“This is the gaming handheld we’ve been waiting for” — MSI Claw 8 EX AI+ review of a masterpiece priced for the few

If you told me a year ago that an Intel‑powered gaming handheld would be sitting on my desk in 2026, absolutely clowning AMD’s best silicon, I’d have told you to lay off the spice. Yet here we are. Computex 2026 teased it, Cale Hunt went hands‑on, and now the retail MSI Claw 8 EX AI+ is in front of me.

Let’s be honest: MSI’s first handheld felt like a prototype that slipped out the side door. Instead of giving up, MSI regrouped, teamed up with Intel, and came back with a device that blows past every expectation.

But before we go any deeper, we need to talk about the price. Global supply chain chaos has sent high‑density RAM and NAND costs into orbit, and premium hardware is paying the bill. In a sane market, this machine would likely land around $1,299. Instead, it’s $1,799 at Best Buy—firmly in ultra‑premium territory.

Is it worth the jump? Let’s break it down.

Why you can trust me

Why you can trust me

Daniel Rubino

I've been part of Windows Central since 2007, having reviewed and covered many keyboards, gaming accessories, laptops, and PCs from all sorts of companies from the perspective of a Windows enthusiast and unabashed PC lover. I also run this site and have seen a lot in nearly 20 years here!

Specs and Configuration Options

Under the hood, MSI has radically re-architected its core layout, abandoning general-purpose laptop chips to pivot entirely to handheld-optimized architecture.

Design, Ergonomics, and Upgradeability

The physical layout of the Claw 8 EX AI+ is a massive love letter to Xbox fans. MSI completely reshaped the side chassis into a beautifully sloped, flared grip design that heavily mimics the curvature of an official Xbox controller. It contours perfectly to the natural resting shape of your hands, making extended, multi-hour gaming sessions an absolute breeze.

Even better, the actual weight distribution is the sweet spot. Coming in at 785 grams, the Claw 8 EX AI+ feels surprisingly nimble in the hands. When compared directly to the behemoth scale of something like the Lenovo Legion Go 2 at 854g/1.88lbs (it has a kickstand for a reason, folks)—which goes out of its way to adopt a massive, thick, and substantially heavy tablet aesthetic to accommodate its 8.8-inch display.

The MSI variant is vastly easier to slip into a travel bag without feeling like you packed a concrete brick. (Trust me, I've ditched Legion Go 2 for travel multiple times, but it's awesome on the couch).

On the upgrade front, MSI has finally listened to reviewers. The storage slot has graduated to a full-sized M.2 2280 slot, meaning you aren’t locked into paying premium prices for tiny, obscure storage drives. Pop out six standard Phillips head screws on the back shell cover, and you can swap out the internal SSD in less than five minutes.

RAM, however, is integrated, but 32GB should be enough.

Display

The Claw 8 EX AI+’s 8‑inch screen is one of the system’s strongest components. MSI uses a roomy 16:10 panel at a crisp FHD+ (1920x1200), giving you about 38% more usable space than comparable 7‑inch handhelds—huge for readability and UI-heavy games.

The IPS-level touchscreen hits 500 nits and covers 100% of sRGB for vivid, accurate color. Its standout feature, though, is native VRR from 48Hz to 120Hz, letting the display track fluctuating frame rates in real time to eliminate tearing and micro‑stutters for consistently smooth gameplay.

At this price tier, the lack of an OLED panel is the one obvious drawback. If you bounce between this and a Steam Deck OLED, you’ll notice the missing infinite contrast and true blacks in a dark room. But once you’re actually in a game and pushing high, stable refresh rates, the brightness and responsiveness take over. The gray floors fade from your mind, and the experience becomes all about the smooth, fast motion on screen.

Buttons, Joysticks, and Elite Audio

Controls are a premium highlight here. MSI went all-in on specialized Hall-Effect analog sticks and triggers. Because they utilize magnetic positioning instead of physical carbon contacts, the threat of stick drift is permanently eradicated. The action on the triggers feels smooth and progressively weighted, while the face buttons feature beautifully rounded edge boundaries to keep your thumbs from feeling sore after hammering out combos.

The standard directional pad also received a massive overhaul, implementing a tactile metal dome component underneath the casing. It delivers an incredibly clicky, distinct feedback loop that completely wipes away the mushy, missed-input sensations from past generations.

There's no capacitive touchpad for mouse cursor control in Windows or precision aiming. Do I care? No, I turned it off on Legion Go 2, but I get how some people want it, so I'm mentioning it here.

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Perhaps the biggest surprise, though, is the acoustic and haptic transformation. Historically, speakers and vibrating feedback have been clear weak points across MSI’s portable portfolio. Not anymore. The dual 2W speaker array outputs genuine, punchy high-res audio that maintains depth even at high volume levels.

