Raidmax Computex 2026 showcase introduced a range of new PC cases and cooling products aimed at gamers, enthusiasts, and PC builders looking for better performance and modern designs.
One of the biggest highlights from the Raidmax Computex 2026 showcase was the company’s new liquid cooling lineup. The LA360 Digital and LA240 Digital all-in-one coolers feature built-in LCD displays that show real-time CPU temperatures. The pump block and cooling fans also include ARGB lighting, giving users both useful information and attractive visual effects. Raidmax will also offer versions without the LCD display, replacing it with an ARGB lighting design. Both black and white colour options will be available.
The Raidmax Computex 2026 showcase also featured the AC1226 air cooler. This dual-tower CPU cooler uses six direct-touch copper heat pipes and two ARGB PWM fans to deliver strong cooling performance for modern processors.
On the chassis side, Raidmax presented the A700 and i700 cases. Both models share the same internal structure but target different types of users. The A700 focuses on airflow with a full mesh front panel, while the i700 offers a cleaner look with pillarless tempered glass panels. Both cases use a dual-chamber layout that provides plenty of space for large graphics cards, tall CPU coolers, storage drives, and cable management.
Another product displayed during the Raidmax Computex 2026 showcase was the i821 mid-tower case. It features a spacious interior, a seamless tempered glass design, and a stylish dark wood accent on the front panel. The case also includes side ventilation to support radiator installation.
Raidmax also introduced the i610 Vibe, a modern mid-tower case that combines tempered glass with wood trim accents. The chassis supports CPU coolers up to 175 mm tall and graphics cards up to 400 mm long, making it suitable for high-performance gaming systems and workstation builds.
Completing the lineup was the H800 mid-tower case. This model combines strong airflow with a panoramic design. A slanted row of intake fans at the bottom works alongside mesh ventilation to improve cooling while still showing off internal components.
The Raidmax Computex 2026 showcase demonstrated the company’s focus on offering a wider selection of products for PC builders. From LCD-equipped liquid coolers to airflow-focused cases and premium tempered glass designs, the new lineup provides options for users with different performance and style requirements.
AMD has officially introduced the new Ryzen AI Max 400 series processors, bringing an upgraded version of the “Strix Halo” platform focused on AI workloads and high-end performance. The new chips improve memory support, AI power, and graphics speeds while keeping the same powerful hybrid design introduced with the Ryzen AI Max 300 series.
The biggest change in the Ryzen AI Max 400 lineup is memory support. AMD has upgraded the memory controller to handle up to 192GB of LPDDR5X memory, which is a major jump from the previous 128GB limit. This improvement is especially important for AI developers and users working with large language models and heavy AI tasks.
AMD also allows users to manually divide memory between the system and the integrated graphics. The iGPU can now use up to 160GB of video memory, which could help with demanding AI and graphics workloads.
The Ryzen AI Max 400 series combines up to 16 Zen 5 CPU cores with a large integrated GPU based on the RDNA 3.5 graphics architecture. The built-in graphics feature up to 40 compute units, making these processors powerful enough for gaming, creative work, and AI processing without needing a separate graphics card.
The updated chips also receive small but useful speed improvements. GPU boost clocks now reach up to 3.00 GHz compared to 2.90 GHz on the previous generation. CPU boost clocks now go as high as 5.20 GHz, while the upgraded NPU delivers up to 55 TOPS of AI performance, offering around 10% better AI processing power than before.
AMD introduced three models in the new series. The Ryzen AI Max+ PRO 495 sits at the top with 16 cores, 32 threads, boost speeds up to 5.20 GHz, a full 40 CU GPU, and 55 TOPS AI performance.
The Ryzen AI Max PRO 490 comes with 12 cores and 24 threads, boost speeds up to 5.00 GHz, a 32 CU integrated GPU, and up to 50 TOPS AI performance.
Meanwhile, the Ryzen AI Max PRO 485 features 8 cores and 16 threads with the same 32 CU graphics and 50 TOPS AI engine.
AMD says the new processors are designed for advanced AI development platforms and professional systems with AMD PRO features that compete directly with Intel vPro technology. Consumer versions are also expected later this year.
