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Why 8GB of VRAM Is No Longer Enough for Gaming
Not long ago, 8GB of VRAM was seen as the sweet spot for midrange gaming. But today, it’s starting to show its limits. As new games push for higher resolutions, more detailed textures, and advanced effects like ray tracing, the pressure on GPU memory is increasing fast. If you’ve noticed stuttering, texture loading issues, or sluggish performance in recent titles, your graphics card's VRAM could be the reason. This article explains what VRAM does, why 8GB is no longer sufficient, and what kind of upgrade makes sense if you want to keep up with modern games.
What is VRAM and why is it important for gaming?
VRAM, or video RAM, is the dedicated memory built into your graphics card. It stores the visual assets your GPU needs to render each frame, including textures, shadows, lighting data, and other graphical elements.
Here’s why VRAM matters:
* It allows your GPU to quickly access large amounts of visual data without needing to reach into slower system memory.
* Higher resolutions, detailed textures, and visual effects all consume more VRAM.
* When your VRAM is full, the GPU starts offloading data to system RAM, which leads to lower performance and stuttering.
In short, VRAM acts as a workspace for your GPU. If that workspace is too small, your game will suffer. Older titles may still run fine on 8GB, but recent AAA games are already pushing well past that threshold, even at 1080p.
Why 8GB of VRAM is no longer enough
For years, 8GB of VRAM was enough to handle most games at 1080p with high settings. But that standard is quickly becoming outdated. Modern games are more demanding, not just in graphics complexity but in how they manage assets in memory. Titles like Final Fantasy XVI, Hogwarts Legacy, and The Last of Us Part I regularly use more than 8GB of VRAM, even at 1080p or 1440p with medium settings.
Here's what happens when you run out of VRAM:
* Textures start loading late or appear blurry.
* Games begin to stutter, especially during scene transitions or combat.
* Some titles crash outright or refuse to load at certain settings.
These aren't rare edge cases, they're increasingly common. Many new games are optimized with 10 to 12GB or more in mind, especially those that support ray tracing, high-resolution textures, and real-time rendering effects. As developers push for more realistic environments and cinematic fidelity, 8GB cards are starting to buckle under the pressure.
Why an upgrade is becoming necessary for AAA gaming
If you're aiming to play upcoming AAA games at 1080p or 1440p with decent visual settings, an upgrade is no longer optional—it’s necessary. Developers are designing games with next-gen hardware in mind, and minimum system requirements are shifting to reflect that. In some cases, even dropping settings to medium doesn’t prevent stutters if your VRAM is capped out.
Gamers who plan to keep their GPU for the next few years will need enough headroom to avoid problems with future titles. Investing in more VRAM isn’t just about performance today. It’s about ensuring your system can handle what’s coming next without compromise.
To put it simply: 8GB cards are starting to hit a wall. If you're buying a new GPU in 2025, treating 8GB as the baseline is no longer realistic. Going higher gives you smoother gameplay, better textures, and more consistent performance over time.
What is the VRAM sweet spot for future-proof gaming?
If you're buying a new graphics card in 2025, the smart move is aiming for a GPU with at least 12GB of VRAM, ideally 16GB. This isn’t about chasing max specs, it's about staying ahead of games that are quickly pushing past the 8GB ceiling.
Here’s why 12–16GB is the current sweet spot:
* Most modern AAA titles already use 10–12GB at 1440p with high or ultra settings.
* Ray tracing, high-resolution textures, and larger world assets demand more memory than previous generations.
* DLSS and other upscaling technologies still consume VRAM, even while improving performance.
* A 12GB or 16GB card offers enough headroom to avoid sudden stutters, crashes, or needing to drastically reduce settings in the near future.
You don’t need to go overboard with a high-end GPU just for the sake of it, but you should avoid underpowered cards that will age out quickly. A 16GB GPU might cost slightly more today, but it could save you from needing another upgrade just a year or two down the line.
If you're gaming at 1440p or plan to hold onto your card for several years, 12 to 16GB is no longer a luxury, it’s the new baseline for a smooth and stable gaming experience.
Ready to upgrade?