Paired with an upgraded Voice Coil Motor (VCM) driving refined HD haptics, the physical immersion matches anything currently on the market.

With Bluetooth Core 6.0 and LE Audio onboard, pairing wireless earbuds like the Galaxy Buds4 delivers low‑latency, battery‑friendly audio with no noticeable delay. The Claw 8 EX AI+ also supports Windows 11 Super Wideband Stereo, so your sound won’t collapse into muddy mono when you’re using a mic for in‑game chat. And with Shared Audio broadcasting, you can stream to multiple compatible earbuds at once with zero hassle.

Performance: Intel Arc G3 Extreme Crowned King

As a nerdy refresher, the Intel Arc G3 Extreme is Intel's very first purpose-built SoC engineered from the ground up specifically for handheld gaming form factors. Rather than simply shoving a generic, power-hungry laptop processor into a portable shell, Intel completely re-architected this silicon to optimize the power-to-performance ratio at typical handheld wattages. It cleverly shifts the hardware balance directly toward graphics throughput by scaling up to 12 Xe-cores on its Xe3-based B390 GPU while dropping the heavy CPU core count down to just two performance cores. This intentional asymmetry leaves massive thermal and electrical headroom for its 96 integrated XMX AI Engines to work their upscaling magic.

Better yet, the chip introduces Intelligent Bias Control (IBC) v3.5. This proprietary firmware engine perfectly optimizes power sharing between the CPU and GPU, and it even utilizes a clever trick called "P-core parking" to turn off the power-hungry performance cores entirely at 14W and under, ensuring your battery juice goes where it matters most: pumping out maximum frame rates.

For the past few years, AMD has comfortably monopolized premium mobile gaming graphics, but Intel’s new XeSS architecture drops an absolute tactical nuke on that narrative.

3DMark Time Spy & Synthesis Testing

Look at our lab-tested benchmarks below:

• MSI Claw 8 EX AI+ (Intel Arc G3 Extreme): 6,726
• ASUS Xbox Ally X (Ryzen AI Z2 Extreme): 4,029
• MSI Claw 8 AI+ (Intel Core Ultra 7 258V): 3,882
• Lenovo Legion Go 2 (Ryzen AI Z2 Extreme): 3,795

A score of 6,726 on a handheld profile is a jaw-dropping result, representing an aggregate jump that flies completely past AMD's flagship Z2 Extreme silicon.

3DMark Fire Strike & Torture Run Results

To push this chip further, I threw the classic Fire Strike benchmark at the Arc B390 GPU. The results speak for themselves:

• Fire Strike Overall Score: 13,340
• Graphics Score: 16,735
• Physics Score: 24,513

The monitoring loop stayed remarkably consistent, and 3DMark’s integrated engine estimates real-world game performance for titles like Battlefield V at a smooth 120+ FPS at 1080p Ultra settings.

Geekbench 6 Compute & General Performance

The AI Engine acts as the device's intelligent, set-and-forget autopilot, leveraging real-time behavioral analysis to dynamically adjust power settings and hardware configurations (defaulting to a flexible 25W ceiling during gaming) to maximize performance on the fly.

In stark contrast, Endurance mode is a highly restricted efficiency preset designed strictly to squeeze out every drop of battery life. While the AI Engine dynamically scales performance upwards to match the game's demands, shifting to Endurance mode clamps the platform down to a rigid 15W target and automatically triggers Intel’s Endurance Gaming profile, enforcing a stable 30 FPS cap on battery to extend your playtime up to 11 hours on lighter titles.

Here's what that looks like in Geekbench:

• MSI Claw 8 EX AI+ (Intel G3 Extreme - AI Engine): Multi-Core: 13,210 / Single-Core: 2,574
• MSI Claw 8 EX AI+ (Intel G3 Extreme - Endurance): Multi-Core: 10,129 / Single-Core: 1,983

Even under a highly restricted energy curve, the restricted multi-core target hits 10,129, keeping processing capability completely clear of bottleneck thresholds.

Turning to the SSD, storage performance is similarly blinding, with CrystalDiskMark validating peak sequential read limits hitting a clean 6,997 MB/s.

Intel XeSS Feature Test & In-Game Frame Rates

The true magic happens when you leverage Intel's hardware-level AI upscaling. Running the native 3DMark Intel XeSS Feature Test (using XeSS 1.3.1 Balanced at a 2.0x scaling factor) shows exactly what the architecture is capable of:

• XeSS Off: 26.82 FPS
• XeSS On: 51.80 FPS
• Performance Explosion: +93.2%

Real-world gaming translates perfectly to these synthetic gains. Launching the graphically punishing 007 First Light with the console dialed directly into its integrated AI Engine mode, I ran natively at full 1920x1200 resolution at High settings and consistently locked down a blisteringly fast 130+ FPS when plugged in.

