I recently tested the MSI Claw 8 EX AI+ handheld gaming PC, and came away incredibly impressed with its performance. Put simply, it has no rival in gaming performance, easily eclipsing all other handhelds on the market. Even better, the battery life is also stellar.

However, if there’s one thing that it could use, it’s a storage boost. Despite the $1,800 price tag as tested for our review unit, it still only includes a 1TB SSD. After installing a handful of games from Steam and from the Xbox Store, I was left with 128GB free of the 953GB available on the SSD.

I happen to have a 2TB PNY CS2150 PCIe 5.0 SSD that I used for testing a Thunderbolt 5 SSD enclosure with Thunderbolt 5 docks. Since it was currently sitting unused, I decided to take a stab at replacing the 1TB SSD in the Claw 8 EX AI+ with the CS2150 for some extra storage headroom.

Getting the hardware setup for the transition

Fortunately for me, much of the legwork had already been finished. The CS2150 was already installed inside an Orico SSD Thunderbolt 5 enclosure, which would serve as my destination drive.

Although I could complete the entire transfer process using only the input methods on the Claw 8 EX AI+, it’s rather tedious to navigate the Windows 11 user interface and enter text on the 8-inch screen. So, I decided to use a Thunderbolt 5 dock to streamline the process. I used:

• OWC Thunderbolt 5 Dock
• Logitech wireless keyboard and mouse
• Orico SSD Thunderbolt 5 enclosure with 2TB PNY CS2150 SSD installed

I connected the Thunderbolt 5 dock to one of the two Thunderbolt 4 ports at the top edge of the Claw 8 EX AI+. I then plugged the Logitech USB-A receiver into the dock. Finally, I connected the Orico enclosure to the second Thunderbolt 4 port on the Claw 8 EX AI+.

Finding the proper software for cloning the drive

It’s been a while since I last cloned a drive, so I did a quick Google search for free drive-copy software for Windows 11. My search led me to a Reddit thread where the majority of commenters recommended the freeware version of Macrium Reflect 8.

I downloaded the software and installed it without issue. The interface in Reflect 8 was about as straightforward as you can expect, with my source C: drive showing up at the top. The destination field was empty, so I had to select the drive I wanted to use. I pulled up the CS2150, which I have named as Orico in Windows 11 as the D: drive.

After clicking Next, I was prompted with a warning about BitLocker encryption, so I clicked OK to acknowledge it (you’ll definitely want to re-enable BitLocker once you reinstall the SSD). The next screen showed a summary of the operations to be performed: copying the EFI and Windows partitions to the 2TB SSD. I clicked Finish, which brought up another prompt asking if I wanted to run the backup. I clicked OK, which displayed a warning that the D: drive would be overwritten. After clicking Continue, the process started.

After about an hour and a half, the cloning process was completed. At this point, I shut down the Claw 8 EX AI+ and disconnected all of the accessories.

Disassembling the MSI Claw 8 EX AI+ and installing the 2TB SSD

Next, I removed the back panel of the Claw 8 EX AI+, which required removing six screws and using a plastic prying tool. I then removed the single screw holding the already-installed 1TB SSD in the M.2 slot and extracted it. I next removed the 2TB SSD from the Orico enclosure and installed it in the M.2 slot, securing it with the screw I had just removed.

I then reinstalled the back panel for the Claw 8 EX AI+ and secured it with the previously removed screws.

Booting up and checking my work

I powered the Claw 8 EX AI+ back on, and it booted without issue. I was also surprised to see that Windows 11 didn’t throw up any activation errors. I’ll chalk that up as a win. I went to Windows Explorer to see if I was indeed utilizing the full 2TB of storage, but I instead saw that 128GB was free of 953GB – the same predicament as before.

I might have missed a setting during the cloning process that would have expanded the partition to use all free space on the larger SSD. But the fix was simple enough. I opened up the Disk Management utility, selected Windows (C:), and chose “Extend Volume.” After that process was complete, I saw the full 2TB (actually, 1.81TB), with 1.02TB now free for additional game installs.