One of the most important benefits of the new 192GB memory support is the ability to run massive 300B+ parameter AI models directly on supported systems. This could make the Ryzen AI Max 400 series attractive for AI developers, researchers, and workstation users looking for strong local AI performance without relying entirely on cloud hardware.
GAMEMAX Vista 2 AB is the latest gamingcase from GAMEMAX. The company has improved a lot over the years. One thing that makes this review special for me is that the GAMEMAX Vista COC was one of the first PC cases I ever reviewed. Since then, I have reviewed many GAMEMAX products, including cases, coolers, and power supplies. It has been nice to see the brand slowly improve its designs and overall quality with time.
The Vista 2 AB follows the modern fish-tank style design that many PC builders like today. It comes with large 270-degree tempered glass panels that give a clear view of the hardware inside. The case also includes three pre-installed ARGB PWM fans, which is good to see at this price range. GAMEMAX has also focused on airflow and cable management to make the Vista 2 case look cleaner and perform better.
On paper, the Vista 2 AB looks promising for gamers and PC builders who want both good looks and cooling support. In this review, I will take a closer look at its design, airflow, cooling support, and overall user experience.
Unboxing
The GAMEMAX Vista 2 AB comes inside a large brown cardboard box. Both the front and back sides of the box have a simple printed design showing the case along with the GAMEMAX branding and model name. The packaging looks clean and simple.
Inside the box, the Vista 2 case was packed safely between thick foam blocks from both sides. The case was also wrapped in a plastic cover to protect it during shipping. Even with the large tempered glass panels, the case arrived safely without any damage or cracks during delivery.
GAMEMAX also includes all the important accessories needed for installation. Inside the accessory pack, you get:
The included remote controller can be used to change RGB lighting effects, colours, and brightness easily. Overall, GAMEMAX provides enough accessories for a complete PC build experience right out of the box.
The GAMEMAX Vista 2 AB is available in two colour options, including black and white. The model I received is the black version. The case follows the modern fish-tank style design with dual tempered glass panels that give it a clean and premium look.
In terms of size, the case measures 433 × 210 × 485mm with the full chassis. It weighs around 7kg, which feels reasonable for a tempered glass ATX case. The overall size is large enough to support high-end hardware while still keeping a clean layout.
Starting from the left side, the Vista 2 case comes with a removable tempered glass side panel. This gives a clear view of the hardware inside and helps showcase RGB lighting nicely. At the bottom section, GAMEMAX has added a large mesh area for airflow. The front I/O panel is also placed here, which is a bit different compared to many traditional cases.
For connectivity, the front I/O includes:
1x USB 3.2 Gen 2 Type-C
2x USB 3.2 Gen 1 Type-A ports
1x Combo audio jack
LED switch button
Power button
The buttons feel decent during use, and having a Type-C port is a nice addition for modern devices.
Moving towards the front side, the Vista 2 case keeps the same clean design language. The large tempered glass panel continues here as well, giving the case its panoramic look. Unlike the side panel, the front glass panel is not removable. The lower section again uses a mesh design for airflow, while the GAMEMAX logo is placed neatly at the bottom-right corner. Overall, the front design looks simple, modern, and clean without unnecessary styling.
Moving to the top side, the GAMEMAX Vista 2 AB comes with a large mesh ventilation area. The design looks clean and simple. The mesh layout helps hot air escape easily from the case.
GAMEMAX has also added a magnetic dust filter on the top. The filter can be removed easily for cleaning. This is useful for reducing dust inside the system over time.
After removing the filter, you can see the large ventilation openings underneath. The top section supports up to 3x120mm fans or 2x140mm fans. Users can also install radiators up to 360mm here. This gives good cooling support for high-end air coolers and AIO liquid coolers.
On the right side, the GAMEMAX Vista 2 AB comes with a removable metal side panel. The panel has a clean and simple look with a matte black finish.
GAMEMAX has also added a large ventilation mesh grille on this side. This mesh area is placed exactly where the motherboard-side fans are mounted inside the case. It helps fresh air enter directly towards the fans for better airflow and cooling performance.
At the rear side, the GAMEMAX Vista 2 AB comes with a standard layout. A pre-installed 120mm ARGB fan is already mounted at the back for exhaust airflow. The case supports up to seven PCIe expansion slots for graphics cards and other expansion devices.
