Xbox Game Pass has been an alternative option for gamers who cannot afford the best graphics cards. However, Microsoft has changed the business model for its cloud gaming service. The company has decided to monetize actual gaming time. Beginning in November, Game Pass subscribers will have new monthly limits on their total cloud gaming playtime. Once they reach these limits, players will be prompted to purchase additional gaming hours from the Xbox Store to keep playing.

Game Pass Essential, Premium, and Ultimate subscribers will face monthly cloud playtime limits of five, 10, and 15 hours, respectively. The changes affect only Xbox Cloud Gaming, a feature included with Xbox Game Pass that lets subscribers stream and play games directly from Microsoft's servers over the Internet. Subscribers can still download and install as many Xbox Game Pass titles as they want on their consoles or gaming systems, with no monthly limits on playtime.

Needless to say, Microsoft's decision marks a drastic shift for Xbox Cloud Gaming, moving from an unlimited model to a capped-hour system. Under the current packages, Game Pass Essential, Premium, and Ultimate users pay $2, $1.50, and $1.53 per hour for Xbox Cloud Gaming, respectively. Despite announcing these changes, Microsoft has yet to disclose details regarding the pricing structure for additional playtime.

A hardcore gamer who subscribes to Xbox Game Pass Ultimate could easily average around 50 hours of cloud gameplay per month. For example, if they pay the highest rate ($1.53) for 35 overage hours, an Xbox Series S 512GB ($499.99) would pay for itself in under 10 months. Alternatively, the user could break even on an Xbox Series X 1TB ($749.99) in about 14 months.

These changes will significantly affect heavy cloud gamers who stream games regularly. Even the highest subscription tier, Game Pass Ultimate, now imposes a 15-hour monthly playtime cap. The limit is not even enough to complete one game per month. For instance, AAA titles such as Cyberpunk 2077 or Clair Obscur: Expedition 33 can take almost 30 hours to complete, even if you just stick to the main storyline.

Xbox Game Pass Pricing

The new policy introduces limits for frequent cloud gamers, but it also opens a new market for Microsoft: casual players who don't own a console or may not want to commit to a subscription but are willing to buy gaming hours to play select titles in the Xbox Game Pass library. Microsoft's decision ultimately transforms Xbox Cloud Gaming into an "à la carte" type of service where gamers buy cloud playtime hours as needed.

Microsoft attributes its recent policy changes to the rising infrastructure costs associated with maintaining the cloud server network. The company estimated only about 4% of its subscribers will be directly impacted by the new playtime limits. Therefore, it is reasonable to think that the other 96% of the user base do not use Xbox Cloud Gaming or stay under the monthly hour thresholds.

Over the past two years, Microsoft has implemented two price increases for Xbox Game Pass, with the most recent hike occurring in October of last year. Interestingly, despite the upward trend in pricing, the company made a surprising move by reducing the cost of Xbox Game Pass earlier this year. By shifting Xbox Cloud Gaming to a metered system, Microsoft may be trying to maintain profitability and subscriber retention.

But nothing about the timing appears coincidental. Grand Theft Auto VI, arguably the most anticipated title of the decade, will launch on November 19. Microsoft’s new Xbox Cloud Gaming policy is set to take effect in the very same month. Microsoft is strategically positioning the subscription service to capitalize on the massive surge of interest. The company likely wants to attract users who do not own a console or gaming system because of the ridiculous pricing but still want to play Grand Theft Auto VI.

Expanding your PlayStation 5's storage with the best PS5 SSDs in 2026 is no longer a luxury, but a necessity. Modern AAA games are only getting bigger and more demanding, which will saturate your console's internal storage system in no time. With Sony's decision to eliminate physical game discs, the need for a high-speed M.2 PCIe 4.0 NVMe SSD will be even more important in the future. Juggling a large number of games with just the console's internal storage will be a headache.

Investing in a quality M.2 SSD ensures you do not have to constantly go through the frustration of uninstalling games to make space for new ones or subsequently having to redownload hundreds of gigabytes to replay a previous game. Do not let your console's storage limitations hold you back from playing upcoming AAA releases.

Upgrading your PlayStation 5 with an M.2 SSD is a safe and effective way to expand your storage. It will not void the warranty, provided you use a compatible drive and take care not to damage your console physically during the installation process. Rest assured, as long as you proceed carefully and avoid any accidental damage, your warranty will remain intact. If you have already purchased, or are considering purchasing, an M.2 SSD for your PlayStation 5, let our step-by-step guide take you through every part of the installation process.

Tools Needed To Install a PS5 SSD

• #1 Phillips screwdriver
• PCIe 4.0 x4 NVMe SSD with a minimum sequential read of 5,500 MB/s and a built-in or aftermarket heatsink

1. Prepare your PlayStation 5 for installation.

Carefully disconnect both the HDMI and power cables from your PlayStation 5. Detach it from the stand if you are using it. Next, place your console horizontally on a flat surface to make the upgrade process easier and prevent accidental damage.

If you are worried about scratching the console, you can put something like an anti-static mat or a simple piece of cardboard or paper under it. Avoid soft fabrics, such as microfiber cloths or towels, that can generate static electricity when they come into contact with plastic.

2. Remove the cover to get inside the PlayStation 5.

Before you begin working on your PlayStation 5, touch a grounded metal object to discharge any static electricity from your body safely. Then, position your console so the PlayStation logo faces down and the rear ports point directly toward you. Firmly hold the console in place with one hand and, using your other hand, locate the right-bottom corner of the top cover. Gently lift it upward while simultaneously sliding the cover to the left.