If you're looking to future-proof your setup, don’t settle for a GPU that’s already running out of headroom. Whether you’re diving into the latest AAA games or prepping for what’s around the corner, a desktop with 12GB to 16GB of VRAM is the smart choice.
Acer’s Predator desktops are built with serious gamers in mind. With options that pair high-performance GPUs with ample VRAM, fast processors, and optimized cooling, you can game with confidence for years to come.
Explore the latest Predator desktops and make sure your next rig is ready for the future.
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How to Score Your PCs Health Using the Windows Experience Index
If you’ve ever wondered how your PC performs under the hood—how fast your processor is, whether your graphics card can handle modern workloads, or if your storage is slowing everything down—the Windows Experience Index (WEI) is a powerful tool to understand your system’s overall “health.” While it’s not as prominently featured in modern versions of Windows as it once was, the WEI is still accessible, and you can score your PC's performance easily using PowerShell.
In this guide, we’ll walk you through:
* What PC health really means in the context of performance
* How the Windows Experience Index ranks your PC
* How to generate your own WEI score using PowerShell
By the end, you’ll be able to assess your system and know exactly where its strengths and weaknesses lie.
What is PC health? (understanding the Windows Experience Index)
“PC health” can refer to a lot of things—system stability, security, update status—but in this context, we’re talking specifically about performance. Microsoft’s Windows Experience Index provides a score based on how well your computer’s key components perform. It measures:
* Processor (CPU) – Calculated based on how many operations per second your CPU can handle
* Memory (RAM) – How quickly your system can access data in memory
* Graphics – Performance of your desktop graphics, usually related to Windows UI rendering
* Gaming graphics (GPU) – Capability for 3D business and gaming graphics
* Primary hard disk (disk transfer rate) – Measures read/write speeds of your storage drive
Each component is scored from 1.0 to 9.9, and the overall base score is determined by the lowest subscore, not an average. This gives you a quick way to identify the weakest link in your PC’s performance.
Though the WEI interface was removed from the Control Panel after Windows 7, the scoring system still exists in Windows 10 and Windows 11—you just need a different way to access it.
How can I rank my PC’s healthiness?
To rank your PC’s performance using the Windows Experience Index, you can use a built-in Windows tool called WinSAT (Windows System Assessment Tool). This tool still runs behind the scenes in Windows and can be triggered manually to generate performance scores.
Here's the process:
* Run the WinSAT assessment
* Access the results
* Interpret your score
All of this can be done using Windows PowerShell, a command-line tool that comes with Windows.
Step-by-step: how to check your PC’s WEI score using PowerShell
Let’s walk through the process.
Step 1: Open PowerShell as administrator
* Press Windows + S and type PowerShell
* Right-click Windows PowerShell and choose Run as administrator
You need administrator privileges to run the WinSAT tool.
Step 2: Run the Windows System Assessment Tool
Type or paste the following command into PowerShell and press Enter: winsat formal
This command runs a full system assessment, testing your CPU, memory, graphics, and disk performance. It might take a couple of minutes to complete. If you are running it on a laptop, ensure that it is plugged in as a formal assessment cannot be run while running on batteries.
You’ll see various benchmarks being run, such as:
* CPU performance
* Memory throughput
* Video encoding
* Disk I/O
Once complete, the assessment results are saved to a system file.
Step 3: View the Windows Experience Index score
After the test finishes, you can retrieve the scores using PowerShell. Run: Get-CimInstance -Query "SELECT * FROM Win32_WinSAT"
You’ll see an output similar to:
Explanation:
* CPUScore: Processor performance
* D3DScore: 3D graphics performance (gaming)
* DiskScore: Disk data transfer rate
* GraphicsScore: Desktop graphics performance
* MemoryScore: RAM performance
* WinSPRLevel: The base score — the lowest subscore, which represents your PC's overall WEI
In the example above, the base score is 8.3, determined by the disk performance.
Step 4: Understand what your scores mean
Each component of the Windows Experience Index is scored on a scale from 1.0 to 9.9. Here's how to interpret the scores in plain text:
* Scores between 1.0 and 3.9 indicate low performance. A PC in this range may struggle with modern applications, multitasking, or high-definition media. It's best suited for very basic tasks like web browsing or word processing.