Even more absurd was the experience playing LEGO Batman: Legacy of The Dark Knight. The game regularly hit 150 FPS with fluid frame pacing.

How is 150 FPS beneficial on a physical 120Hz panel profile? It comes down to Intel's XeSS 3 Multi-Frame Generation (XeSS-MFG) engine. The chip utilizes internal AI matrices to interpolate synthetic smoothing frames directly between every traditionally rendered frame. Because the platform features a hardware-level Variable Refresh Rate (VRR) window extending up to 120Hz, pushing frames above the panel refresh ceiling completely eliminates frame delivery micro-stuttering, ensuring ultra-responsive inputs and perfect pacing.

Of course, results for XeSS will vary based on the game (if it's supported), whether you're plugged in, and what modes (including custom) you have set. I did have some mixed results with DOOM: The Dark Ages, which was running above 60 FPS one night, but fell below 30 on the next level despite XeSS being enabled.

To understand how big a leap Intel’s Arc G3 Extreme really is, look at this custom Cyberpunk 2077 benchmark. On AMD handhelds like the ROG Ally X or Legion Go 2, turning on ray tracing usually drops you into a sub‑30 FPS slideshow even at a soft 720p. Here, the Claw 8 EX AI+ is running at its full 1920×1200 resolution on the Ray Tracing: Low preset with XeSS Super Resolution 2.0 set to Auto, and it still averages 46.6 FPS with a minimum of 38.1 FPS.

See a clip from Cyberpunk 2077 with the above settings on the MSI Claw 8 EX AI+ below:

This is where the Arc B390 GPU and its 12 dedicated Ray Tracing Units show their advantage. Instead of choking on ray‑traced shadows and lighting, the G3 Extreme architecture handles the workload with an efficiency AMD’s current mobile silicon cannot match.

Holding a stable, genuinely playable 40+ FPS at 1200p with ray tracing enabled is unheard of for any other handheld today, and it proves Intel did not just build a faster chip. They built a smarter one.

When you stack the Claw up against Valve’s Steam Machine, the hardware contrast becomes even more fascinating. Looking at the benchmark breakdown above, both devices run neck-and-neck in single-core metrics (a 2,574 for the Claw versus a 2,579 for the Steam Machine's Custom APU), but the Intel Arc G3 Extreme leaves Valve in the absolute dust on multi-threaded workloads, flexing an eye-watering multi-core score of 13,210 over the Steam Machine’s 8,680. This doesn't even account for the GPU difference, which will also favor Intel.

Unfortunately, much like the Claw, the Steam Machine (starting at $1,049) is a premium engineering marvel suffering from historically terrible macroeconomic timing—both launched directly into a brutal global supply crunch that bloated retail pricing, making a direct cost comparison a bit of an exercise in wallet masochism. It's a cosmic shame that, through no fault of their own, bad timing and bloated component markets might prevent casual players from seeing just how hard this new Intel portable silicon kicks.

Manual Mode: For the Tinkers (But You Really Don't Need It)

For the hardware purists who insist on micromanaging their silicon, MSI Center M includes a robust Manual mode that unlocks granular sliders for the chip's PL1 and PL2 power levels.

For the uninitiated, PL1 (Power Limit 1) dictates the maximum sustained wattage the processor can draw during long-term gameplay, while PL2 (Power Limit 2) establishes the absolute ceiling for short-term burst power. In Manual mode, you can crank PL1 up to 35W and push PL2 to a blistering 45W to squeeze every single drop of performance out of a heavy title—just make sure PL2 stays at least 2W higher than PL1 so Intel’s power management algorithms don't choke. Alternatively, you can drop them into the single digits to slam the brakes on power consumption for lighter indie titles.

However, a quick note for the average reader: I rarely ever touched Manual mode. I use a gaming handheld to actually play games, not to spend 30 minutes acting like an IT admin configuring power registries before launching a level. Thankfully, you don't have to. The default AI Engine setting is brilliantly "set it and forget it," handling the heavy lifting and power shifting so smoothly on the fly that it renders manual tweaking strictly optional for anyone who values their free time.

But hey, cool on Intel and MSI for making it easy to go all out and tweak the chip!

Thermals and Fan Noise

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High performance doesn't mean a melted chassis. Thanks to MSI's custom Cooler Boost HyperFlow architecture (love these names, btw)—which seals internal pathways to draw cold air directly over hotspots while isolating grip boundaries—this device stays remarkably chilly.

Our FLIR thermal array capture maps external chassis heat dissipation flawlessly under extended benchmarking loops:

• Front grip surface area: 96.3°F or 35.7°C (Perfect comfort territory)
• Rear grip chassis boundary: 92°F or 33.3°C (Literally cooler than your own body temperature)
• Display base intersection hotspot: 106.5°F or 41.4°C (Warm to the touch, but completely out of micro-stuttering finger range)
• Recessed exhaust vent interior: 130°F or 54.4°C (Where the actual dragon spirit lives, safely away from your hands)

The physical thermal reading confirms your hands remain entirely cool, completely isolated from internal hotspots. While the localized zone at the very base of the display glass reads at 106.5°F, it remains warm rather than hot, safely out of reach during normal use.