For the PlayStation 5 Slim and PlayStation 5 Pro: Similar to the vanilla version, position the console so that the rear ports face toward you, and the larger cover is on your left. Grip the top edge of the smaller cover gently and pull upward until you hear a pop, which signals that the internal clips have released.

3. Remove the metallic cover to access the PlayStation 5's SSD expansion slot.

Using a #1 Phillips screwdriver, carefully remove the screw securing the expansion slot cover on your PlayStation 5. Lift and remove the expansion slot cover to expose the M.2 SSD expansion slot.

4. Prepare for SSD installation.

With the same #1 Phillips screwdriver you used earlier, remove the screw and spacer from the expansion slot. Next, check your SSD to determine its form factor. The PlayStation 5 supports the following M.2 SSD form factors: 2230, 2242, 2260, 2280, and 22110. Relocate the spacer to the correct position in the slot that matches the length of your SSD.

5. Install the M.2 SSD into the expansion slot.

Align the notches on the SSD with the slot in the M.2 connector on your PlayStation 5. Tilt the SSD at a 30-degree angle and gently insert it into the connector. Once the SSD is securely in place, press it down with your thumb. Fasten the drive in place using the screw you previously removed. Do not overtighten the screw as this may damage the drive or the expansion slot.

Sony does not include a heatsink for M.2 SSDs in the PlayStation 5. There are many SSDs with PlayStation 5-compliant heatsinks on the market. Sony specifies a maximum thickness of 0.44 inches (11.25 mm) for the SSD including the heatsink.

However, if you go with a bare M.2 drive, you will have to pick up an aftermarket heatsink, such as the Sabrent M.2 NVMe PS5 Heatsink (SB-PSHS) for $13.99. Before purchasing any heatsink, double-check that it is fully compatible with your PlayStation 5 model.

6. Install an aftermarket heatsink, when applicable, on the SSD.

Tilt the heatsink at a 30-degree angle, just as you did with the SSD, and align the notches on the heatsink with the corresponding space. Insert it into position so that it sits flush over the SSD. Use one finger to apply a little bit of downward pressure to keep the heatsink in contact with the SSD, then tighten the screw. Reinstall the cover, and you are almost home free.

7. Format the SSD.

Reconnect all the cables and power on your console. Upon startup, your PlayStation 5 will automatically detect the new SSD. A prompt will appear on the screen, instructing you to format the SSD before you can use it for game installations or data storage.

With your brand-new SSD installed and properly formatted, you are now ready to enjoy the latest AAA games on your PlayStation 5 without having to worry about storage constraints ever again.

Names like Sugon or Hygon may not appear on lists of the best CPUs since they often fly under the radar. However, that does not mean they are not making substantial strides in China. According to the latest ITHome report, Sugon has recently teased an upcoming mobile workstation (MWS) designed to push the boundaries of AI performance. The next-generation device boasts a powerful domestic 64-thread processor paired with 16GB of VRAM, a combination that delivers up to 50 tokens per second on local 35B MoE AI models.

Sugon’s device is closer to a traditional laptop form factor rather than those pseudo-portable workstations we have seen over the years that look more like a desktop stuffed inside a suitcase. The mobile workstation is 0.665 inches (16.9 mm) thick, so it is right in line with the thin and lightweight premium laptop category, only slightly thicker than ultrabooks.

Sugon, a prominent Chinese supercomputer manufacturer, does not actually produce processors. Last year, Sugon attempted to merge with Hygon, which originated from a joint venture between AMD and Chinese partners, in hopes of creating a domestic server superpower to rival global giants such as HPE and Dell, but the deal did not go through. Nonetheless, the failed merger did not alter the already close relationship between Sugon and Hygon, with the former already being the latter's largest shareholder.

Sugon did not officially disclose which processor will power the mobile workstation. However, the manufacturer will likely source it from its long-time partner, Hygon. Sadly, knowing the chip has 64 threads does not give us a complete picture of which processor model is inside Sugon's device. For several years, Hygon has offered processors with designs up to 32 cores and 64 threads. Four generations of Hygon chips, spanning from the C86-1G to the C86-4G series, leveraged licensed Zen IP from AMD.

Alternatively, Sugon’s mobile workstation may tap Hygon's latest C86-5G chips. These processors are particularly interesting because Hygon claims they utilize a “new self-developed microarchitecture,” signaling the departure from AMD's Zen microarchitecture. The new C86-5G series, which supports AVX-512, features a four-way simultaneous multithreading (SMT4) configuration, or in other words, four threads per core. If Sugon’s mobile workstation is indeed equipped with one of these chips, it would likely be a 16-core, 64-thread configuration that could provide decent processing power for AI.

The small teaser specifically highlights the inclusion of 16GB of VRAM. The small detail clearly indicates the mobile workstation will come equipped with a discrete graphics card instead of integrated graphics. According to the vendor, the combination of the 64-thread processor and the mysterious 16GB discrete graphics card will deliver AI inference performance that is between 3X and 5X faster than mainstream products currently available on the market.

The performance figures being thrown around are up to 50 tokens per second when running a massive 35-billion-parameter Mixture of Experts (MoE) model locally. By comparison, standard cloud APIs typically offer throughput ranging from 30 to 80 tokens per second. If Sugon can deliver on its promise, its mobile workstation could be a true game-changer for AI workloads.

Sugon has not revealed the availability or pricing for the forthcoming mobile workstation. Given the current pricing for memory and storage products, we expect the mobile workstation to cost a small fortune.