The power supply mounts at the bottom of the case. GAMEMAX has also added a ventilated PSU area with a mesh design to improve airflow for the power supply. The rear section overall looks clean and simple.
Moving to the bottom side, the Vista 2 case comes with four large plastic feet. These feet lift the case slightly above the surface to improve airflow from underneath. GAMEMAX has also included a removable dust filter at the bottom for the PSU intake area. The filter can be removed easily for cleaning.
There are also dedicated mounting points for storage drives at the bottom section.
Interior
The left side tempered glass panel can be removed easily. GAMEMAX uses two thumb screws at the rear side. After removing them, the panel simply slides towards the back and comes off easily. This makes installation and cleaning much easier.
Looking inside, the GAMEMAX Vista 2 AB has a modern dual-chamber style layout. The interior space feels quite good for a mid-tower case. There is enough room for large hardware and clean cable management.
Starting with the motherboard tray, the case supports E-ATX, ATX, M-ATX, and ITX motherboards. The layout feels open and clean. GAMEMAX has also added multiple cable cutouts around the motherboard tray, making cable routing easier during installation.
On the side of the motherboard tray, the case comes with two pre-installed reverse Tornado fans. These fans work as intake fans and pull fresh air directly inside the case. At the rear, there is one standard Tornado exhaust fan pre-installed for hot air exhaust. In total, GAMEMAX provides three fans out of the box.
For cooling support, the case offers:
Radiator Support
Top: 120mm / 140mm / 240mm / 280mm / 360mm
Rear: 120mm
Fan Support
Top: 3x120mm or 2x140mm
Rear: 1x120mm (pre-installed)
Motherboard Side: 2x120mm (pre-installed)
PSU Shroud: 3x120mm
The top section has plenty of room for large liquid coolers. Users planning high-end gaming builds will appreciate the cooling flexibility here.
The case also comes with seven PCIe expansion slots and supports graphics cards up to 410mm in length. CPU air coolers up to 165mm in height are also supported.
Moving to the right side, the metal panel opens the same way as the tempered glass panel. Two rear thumb screws hold the panel in place, and after removing them, the panel slides towards the back and comes off easily.
Behind the motherboard tray, GAMEMAX includes three cable straps with GAMEMAX branding and logo. These straps are very useful for cable management and help keep the build looking cleaner.
The Vista 2 case also includes the GAMEMAX ARGB and fan control hub. This is similar to the hub seen previously in the GAMEMAX Leader 2, although that model used a white version. The hub is useful for controlling fan speed and ARGB lighting without extra accessories.
For front I/O connectivity, the cables include:
USB 3.2 Gen 2 Type-C connector
USB 3.2 Gen 1 Type-A connector
HD Audio connector
Front panel connectors
For storage support, the case supports:
2x 3.5-inch HDDs
2x 2.5-inch SSDs
Users can also mount 2.5-inch SSDs behind the motherboard tray. This helps keep the main chamber cleaner and improves cable management.
For the power supply, the case supports ATX PSUs up to 265mm in length. The PSU chamber has enough space for cable routing and larger power supplies without feeling too cramped.
Test build
For the test build, I assembled my main PC inside the GAMEMAX Vista 2 AB. The overall building experience was smooth and mostly hassle free.
I used the MSI MPG Z790 Carbon Max WiFi motherboard, which is a full ATX board. For the processor, I installed the Intel Core i7-12700K. Even with a full ATX motherboard, the interior still felt spacious enough to work comfortably.
The bottom motherboard connections and cables remained easily accessible during the build process. I only faced a little difficulty while connecting the front USB 3.0 header because of its thick connector, but it was not a major issue.
For cooling, I installed a 360mm TCOMAS LX800 Pro liquid cooler at the top. Even after mounting the large radiator and fans, there was still enough clearance between the motherboard and the cooler. I was still able to route cables and access the top motherboard connectors without trouble. This is something many mid-tower cases struggle with, but the spacing here is handled quite well.
For graphics, I installed the Colorful RTX 5070 Battle AX variant. This is a triple-fan graphics card, and the case handled it easily without any clearance issues. There was still enough room left in front of the GPU, which is good for airflow as well.