* Scores between 4.0 and 5.9 are considered moderate performance. These systems can handle general productivity tasks such as email, light web browsing, and office work, but they may not perform well with gaming, content creation, or multitasking under load.
* Scores between 6.0 and 7.9 reflect good performance. Most modern applications, including some light gaming or creative tools, will run smoothly. This is typical for mid-range desktops or laptops with SSDs and decent CPUs.
* Scores between 8.0 and 9.9 indicate high performance. These systems are built for demanding tasks like gaming, video editing, 3D rendering, and heavy multitasking. If your system is in this range, it’s considered high-end.
Use these benchmarks to decide where upgrades might be beneficial. For example:
* A low disk score usually means your storage drive is a bottleneck—an SSD upgrade can help.
* A low graphics or gaming score points to a weak GPU, especially for gamers or creative professionals.
* A low memory score suggests upgrading or expanding your RAM for better multitasking.
Bonus: where are the raw results stored?
If you're curious or want to save the results, you can navigate to the XML file where WinSAT saves its data:
* Location: C:\Windows\Performance\WinSAT\DataStore
* Look for a file named similar to: [Date] Formal.Assessment (Initial).WinSAT.xml
You can open this with a web browser or XML viewer to get detailed benchmarking data.
Final thoughts
Even though Microsoft no longer displays the Windows Experience Index in the UI, it’s still a useful tool buried inside Windows. With just a few PowerShell commands, you can get a reliable snapshot of your PC’s performance, identify bottlenecks, and determine where to focus your upgrade efforts.
By learning how to check your WEI score, you’re taking the first step toward optimizing your system, whether you’re a casual user, gamer, or content creator.
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Best Windows 11 Settings to Eliminate Distractions and Stay Focused
With advertisements, smartphones, and other external factors, it can be challenging to maintain focus while working on important tasks. Studies show that it takes around 23 minutes to refocus each time we are distracted, making it crucial for us to minimize distractions for maximum productivity. Workers in the United States lose an average of 1 hour 18 minutes per day, or almost 340 hours per year, to distractions, costing businesses an estimated USD 650 billion annually. Luckily, Windows 11 has various settings to eliminate interruptions and boost focus either at home or in the office.
1. Enable and customize Do Not Disturb mode
Do Not Disturb mode helps users focus on tasks by temporarily disabling notifications and alerts. Users can choose to switch on Do Not Disturb mode during certain hours of the day, allowing them to concentrate on tasks without unwanted interruptions.
Users can activate and customize Do Not Disturb mode by clicking Settings > System > Focus > and selecting the relevant options, such as hiding badges and flashing on taskbar apps. To review notifications received while Do Not Disturb was activated, simply open the Notification Center by pressing the Windows key + N.
2. Set priority notifications for essential apps
Notifications inform users about important updates and messages like new emails or calendar reminders. This makes it easy to remember commitments and task deadlines without manually checking. Notifications can be annoying and distracting during times of intense focus, making the Do Not Disturb function a handy tool. However, it may be necessary to activate notifications for essential calls, reminders, and apps. To do this, click Settings> Notifications > Set priority notifications.
3. Use Focus Sessions with the Pomodoro technique
Windows 11 Focus Sessions help users curb distractions while working. When a focus session is underway, a timer will appear on the screen, app alerts will not flash, and Do Not Disturb will turn on. Users can set the clock for the number of minutes they wish to concentrate on a specific task, helping to boost their focus in short bursts.
The popular Pomodoro technique includes a 25-minute stint of deep work, followed by a five-minute break, repeating 2-4 times before taking a longer break of 15-20 minutes. This helps to prevent burnout and increases productivity during structured and focused work intervals.
4. Hide the taskbar to minimize visual temptations
While the taskbar is a crucial component of Windows, it can also be incredibly distracting when notifications pop up. Users can hide the taskbar by right-clicking a space on the taskbar, clicking Taskbar settings > Taskbar behaviors > Automatically hide the taskbar. To show the taskbar again, follow these instructions and uncheck the Automatically hide the taskbar option.
