Tag Archives: AMD

Acer AMD Ryzen Laptops Bring AI Across Three Very Different Days

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AMD’s Ryzen AI 400-series chips are showing up in laptops people might actually carry every day. Acer is rolling them out across three very different lines, thin-and-light, mainstream, and gaming, and all of them are Copilot+ PCs with NPUs built for on-device AI. Built on the Zen 5 architecture, these processors aim to enhance productivity and creative work without constantly leaning on the cloud or draining the battery by lunchtime.

The lineup splits into three personalities. Swift Go 16 AI is built for people who live out of a backpack. Aspire 14 and 16 AI are for students and young professionals who need one machine to do everything. Last but not least, Nitro V 16 AI is for gamers who still have to write essays or edit videos when the match ends. The interesting part is how Acer uses the same AMD Ryzen AI 400-series foundation to make three very different days feel smoother.

Designer: Acer

Acer Swift Go 16 AI

Swift Go 16 AI is the laptop that spends its time in cafés and lecture halls. It runs up to an AMD Ryzen AI 9 465 processor with Radeon 880M graphics, up to 32 GB of LPDDR5X memory, and up to 1 TB of PCIe Gen 4 SSD storage. That headroom handles a dozen tabs, a video call, and a Copilot window without the fans screaming, and it all lives in a laser-etched aluminum chassis that opens a full 180 degrees.

Display options range from 16-inch 16:10 WUXGA IPS to WUXGA+ OLED with 100 % DCI-P3 and up to 400 nits, so spreadsheets and color-sensitive work both look right. A 5 MP IR camera with HDR and Human Presence Detection makes video calls less painful, while DTS:X Ultra speakers and a multi-control touchpad handle audio and gestures. Wi-Fi 7, Bluetooth 5.4, dual USB-C, dual USB-A, HDMI 2.1, and MicroSD mean you stop hunting for dongles.

Acer Aspire 14 AI and Aspire 16 AI

Acer Aspire 14 AI

The Aspire 14 AI and Aspire 16 AI are the laptops that bounce between classes, offices, and kitchen tables. Both use WUXGA 1920 × 1200 16:10 displays with refresh rates up to 120 Hz, with touch, non-touch, and OLED options. The 16-inch model can be configured with up to an AMD Ryzen AI 9 465 and Radeon 880M graphics, while the 14-inch tops out at a Ryzen AI 7 445 and Radeon 840M, both with up to 32 GB of LPDDR5X and 1 TB of PCIe Gen 4 SSD storage.

Acer Aspire 16 AI

Full-flat 180-degree hinges and large touchpads make it easy to share a screen or navigate long documents. Both sizes include 1080p FHD IR webcams with privacy shutters, DTS Audio dual speakers, and triple-mic arrays, plus Wi-Fi 6E and Bluetooth 5.3. Two USB-C, two USB-A, HDMI 2.1, a MicroSD card reader, and an audio jack cover most scenarios without extra gear. Acer’s AI layer, Intelligent Space, AcerSense, PurifiedView, PurifiedVoice, and My Key, sits on top of Copilot+ to make translation, noise reduction, and quick shortcuts feel like part of the machine.

Acer Nitro V 16 AI

Nitro V 16 AI is the AMD-powered gaming laptop that still has to behave like a normal computer when the game is closed. It pairs up to an AMD Ryzen AI 9 465 processor with up to an NVIDIA GeForce RTX 5070 Laptop GPU, backed by up to 32 GB of DDR5 memory and up to 2 TB of PCIe M.2 NVMe SSD storage. That combination is built for high-refresh shooters and GPU-accelerated creative work, not just casual titles.

The 16-inch 16:10 WUXGA 1920 × 1200 panel runs at 180 Hz with 100 % sRGB and a MUX switch, so you can flip between power-saving hybrid mode and direct GPU mode when you care about every frame. Dual-fan, dual-intake, dual-exhaust cooling keeps the chassis under control, while DTS:X Ultra audio, a 4-zone RGB keyboard, and an FHD IR webcam with a shutter handle the rest of the experience. Wi-Fi 6E, Bluetooth 5.4, USB 4 Type-C, three USB-A ports, HDMI 2.1, RJ-45, and a Kensington lock round it out, and Acer’s Intelligent Space and NitroSense give you knobs to tune performance and AI-assisted features without digging through control panels.