The power supply used in this build was the GAMEMAX 850W Smart RGB Pro. Since the PSU shroud uses a large mesh design, the power supply remains partially visible from inside the Vista 2 case. This also gives a better idea of how open the bottom airflow section actually is.
At the time of building, I did not have black RAM available. These days it is honestly difficult to get matching RAM kits quickly, so the build could not be colour matched completely. Still, the overall look inside the case remained clean and modern.
Overall, the building experience was smooth and straightforward. The Vista 2 case offers good cable routing space, solid component clearance, and enough room for high-end hardware without making the installation process difficult. Below are the complete build pictures of the final setup inside the case.
GAMEMAX Vista 2 Final thoughts
So, after spending time building and testing inside the GAMEMAX Vista 2 AB, I can easily say this case delivers a very solid overall experience for a modern airflow-focused mid-tower chassis. The case combines a clean dual-chamber style layout with strong airflow support and a spacious interior design that feels practical during the actual building process.
The first thing that stands out is the overall appearance. The large tempered glass side panel gives the case a clean showcase look, while the mesh-focused design across the top, bottom, rear, and motherboard side helps maintain proper airflow throughout the chassis. The top panel comes with a removable magnetic dust filter, making cleaning simple and quick. Both the tempered glass panel and the right-side metal panel use a rear thumb screw and sliding mechanism, so removing the panels is easy and does not feel frustrating during installation.
Inside the case, the layout feels modern and well planned. The motherboard tray supports Mini-ITX, Micro-ATX, ATX, and E-ATX motherboards, while still leaving enough working room around the components. During the test build, the Vista 2 case handled a full ATX motherboard, 360mm liquid cooler, triple-fan RTX 5070 graphics card, and an 850W power supply without major clearance problems.
Cooling support is one of the strongest parts of this case. GAMEMAX already includes two reverse Tornado intake fans mounted beside the motherboard tray and one standard rear exhaust fan. The airflow direction inside the case feels properly balanced right out of the box. On top of that, the case supports up to a 360mm radiator at the top, additional fan mounting positions around the PSU chamber, and extra cooling support across multiple sections of the chassis.
The cable management experience is also surprisingly good for this price category. Multiple cable routing cutouts are placed around the motherboard tray, making cable passing much easier during installation. On the rear side, GAMEMAX provides labelled cable straps with branding, helping keep the wiring cleaner and more organised. The included ARGB and fan controller hub is another useful addition and reduces the need for extra splitters or external hubs during the build process.
Storage support is practical as well. Users can mount SSDs behind the motherboard tray, while additional drive support is available in the rear compartment. The PSU chamber also offers decent working space for cable handling and power supply installation.
Speaking about the actual building experience, it remained smooth overall. Even after installing a 360mm cooler at the top, there was still enough clearance left around the motherboard to access top connectors and pass cables comfortably. The only slightly tight area during installation was the USB 3.0 front panel connector, but it was not a serious issue.
Overall, the GAMEMAX Vista 2 AB feels like a well-balanced mid-tower case that focuses heavily on airflow, modern hardware compatibility, and user-friendly installation. It offers strong cooling support, clean aesthetics, spacious internals, and practical cable management features without making the building process difficult. For users planning a modern gaming setup with powerful hardware, this Vista 2 case does a very good job.
Because of its strong airflow design, spacious interior, included ARGB fans, and overall clean aesthetics, I would also like to give the GAMEMAX Vista 2 AB both the Value Award and Design Award.
The GuliKit TT Pro and TT Max series shifts to a symmetrical stick layout, moving away from the older Xbox-style design and targeting players who prefer a PlayStation-style controller. It includes tension-adjustable TMR joysticks and the Hyperlink 2 low-latency wireless system, along with support for Switch 2 wake-up and compatibility across Switch 1, Switch 2, PC, iOS, and Android. The focus is clear: better control, lower latency, and wider compatibility. Symmetrical controllers are not new, but most brands still struggle to get them right, often compromising on ergonomics or input consistency, while the GuliKit TT PRO and TT MAX aim to address this by focusing on hardware rather than gimmicks.