5. Hide desktop icons for a cleaner workspace
Just like a messy room can prevent us from relaxing or concentrating, a disorganized desktop can hinder our productivity. An organized and streamlined workspace helps us navigate our devices more efficiently and improves the overall user experience. Hiding desktop icons creates a more professional appearance and can boost our focus. Users can temporarily hide desktop items by right-clicking the desktop > view > uncheck Show desktop icons. To show them again, follow these instructions and re-check Show desktop icons.
6. Use PowerToys Awake to prevent sleep interruptions
The Windows 11 PowerToys Awake function is designed to keep a computer awake without manually managing its power and sleep settings. This prevents the device screen from turning off unexpectedly during long work sessions. To activate PowerToys Awake, check the Enable Awake toggle in the PowerToys Settings. There, users can also choose to keep the device awake indefinitely or during a specific time interval.
7. Create and use virtual desktops for task separation
Desktops contain different groups of apps or content for specific purposes. Users can set multiple desktops to keep activities separate and enhance productivity. This puts clear boundaries between work and personal applications, making it easier to switch off after hours. Moreover, users can use separate desktops to manage projects more efficiently by dedicating a desktop to each task. Compartmentalizing the desktop in this way reduces clutter and distractions, making it a handy way to remain focused. To create a new desktop, open task view by pressing the Windows key + Tab > New desktop > rename the desktop if required.
8. Turn off notification badges on taskbar apps
Taskbar badges are small notifications or icons that appear on taskbar buttons to alert users about an update within an application. This could be, for example, a message or a missed call on Microsoft Teams, and is a quick way to check for activity without opening the app. However, notification badges can also be distracting. Users can disable notification badges on taskbar apps by right-clicking the taskbar and selecting Taskbar settings > Taskbar behaviors > uncheck Show badges on taskbar apps.
9. Enable Night Light to reduce eye strain
Computer screens emit blue light which is harmful to our eyes. Digital eye strain from prolonged computer use can be uncomfortable and cause discomfort, fatigue, and blurry vision. The Night Light function in Windows 11 helps protect the eyes during long computer sessions by changing the colors on the screen. To activate the night light, go to Settings > System > Display > Night light. Here, users can also manually adjust the strength and timing of the night light.
Skyrocket your focus with Windows 11
Committing to long periods of intense focus is hard when surrounded by distractions. Even offices and designated workspaces are rife with non-stop interruptions like office chatter, phones ringing, and music. Windows 11 devices offer various settings to eliminate distractions like notifications, alerts, and disorganized desktops. This enhances focus and productivity, while the Night Light setting protects our eyes from harmful blue light. Check out these helpful settings and skyrocket your focus today.
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How to Disable Superfetch (Sysmain) in Windows 11
Windows 11 is built for speed and efficiency, but not every background service helps every user. One service that often comes up in performance discussions is Superfetch, now known as SysMain. While it’s designed to improve performance on most systems, some users find it causes high disk or CPU usage instead. If you're one of them, disabling Superfetch could be a helpful tweak.
This guide covers:
* What Superfetch is and what it does
* Whether it’s safe to disable Superfetch
* How to disable it using the terminal (Command Prompt or PowerShell)
* How to disable it via the Services Manager
What is Superfetch and what does it do?
Superfetch, renamed SysMain in newer versions of Windows, is a Windows background service that analyzes your usage patterns over time and preloads frequently used apps into memory. The idea is to make programs launch faster by having them partially loaded into RAM before you even open them.
Key functions of Superfetch/SysMain:
* Preloads commonly used applications into memory
* Improves boot times over time by optimizing startup processes
* Continues to run in the background to adjust preloading based on changing user behavior
While this can be helpful on systems with abundant RAM, it may become problematic on lower-end machines or those using slower storage, such as HDDs. Many users report high disk usage caused by SysMain, especially immediately after boot-up.
Is it safe to disable Superfetch?
Yes, it is safe to disable Superfetch (SysMain)—especially if you're experiencing high disk or CPU usage. Disabling it won’t harm your system or cause instability. However, you might notice:
* Slightly slower launch times for frequently used apps
* A marginally slower boot time, especially if your system previously benefited from SysMain's optimizations
If your PC has a modern SSD and plenty of RAM, you’re unlikely to notice any negative impact from disabling it.
How to disable Superfetch (SysMain)
You can disable Superfetch in two ways:
1. Disable Superfetch via the terminal
You can use either Command Prompt or PowerShell for this method.