Even measuring directly inside the deep-set cooling channels yields 130°F, yet the felt air volume dissipates cleanly away from you. The internal acoustic profile is equally stellar: the dual fans emit a gentle, low-frequency airflow "whoosh" instead of a whiny, high-pitched jet engine shriek.

Software, Connectivity, and the Mini-PC Hybrid Trick

MSI Center M has matured beautifully, but can still be a bit awkward, and I hope to see some improvements (I may end up adding Winhanced at some point). The software utility integrates seamlessly across massive digital clients including Steam, Xbox, Epic, and Battle.net. It's simple and basic, but the whole Windows 11/launcher/various gaming libraries thing/switching is still a bit underbaked, but making improvements.

Triggering the native full-screen Xbox mode layout overlay brings up a clean, translucent quick-access console dashboard that only handles half the panel layout, avoiding disruptive gameplay pauses. They did a great job here.

From this single overlay window, a user can instantly adjust hardware properties:

• Swap operational profiles on the fly between AI Engine, Endurance, or full user-defined Manual tuning controls.
• Purge non-essential active memory via Free Up Memory sweeps.
• Fire up high-bitrate screen recording capture or toggle ambient Mystic Light RGB analog stick arrays.

The long‑standing Windows Modern Standby curse is finally gone. As far as I can tell, putting the Claw 8 EX AI+ to sleep with the fingerprint/power button triggers a proper hibernate state, or rather, the buttons/triggers/joystick don't wake it. But when I hit that button, it stays off and standby battery drain was minimal, which is a nice change.

The fingerprint reader can be a little picky about angle, but once you get the feel for it, it’s fast and consistent.

Intel's Wi-Fi 7 R2 on here is a beast. I have a Wi-Fi 7 router (TP-Link Tri-Band BE19000), and this thing just sucked down so much data when downloading big games like Cyberpunk 2077 that it even affected my TV streaming. Good stuff.

My only gripe is that, for some reason, my Xbox games are not showing up in MSI Center M, though I can, of course, access them via the Xbox app. I chalk this up to some early bugs, and hopefully some updates will iron those out.

The Ultimate Dual-Use Mini-PC Killer

Because this is an Intel architecture design instead of AMD, you get dual full-bandwidth Thunderbolt 4 ports. This unlocks a highly lucrative dual-use scenario. Dropping the Claw 8 EX AI+ onto a single-cable desk setup completely transforms the handheld experience into a premium desktop workstation environment.

When stacked up against custom high-end discrete desktop boxes like the Geekom A9 Max AI Mini PC (which utilizes mobile AMD Ryzen AI architecture), the Claw 8 EX AI+ matches or exceeds its functional productivity output while preserving complete, uncompromised on-the-go portability. It's a phenomenally versatile desktop replacement machine.

While the A9 Max AI outpaces the Arc G3 Extreme in CPU (see above), I'm confident the reverse will be true for GPU performance and the Intel B390 (we'll try to get some actual comparisons in an update to this).

Battery Life

The massive 80Whr ultra-capacity battery module integrated inside the shell handles power delivery exceptionally well.

Testing the console under heavy loads while running on the custom Endurance Mode setting—which dynamically caps rendering properties and shifts core priority to energy-efficient architecture—and maintaining screen brightness at a very vivid 45% setting (roughly 225 nits of total display output), the platform delivered a solid 3.5 hours of continuous triple-A gameplay. Switching over to casual indie titles or retro emulation easily pushes the operational lifespan past the 5-hour mark.

Final Verdict: Should You Buy It?

Look, if your bank account can handle the entry point and you are looking for absolute top-tier, uncompromised technical performance in a highly ergonomic package, yes, absolutely buy it. Intel and MSI have created a generational performance jump that sets a brand-new benchmark for portable PC gaming. The MSI Claw 8 EX AI+ is friggin' awesome.

If you're a normal working Joe, then of course not; that'd be financially irresponsible.

And that's my only real regret with the MSI Claw 8 EX AI+: a vast majority of gamers won't be able to experience it. This device is THE watershed milestone our portable community has spent years waiting for—a true, uncompromised hardware revelation where you can load a visually dense, modern triple-A blockbuster and play it at 100+ FPS in the palm of your hand without a single structural sacrifice.

MSI and Intel have finally delivered the holy grail payload we've been begging for from day one. It is an absolute masterpiece of engineering brilliance, hitting the market at a time when raw component pricing is absolutely screwing it up. If you have the enthusiast means to jump on it, don't hesitate. This is the future, right now.