Acer and AMD at CES 2026: Three Laptops, One AI Backbone

Swift Go 16 AI is the thin-and-light that leans on OLED and Wi-Fi 7 for people who work wherever they can find a table. Aspire 14 and 16 AI are the everyday machines that quietly stretch multi-day battery life and 16:10 high-refresh screens across school, work, and home. Nitro V 16 AI is the gaming rig that still has to write essays and render timelines. Underneath, they all share AMD’s Ryzen AI 400-series processors, Copilot+ PC status, and Acer’s own AI tools, which is the real CES 2026 story here, AI moving from a single button on the keyboard into the way the whole laptop is specced and shaped.

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ACEMAGIC M1A PRO+ Is a Tank-Styled Ryzen AI Cube With 128GB RAM

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Most mini PCs still look like shrunken office desktops, anonymous rectangles that hide under monitors or behind screens. That makes sense for some setups, but feels out of step with people who treat their desk as a curated space where every object carries some weight. ACEMAGIC’s M1A PRO+ leans in the opposite direction, turning the computer into a visible, sculpted object that occupies the desk like a small piece of machinery rather than a hidden utility box.

The ACEMAGIC M1A PRO+ is a cube-shaped mini PC built around AMD’s Ryzen AI MAX 395, but the way it presents itself matters as much as the silicon inside. The compact cube footprint, faceted corners, and layered panels make it feel more like a small engine block or sci-fi module than a piece of office equipment. ACEMAGIC calls it a “tank,” which fits the visual language of sharp edges, reinforced surfaces, and functional venting that runs across every face.

Designer: ACEMAGIC

The front is dominated by a circular dial with the TANK label and concentric RGB rings glowing around it. That element acts as both a visual anchor and a mode selector, echoing the kind of control you would find on pro gear. The RGB is contained and graphic rather than sprayed everywhere, keeping it closer to an instrument than a light show, even when it is glowing in performance mode. Below, the ACEMAGIC wordmark and a row of front USB ports ground the composition.

The side panels carry the Tank Centre wordmark, with subtle venting near the base and a dark metallic finish that shifts between charcoal and gunmetal depending on the light. The surfaces are clean enough to sit in a studio or office, but the geometry and branding still signal that this is a performance machine. It looks intentional from every angle, which matters when it is sitting in full view instead of hiding under a desk.

The rear is where function gets framed. A large, octagonal grill and honeycomb vent surround a dense cluster of ports, two HDMI 2.1, one DisplayPort 2.0, dual 2.5 GbE Ethernet, four USB 3.2 Type-A, plus audio and power. The symmetry of the grill and the disciplined arrangement make the back feel like the business end of a device designed to drive multiple 8K displays and fast networks. Function is not hidden; it is organized and expressed through geometry.

The exterior makes sense when you realize what is inside: a Ryzen AI MAX 395 processor with 16 cores and 32 threads, Radeon 8060S graphics, 128 GB of LPDDR5X memory, and room for up to 12 TB of PCIe 4.0 storage. The tank metaphor feels earned when the machine is meant to run local AI models, heavy creative workloads, and modern games without flinching, all while the cooling system and power modes are controlled from that central dial.

The M1A PRO+ is talking to people who want their main machine to look like a deliberate part of the setup, not an afterthought. For developers, creators, and gamers who spend hours at a desk, having a compact cube that looks like a self-contained engine, with lighting and form language to match its capabilities, makes the idea of a mini PC feel a lot less anonymous and a lot more personal. It sits on the desk as if it belongs there, not like it is hiding until you need it.

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AYANEO Just Built a 115Wh Strix Halo Handheld and Killed Portability

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Gaming handhelds are supposed to fit in your hands, but AMD’s new Strix Halo processors generate serious heat and drain batteries faster than you can finish a boss fight. The GPD Win 5 and OneXFly Apex responded by strapping external battery packs to their backs, which works, but looks like your handheld is wearing a fanny pack in the wrong spot. It’s practical but awkward, and it raises an obvious question: if you’re adding external batteries anyway, why not just make the whole device bigger?

AYANEO apparently asked that same question and decided to run with it. The AYANEO NEXT II skips external packs entirely, hiding a massive 115Wh battery and a 9.06-inch OLED inside a thick, sculpted body that feels more like a portable gaming monitor with grips than something you’d slip into a backpack. It’s AYANEO’s answer to Strix Halo’s power demands, and the solution involves simply accepting that this thing was never going to be pocketable in the first place.

Designer: AYANEO

The design doesn’t apologize for its size. Deep grips flare outward like a proper gamepad, and the body is thick enough to house dual cooling fans without turning into a space heater. Hall effect sticks sit where your thumbs expect them, surrounded by a floating D-pad, dual touchpads, and speakers that actually face you instead of firing sound into your lap. It looks less like a Switch rival and more like someone decided gaming monitors needed handles attached.