Step-by-step:
* Press Windows + S, type PowerShell, then right-click and choose Run as administrator.
* To stop the service immediately, enter: Stop-Service -Name "SysMain" -Force
* To prevent it from starting again on reboot, run: Set-Service -Name "SysMain" -StartupType Disabled
This stops SysMain instantly and disables it from starting automatically in the future.
2. Disable Superfetch via Services Manager
If you prefer a graphical interface:
Step-by-step:
* Press Windows + R to open the Run dialog
* Type services.msc and press Enter
* In the Services window, scroll down and find SysMain
* Right-click SysMain and select Properties
* In the Startup type dropdown, select Disabled
* Click Stop to halt the service immediately
* Click Apply, then OK
This method is especially useful if you want to re-enable the service later without using the terminal.
How to enable Superfetch (SysMain)
If you want to turn Superfetch back on later, you can easily re-enable it using the same tools.
1. Enable Superfetch via the terminal
Steps:
* Open PowerShell or Command Prompt as Administrator
* Set the service to start automatically: Set-Service -Name "SysMain" -StartupType Automatic
* Then start the service immediately: Start-Service -Name "SysMain"
SysMain will now run and load at startup like before.
2. Enable Superfetch via Services Manager
Steps:f
* Press Windows + R, type services.msc, and press Enter
* Locate and double-click SysMain
* Set Startup type to Automatic
* Click Start to launch the service
* Click Apply, then OK
This reactivates the service and allows it to run normally.
Final thoughts
Superfetch (SysMain) is a legacy performance optimization tool designed to improve app responsiveness over time. But on some systems, especially those with older hardware, it can cause more harm than good. If you’re dealing with persistent disk usage issues or system slowdowns after startup, disabling SysMain is a safe and effective troubleshooting step.
With both command-line and graphical instructions provided, you now have everything you need to take control of SysMain on your Windows 11 PC.
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Best Hunting Games to Play in 2025
Hunting simulators offer immersive experiences blending realism, strategy, and excitement. Whether exploring wilderness landscapes or fantastical settings, these games provide unique adventures for every hunting enthusiast. Here are the best hunting games to play in 2025.
1. Way of the Hunter
Way of the Hunter by Nine Rocks Games is a realistic hunting simulator offering a fresh and thoughtful experience. While it competes with the long-time favorite The Hunter: Call of the Wild, it stands out through its grounded gameplay and ethical focus.
The story follows a young man taking over his grandfather's hunting business. Simple and told through letters, the narrative serves as a functional backdrop. Voice acting, music, and comic-style art add charm to the missions.
Ethical hunting is a core feature. Players track animals using natural signs like broken branches or chewed trees rather than glowing indicators. On higher difficulties, animals detect players from up to 300 meters, requiring stealth and patience. Hiker mode provides an easier option for newcomers.
Gunplay is satisfying, with realistic bullet physics and a variety of licensed rifles and gear. The maps—set in the U.S., Alaska, South Africa, and Romania—are visually stunning. Nez Perce Valley and Transylvania are especially vast, each spanning 100 square kilometers.
The evolving animal population system encourages long-term play. Animals are randomly placed at first, and younger ones grow into potential five-star trophies over time. This adds variety and strategy to each hunt.
Some technical issues exist—like graininess at 1080p or performance dips on weaker PCs—but can often be fixed with settings tweaks. On high-end systems, the game runs smoothly and looks impressive.
Overall, Way of the Hunter may have less content than The Hunter: Call of the Wild, but it delivers a deeper, more immersive hunting experience. For players who want realism and challenge, it's a top-tier choice.
2. Prehistoric Hunt
Prehistoric Hunt is a dinosaur hunting simulator that offers a unique and engaging experience in the genre. Released in early access in 2020, it has received mixed reviews, but its steady stream of updates and active developer support show strong long-term potential.
Players begin with basic weapons like a 1911 pistol and a World War II-era rifle. As they complete successful hunts, they earn credits that can be used to unlock more powerful firearms, such as the .50 cal and 700 Nitro. This progression system rewards skill and persistence, giving players a tangible sense of growth.
