. The Android system remains fully intact underneath, making the device simultaneously a phone, a Linux workstation, and a Windows gaming machine. The stated end goal is one device that handles everything, including native Linux work and full Windows game support.

The cooling changes what the hardware is capable of sustaining. In 3DMark’s Wild Life Extreme Stress Test, the modified phone achieved 99% stability across 20 loops, outperforming the newer Snapdragon 8 Elite Gen 5, Apple A19 Pro, and Dimensity 9500 on the consistency metric. That sustained performance is the point: most mobile chips can briefly hit impressive scores, but they thermal-throttle within minutes under continuous load.

The Witcher 3 runs at 1080p with Ultra graphics settings, hitting 20 to 30 fps and occasionally exceeding 30 fps when the phone operates in its maximum-performance overclocking mode. The Adreno GPU runs at 99% utilization during those sessions, and the build connects to an external monitor with keyboard and mouse support for a genuine desktop gaming setup. For an Android phone, the performance is difficult to dismiss.

What the build demonstrates is less about running The Witcher 3 at any particular resolution and more about how far the gap between a phone and a desktop has actually closed. Adequate cooling was the only thing separating the Snapdragon 8 Elite from sustained desktop-class workloads. The question the project raises isn’t whether phones can replace PCs but how much work remains before the hardware inside them can already handle it.

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Mac mini M5 May Get Skipped Entirely as Apple Tests M6 and M5 Pro Combo

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Feeling like you’ve heard this before? You sort of have. Last year Apple quietly shipped a Mac Studio with mismatched M4 Max and M3 Ultra chips, and buyers barely blinked, since Studio shoppers expect spec weirdness. Now the same move looks headed for the Mac mini, the one Mac people buy precisely because it is simple, affordable, and predictable. According to Bloomberg’s Mark Gurman, Apple is testing units that pair a new M6 chip with a carried over M5 Pro.

That is an odd combination to put inside Apple’s most straightforward computer. The Mac mini has never asked buyers to think twice about chip lineage, and now it may become the clearest example yet of how messy Apple’s silicon strategy has gotten.

Design: Apple

The mismatch traces back to a decision Apple made months earlier, and it has nothing to do with the Mac mini specifically. Apple canceled the M6 Pro and M6 Max outright, choosing to fast track the AI focused M7 lineup instead of building a Pro tier that would have been outdated within months of shipping. That leaves a gap in the middle of the chip family, and the Mac mini’s step up configuration is the one stuck filling it with last year’s silicon. I get the engineering logic. I still think it is a rough position to put a customer in.

Here is the part that will annoy anyone who buys on spec sheets alone. An M5 Pro comfortably beats a base M6 on the multi core and graphics work that Pro tier buyers actually care about, so the generation label is closer to marketing noise than a real downgrade. Performance wise, the pricier mini still wins. But nobody wants to spend more money and watch the box on the shelf next to it wear a newer number. Apple has spent a decade training customers to read chip generations as a shorthand for how current a machine is, and this configuration quietly breaks that shorthand.

There is a supply chain story sitting underneath all of this too, and it is worth naming. The global memory shortage that pushed MacBook Pro prices up by three hundred dollars in June is the same pressure shaping this roadmap. Apple already pulled higher RAM configurations from some Mac mini and Mac Studio models earlier this year, and Gurman’s own reporting notes the mismatched mini’s exact chip and memory setup still depends on how memory supply plays out. None of this is locked in yet. Testing configurations shift constantly, and Apple has not committed to a release window.

What makes this genuinely interesting from a design standpoint is the mini’s shell. That aluminum box has not changed since the M4 redesign in 2024, and it may end up carrying three chip generations without a single exterior update. Apple has effectively split the Mac mini’s identity in two, treating the outside as a fixed platform and the inside as a variable it can rearrange however the roadmap demands. That is a different kind of product thinking than the tidy, synchronized launches Apple built its reputation on.

Whether that flexibility reads as smart engineering or a confusing shopping experience will depend entirely on how Apple prices and markets the two configurations when they actually arrive. For now, anyone holding out for a clean M5 Mac mini should probably let that expectation go. The machine that shows up later this year might carry a name nobody predicted, wrapped in a body nobody will notice changed at all.

 

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This Mod Made a Steam Machine Faceplate Charge Your Steam Controller

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The Steam Machine has swappable faceplates, which is a genuinely good idea that Valve doesn’t appear to have fully exploited. The concept is essentially that the front panel of the console is a blank cosmetic slate, open to third parties and hobbyists to design around. So far, most of what’s been proposed has leaned on that word: cosmetic. Different textures, different graphics, different visual personalities for what is otherwise a matte black gaming cube.

This faceplate mod takes a different approach by asking what the panel could actually do. The result is a replacement front cover that integrates a charging cradle for the Steam Controller directly into the face of the console, turning what would normally be dead real estate into a functional docking station. Set the controller down, it charges. Pick it up, it’s ready. No separate charging puck dangling off to the side.

Designer: NefariousnessWhole25

The charging mechanism uses the Steam Controller’s own wireless puck seated inside the faceplate cradle, with a USB cable routed discreetly around the inside edge of the panel and into one of the Steam Machine’s existing USB ports. It’s a routing solution rather than a rewiring one, which keeps the electrical side simple and reversible. The puck sits in the cradle, the controller sits on the puck, and the whole arrangement slots onto the front of the machine like any other faceplate.

What makes it more than a wall mount with ambition is the kickstand built into the rear of the panel. It folds out from the back of the faceplate, propping the cradle up at an angle, turning the entire assembly into a standalone desk dock that works independently from the Steam Machine. Take the faceplate off the console and prop it up on a table, and it functions as a charging stand on its own terms.

The inspiration came partly from Valve’s own demonstration of an e-ink faceplate, which showed that the panel slot was capable of doing more than holding a decorative cover in place. That demonstration didn’t ship as a product, but it established the idea that the faceplate system had functional potential beyond aesthetics. This mod picks up that thread and takes it somewhere more immediately useful for anyone who has both pieces of Valve’s current hardware sitting on the same desk.

Design files haven’t been released yet, and there are no confirmed plans to sell finished units. The prototype is out, it works, and it raises a question worth asking about Valve’s approach to the faceplate ecosystem: if a single modder can turn the front panel into a functioning charging dock over a weekend, what would a dedicated accessory program actually look like at scale?

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