A Steam Deck devotee was so fed up with their family borrowing their handheld and leaving it with a flat battery that they have resorted to quite extreme measures. On the Steam Deck subreddit, ConroyyJenkinss says that they have modded the console with a range of anti-sharing measures, including a 3D-modeled spiky case and a taser, among other things.

I Built a Security System for My Steam Deck from r/SteamDeck

In the video embedded above, you can see ConroyyJenkinss augmented Steam Deck, which has basically sacrificed the Steam Deck’s comfy ergonomics on the altar of defensive design. Its hand-filling gentle curves have been nullified with a 3D-printed case that was modeled by the anti-sharing Steam Deck owner in Blender. We hope this Steam Deck chastity belt is easily detachable by the owner for when ConroyyJenkinss wants to have some fun.

The hostile architecture-inspired case has another scary trick or two up its sleeve, though. “To make it worse, I rigged up a Raspberry Pi with a small speaker, an object detection camera, and a servo motor,” the Redditor explains. “[I] wrote a py script so if the camera sees someone in frame, it plays a goofy audio clip, waits a few seconds and then the servo triggers a taser to scare them away.” So at least those tempted to touch this spiky handheld get warned before potentially being tased.

Most importantly, ConroyyJenkinss asserts that their Steam Deck anti-sharing measures have done the job. “Nobody touches my Steam Deck anymore,” concludes the dangerous DIYer. Answering some queries in the Reddit thread, the embattled Steam Deck owner admits having to remove the case and disarm the taser to use their own handheld is “a hassle but overall worth it.” Now other family members ask permission to have a gaming session on the portable console.

In recent weeks, Steam Decks have joined the ranks of the desirable devices that have been heavily impacted by the RAMpocalypse. It’s nice to share things, but we fully understand ConroyyJenkinss protecting his precious unit, especially against the devil-may-care battery drainers in the family.

Microsoft announced that it’s increasing Minecraft’s minimum and recommended system requirements for the first time in 17 years. According to the company’s blog post, Minecraft: Java Edition will get a spec bump to ensure that the game runs smoothly today and in the future. While it’s understandable that the game’s developers would want to increase the performance of the hardware that the title runs on to implement more advanced features, the new requirements are significantly higher than the previous minimum specification. This could negatively affect players on older hardware that barely hits the minimum requirements, who would have no choice but to upgrade their PCs at a time when RAM prices are at a record high.

The new minimum specifications are quite reasonable, with the recommended specs falling squarely within the performance of the most common hardware in June’s Steam Hardware Survey (which also indicates that AMD now has more than 45% market share compared to Intel). If your system used to be at or higher than Minecraft: Java Edition’s previously recommended specifications, but no longer hits the current minimum requirements, you can switch over to the Bedrock Edition to continue gaming, although you might have to forgo some of your favorite mods.

If you’re running the bare minimum hardware to play Minecraft, Microsoft said that you could still possibly launch the game, although it warned that you might run into some issues. “These updated recommended system requirements won’t stop you from playing Minecraft: Java Edition today. If your computer falls below the new minimum requirements, Java Edition should still launch,” the company said in the Minecraft blog. “However, its performance and visual quality are no longer guaranteed on below-spec hardware, and it may struggle or fail to launch Java Edition in the future – especially as we transition away from OpenGL and towards Vulkan. We will keep players informed of these changes, especially changes that will sunset hardware that previously supported Minecraft: Java Edition.”

This means that you’ll have to spend some money to upgrade your system to just to continue playing your favorite game. You don’t have to spend thousands of dollars to get a new PC or join a giveaway to be able to play, though. If you know what you’re looking for, you can plausibly buy a used gaming laptop or desktop PC for around $350 to $500 — that should give you about a decade or more to enjoy the game if Microsoft keeps its spec upgrade cadence of 17 years for future versions of Minecraft.