The core gameplay revolves around tracking and hunting a variety of dinosaur species, including dangerous predators like the T-Rex, Utahraptor, and Giganotosaurus. Players can also take on contracts and missions, which add structure and clear goals to each expedition. The map is large and filled with diverse terrain, encouraging exploration and strategic planning.
Multiplayer support for up to 12 players adds a collaborative dimension to the game, making it even more enjoyable with friends. Additional features include a dinosaur tracking system, loot crates with useful items like ammunition and health packs, and fast travel options to help players move quickly across the map.
While the graphics aren’t cutting-edge, the solid gameplay mechanics and consistent updates make Prehistoric Hunt a compelling choice for fans of the genre. The blend of a unique dinosaur theme, rewarding progression system, and ongoing improvements creates a dynamic and enjoyable hunting experience that continues to evolve over time.
3. theHunter: Call of the Wild
theHunter: Call of the Wild is widely regarded as one of the most immersive and visually stunning hunting games available. Its environments are breathtaking, transporting players to lifelike locations such as the snow-covered Yukon, the Rocky Mountains, and the mangrove forests of Northern Australia. The attention to detail in these landscapes creates a deeply engaging, almost meditative experience.
Beyond visuals, the game offers a compelling story mode that brings meaning to each hunt. From battling anthrax outbreaks in Siberia to helping wildlife wardens in the Rockies, the narratives are well-researched and add purpose to your actions. While most story content is locked behind paid expansions, they are generally seen as worthwhile by the community.
Content longevity is another major strength. Developed by Expansive Worlds, Call of the Wild has received continuous updates for over six years, including new animals, gear, and gameplay improvements. These regular updates keep the experience fresh for both new and returning players.
The game’s pricing model is also friendly to newcomers. Frequent sales and a modular DLC system make it easy to start with the base game and build your collection over time. This flexible approach makes it more accessible than many other games in the genre.
With nearly 20 hunting reserves and a wide selection of weapons—ranging from bows and shotguns to long-range rifles—Call of the Wild offers deep replayability. Each location introduces new wildlife and terrain-based challenges, encouraging players to adapt and refine their strategies.
Finally, the community around Call of the Wild is generally welcoming and supportive. Many players have developed friendships and shared knowledge through forums and multiplayer sessions, adding a social layer to the solo hunting experience.
theHunter: Call of the Wild is a top-tier hunting simulator. Its combination of jaw-dropping environments, meaningful missions, long-term support, accessible pricing, diverse gameplay, and positive community makes it a standout choice for both casual players and hardcore enthusiasts.
4. Red Dead Redemption 2
While Red Dead Redemption 2 is best known as an action-adventure game set in a Western frontier, its hunting system is one of the most immersive and well-crafted mechanics in the genre. Rockstar Games designed the hunting experience with an impressive level of detail, mirroring the complexity of real-life tracking and harvesting.
Players must approach animals with care to avoid detection, using baits, cover scents, and stealth tactics to increase their chances of a clean kill. Choosing the right weapon is crucial—not just for success, but to preserve the quality of pelts, which directly affects their value. Tools range from bows and knives for silent kills to scoped rifles for long-range shots. This level of choice adds strategic depth to every hunt.
The game features over 200 animal species, including 16 legendary animals with unique behaviors and habitats. These creatures don’t just populate the world—they interact with it. You might witness two bucks locking antlers or a cougar ambushing an elk, thanks to an advanced AI system that creates a dynamic ecosystem.
Hunting isn’t just for sport. Skinned animals yield resources that can be sold to butchers, fences, or the trapper. Legendary pelts can be turned into custom outfits, trinkets, and talismans, giving players both practical and cosmetic rewards. The process of skinning is depicted with detailed animations, often showing Arthur Morgan’s hands covered in blood—a testament to the game’s commitment to realism.
Red Dead Redemption 2 also emphasizes ethical hunting. Players are penalized for cruelty or over-hunting, reinforcing a thoughtful approach to wildlife management. Optional hunting missions with fellow gang members add even more variety and purpose to the experience.
Hunting in Red Dead Redemption 2 is more than a side activity—it’s a core part of the journey. The blend of realistic animal behavior, diverse tools, environmental strategy, and ethical considerations makes it one of the most rewarding and immersive hunting systems in any video game.