That 9.06-inch screen uses an unusual 3:2 aspect ratio instead of the typical widescreen shape most games expect. You get a gorgeous OLED panel with refresh rates up to 165Hz and brightness that peaks at 1100 nits, which sounds fantastic until you realize most games will either add black bars or run nowhere near 165 frames per second at this resolution anyway. Still, it’s lovely for desktop windows and emulators that appreciate the extra vertical space.

The 115Wh battery is where things get complicated. Everything stays hidden inside for a cleaner look and more console-like feel, but that capacity might cause questions at airport security since many airlines cap carry-on batteries at 100Wh. You also can’t swap batteries when one dies, and constantly feeding an 85-watt processor means faster charge cycles and potential long-term wear. You’re looking at two to three hours of heavy gaming before hunting for an outlet.

The dual cooling fans work hard to keep Strix Halo from overheating, and you’ll definitely hear them during intense sessions. AYANEO claims it can sustain up to 85 watts, which should let the integrated Radeon graphics handle modern games at respectable settings, though you’ll also feel warmth radiating from the vents. This is less a grab-and-go portable and more something you carry from the couch to the desk when you need a scenery change.

AYANEO loaded the NEXT II with premium controls that enthusiasts will genuinely appreciate. Hall effect sticks and triggers promise zero drift, dual-stage trigger locks switch between smooth analog and clicky digital modes, and rear buttons plus dual touchpads give you more inputs than a standard controller. A magnetic haptic motor adds feedback that tries to mimic console vibration, and the AYASpace software hides Windows behind a console-style launcher with performance tuning options built in.

The AYANEO NEXT II essentially stops pretending to be portable. It won’t fit in a jacket pocket, might get flagged at airport security, and is almost certainly too heavy for comfortable one-handed play in bed. But if you want something that feels more like a small gaming monitor with built-in controls rather than a device you’d actually carry around town, this oversized approach makes a strange kind of sense. You just have to accept that portability took a back seat to screen size and battery capacity.

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OpenAI is building their own AI Chips to take on Nvidia’s Chip Dominance

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In a strategic move that feels like it’s straight from an Aaron Sorkin movie, OpenAI has started crafting its own AI chip, a custom creation designed to tackle the heavy demands of running its advanced models. The company, known for developing ChatGPT, has partnered with Broadcom and Taiwan Semiconductor Manufacturing Company (TSMC) to roll out its first in-house chip by 2026, Reuters reports. While many giants might build factories to keep all chip manufacturing in-house, OpenAI opted to shelve that multi-billion-dollar venture. It’s instead using industry muscle in a way that’s both practical and quietly rebellious.

Why bother with the usual suppliers? OpenAI is already a massive buyer of Nvidia’s GPUs, essential for training and inference—the magic that turns data into meaningful responses. But here’s the twist: Nvidia’s prices are soaring, and OpenAI wants to diversify. AMD’s new MI300X chips add to the mix, showing OpenAI’s resourcefulness in navigating a GPU market often plagued by shortages. Adding AMD into this lineup might look like a mere “supply chain insurance,” but it’s more than that—this move exhibits OpenAI’s reluctance to put all its eggs in one pricey basket. Sort of like Apple developing its own Apple Intelligence while leaning on ChatGPT whenever necessary.

Broadcom is helping OpenAI shape the chip, along with a data transfer capability that’s critical for OpenAI’s needs, where endless rows of chips work in synchrony. Securing TSMC, the world’s largest contract chipmaker, to produce these chips highlights OpenAI’s knack for creative problem-solving. TSMC brings a powerhouse reputation to the table, which gives OpenAI’s experimental chip a significant production edge—key to scaling its infrastructure to meet ever-growing AI workloads.

OpenAI’s venture into custom chips isn’t just about technical specs or saving money; it’s a tactical play to gain full control over its tech (something we’ve seen with Apple before). By tailoring chips specifically for inference—the part of AI that applies what’s learned to make decisions—OpenAI aims for real-time processing at a speed essential for tools like ChatGPT. This quest for optimization is about more than efficiency; it’s the kind of forward-thinking move that positions OpenAI as an innovator who wants to carve its own path in an industry where Google and Meta have already done so.

The strategy here is fascinating because it doesn’t pit OpenAI against its big suppliers. Even as it pursues its custom chip, OpenAI remains close to Nvidia, preserving access to Nvidia’s newest, most advanced Blackwell GPUs while avoiding potential friction. It’s like staying friendly with the popular kid even while building your own brand. This partnership-heavy approach provides access to top-tier hardware without burning any bridges—a balancing act that OpenAI is managing with surprising finesse.

(Representational images generated using AI)

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