Microsoft just released four original Xbox games on PC as part of its efforts to bring backwards compatibility to the platform. For years, Xbox consoles have enjoyed a similar luxury, with the latest Series X|S systems being able to play two-decade-old OG Xbox titles. However, to achieve this on PC, Microsoft used a native x86 version of its in-house Xbox 360 emulator. As you might expect, modders were quick to pounce on the opportunity to run 360 games on PC, with "varying degrees of success" so far.

How do you log in to your PC?

The discovery was initially made when data miners looked at the package contents of these backwards-compatible titles. Neo Te Aika found out that they were packaged as standard Games on Demand, or GOD files, which is the official file format used by Xbox 360 hardware. A GOD package contains the actual game, its headers, and DRM. By using a GOD extractor, modders were able to open them and convert them into a base ISO that can be played with an emulator, or on a jailbroken Xbox 360. All this would be a huge development on its own.

What followed, though, has the potential to change the original Xbox and Xbox 360 emulation scene forever. Nathan on X scoured through those same files to find something called Xe03. Also called Fission, Xe03 is Microsoft's official Xbox 360 emulator that comes baked into the Xbox One and Xbox Series consoles for backwards compatibility.

Within the Xbox 360 environment, Microsoft already had another emulator called XeFu, or Fusion, that emulates the original Xbox. So, it's basically an emulator within an emulator. That's how modern Xbox consoles have been able to play OG Xbox titles. To Xe03, it's just opening a standard Xbox 360 package, but the binary inside is coded to launch XeFu, which then takes over to run the original Xbox game

When Microsoft released backwards compatible Xbox games on PC, people expected the company to have built an x86-native OG Xbox emulator from scratch. An emulator that didn't rely on an outer layer or any external components. Instead, what Microsoft did was simply recompile Xe03 to run natively on x86 PCs instead, indirectly handing over the ultimate 360 emulator to the community.

By modifying the app container and swapping out game packages, projects like XWine1 and independent reverse-engineers bypassed the inner OG Xbox layer (Fusion) and managed to load raw Xbox 360 executables (.xex files) directly into Xe03. The results have been mixed but incredibly promising, nonetheless. The XWine1 team was able to get Plants vs. Zombies, Steins: Gate, Fuzion Frenzy, and Midnight Club: Los Angeles to boot and run with varying degrees of stability.

Fuzion Frenzy is actually one of four OG Xbox titles that Microsoft officially released so that one is particularly well-optimized. Since the hard part of reverse engineering first-party code has already been done by Microsoft, optimization remains the only challenge. As time goes on, and the specific emulator files are fine-tuned for general usage, we should expect more and more titles to run flawlessly.

Microsoft has also promised to release more official backwards compatible titles on PC, but it hasn't said anything about Xbox 360 games. Therefore, the discovery of Xe03 holds immense potential for the future of Xbox 360 emulation on PC — the community just has to focus on optimization now. This development can be particularly fruitful for handhelds that are power-constrained; Xe03 has very light minimum requirements for devices like the ROG (Xbox) Ally and Lenovo's Legion Go lineup.

Moreover, Microsoft's PC version of Xe03 also upscales the original 480p output of OG Xbox games to 4K. It also adds built-in V-Sync, anisotropic filtering, enhanced anti-aliasing, and borderless windowed modes. Since the games were distributed though the Xbox PC app, they're part of the Xbox Anywhere program so if you own the digital license of said game on console, you get it for free on PC (and other places). Microsoft will also bring Xbox Achievements support to backwards compatible titles soon.

The last two elements will likely be ignored by the modding community since the OG Xbox virtualization is the important part, enabled by the Xe03 engine that has now become the main takeaway from all this. To be clear, open-source emulators such as Xenia have existed for years and provide a highly-satisfactory Xbox emulation experience, but Microsoft's official, in-house solution should be more efficient.

What OG Xbox or 360 games would you like play on PC?