5. Monster Hunter Wilds
Monster Hunter Wilds takes the franchise’s iconic loop of tracking, fighting, and harvesting monsters and reimagines it in a way that’s more seamless, accessible, and engaging than ever before. While the game does ease up on difficulty compared to previous entries, it still offers one of the most satisfying and fluid hunting experiences available today—making it a top contender for the best hunting game of 2025.
One of its biggest strengths is the open and interconnected world. Gone are the days of returning to a hub town after each hunt. In Wilds, players can move freely across vast biomes—from volcanic basins to frozen mountaintops—without any major loading screens. These areas also feature dynamic weather cycles that alter the visual atmosphere and influence which monsters appear, adding a living, breathing quality to every expedition.
Combat in Wilds has also been meaningfully refined. Movement is more flexible, animations are smoother, and the new Focus Mode adds depth by letting players target and exploit monster weak points. Each wound can be broken and exploited for increased damage, and every weapon features a Focus Strike to instantly break those wounds—making tactical precision more important than ever.
While longtime fans may find the base game’s difficulty underwhelming—especially since many hunts can be completed without major setbacks—there’s still plenty of fun to be had thanks to great monster design, satisfying gear progression, and fluid gameplay systems. The monster roster includes returning favorites like Gore Magala and impressive newcomers such as the flaming, tentacled Nu Udra. And the hunt never feels repetitive thanks to improved AI companions, cross-play multiplayer, and smoother progression loops.
What solidifies Monster Hunter Wilds as a standout hunting title in 2025 is its long-term content roadmap. Capcom has confirmed that the game will receive ongoing updates post-launch. As of April 2025, they’ve added fan-favorite Mizutsune, with more on the way—including Lagiacrus and tougher Arch-Tempered versions of existing monsters. These additions will introduce the kind of difficulty and replay value that veteran players crave while steadily expanding the game's scope for all players.
Lastly, Wilds delivers some of the most robust customization and accessibility tools in the series to date. Players can switch between two weapons mid-hunt, fine-tune UI elements, change mount and tent visuals, and even customize armor appearances. Whether you're hunting solo or partying up with friends via cross-play, Wilds gives you the tools to play your way.
While Monster Hunter Wilds may feel less challenging out of the gate, its streamlined design, evolving world, and strong post-launch support make it one of the most rewarding and approachable hunting games of the year. With Capcom continuing to roll out new monsters and content, Wilds is only going to get better—and that’s why it belongs on any list of 2025’s best hunting games.
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How to Hide Files on Chromebook/Chromebook Plus
Hidden files on Chromebook and Chromebook Plus are just like standard files, except with the hidden attribute activated. This means they are intentionally invisible to casual users when browsing through files, ensuring they remain unseen. Users may choose to manually hide sensitive information or other files they wish to keep private, helping them manage their privacy more efficiently. This trick can be particularly useful on shared computers with multiple users.
How to hide files on a Chromebook or Chromebook Plus
Anyone can hide files on a Chromebook or Chromebook Plus. To do this, follow the steps below.
* Open Files
* Click the three dots
* Select Show hidden files
* Right-click the file you wish to hide
* Select Rename
* Type a period before the file name
* Click the three dots
* Uncheck Show hidden files. The selected file will now be hidden from view.
How to see hidden files on a Chromebook or Chromebook Plus
Users who have concealed sensitive data like company information may need to access hidden files to conduct financial audits or other responsibilities. To view hidden files, follow the steps below:
* Open Files
* Click the three dots at the top
* Select Show hidden files. The files should now be visible.
A friendly reminder about hidden files
While activating the hidden attribute makes files invisible to regular users, remember that anyone can view hidden files using the method above. This means that although files are concealed, they are never truly hidden, so it is better to be mindful when hiding files on a shared computer.
Hidden files on a Chromebook or Chromebook Plus: the takeaway
Users can choose to manually hide sensitive files on a Chromebook or Chromebook Plus from others, which may be beneficial on shared computers or company devices with multiple users. However, it is important to remember that files can be easily hidden and made visible using the instructions in this article, so be wary when hiding files on shared devices.
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