Features
Both models TT Pro and TT Max use a tension-adjustable TMR magnetic joystick system. You can fine-tune stick resistance with a hidden mechanism, going up to 720° of adjustment. The idea is simple: control how loose or tight the sticks feel depending on your playstyle. GuliKit claims 4000 levels of precision and long-term resistance to stick drift. That sounds good on paper, but what matters is how it holds up in real use.
Wireless performance is handled by Hyperlink 2 technology. On PC, latency is rated as low as 2.62ms. That puts it in serious territory for competitive gaming. It is not just about numbers either. Consistency matters more than peak performance.
Triggers use a dual-mode system. You can switch between Hall effect analogue input and microswitch digital input. This is not just a feature for marketing. It actually changes how games feel. Racing games benefit from analogue control, while shooters feel tighter with instant trigger response.
Vibration is handled by magnetic levitation motors. You get different modes and adjustable strength. There is also gyro support, anti-snapback tuning, RGB lighting, programmable back paddles, and swappable parts. On paper, both controllers are packed.
TT Pro vs TT Max
The TT PRO keeps things simple. It focuses on core functionality without deep customization. It works well for general gaming but offers limited control over advanced settings.
The TT MAX goes further. It adds stick sensitivity adjustment, D-pad switching, and macro recording through the APG system. It also includes stick bounce prevention, which reduces unwanted reverse inputs.
These additions make a difference in competitive games, but they also add complexity. Not everyone will need them.
Unboxing
Unboxing is straightforward. Both controllers come in a solid white box with clear product images and detailed information on the back. Nothing fancy, but it does the job.
Inside, the package is more interesting. You get a carrying case, a Hyperlink 2 dongle, a USB-A to USB-C cable, and several accessories. These include button caps, rear paddles, a screwdriver for stick adjustment, and a spare D-pad. The TT MAX adds extra thumbstick caps with different heights. This is not just cosmetic. Stick height can affect accuracy and comfort.
GuliKit TT Pro and TT Max specifications
feature
GuliKit TT MAX
GuliKit TT PRO
Joysticks
720° stepless tension-adjustable magnetic TMR joysticks
720° stepless tension-adjustable magnetic TMR joysticks
Precision level
4000-level precision, anti-drift design
4000-level precision, anti-drift design
Wireless technology
Hyperlink 2 Bluetooth (up to 2.62ms latency on PC)
Hyperlink 2 Bluetooth (up to 2.62ms latency on PC)
Triggers
2-in-1 Hall effect + microswitch switchable triggers
2-in-1 Hall effect + microswitch switchable triggers
Vibration
magnetic levitation motors (multiple modes, adjustable)
magnetic levitation motors (multiple modes, adjustable)
Back paddles
4 removable metal paddles
4 removable metal paddles
Interchangeable stick caps
3 sets (different heights included)
not included
Interchangeable D-pads
2 styles (4-way / 8-way switching)
2 styles (fixed 8-way)
Layout keycaps
Switch and PC layout sets included
Switch and PC layout sets included
Wireless adapter
Hyperlink 2 multi-functional adapter included
Hyperlink 2 multi-functional adapter included
Gyro support
Switch + PC motion aiming
Switch only
APG (macro system)
up to 10 minutes recording and playback
up to 10 seconds recording
Anti-snapback
yes
yes
RGB lighting
yes
yes
Joystick sensitivity adjustment
yes
not available
Deadzone adjustment
yes (on/off)
yes (on/off)
Battery
950mAh
950mAh
Connectivity
wired + Bluetooth
wired + Bluetooth
Platform support
Switch 1/2, Windows, SteamOS, Android, iOS
Switch 1/2, Windows, SteamOS, Android, iOS
Switch wake support
yes
yes
GuliKit TT Pro and TT Max pricing and availability
GuliKit is not targeting the budget segment. But it is also not overpriced. The TT Pro and TT Max controllers sit in a competitive range.
Both controllers launched globally on January 15, 2026. Availability started through official Amazon stores in major regions.
In the United States, the TT Max has an MSRP of $82.34. The TT Pro is $70.58. With official discounts, prices drop to $69.99 for TT Max and $59.99 for TT Pro. This is the real value point.
In the United Kingdom, pricing follows the same structure in GBP. No major regional price jump.
In Europe, the TT Max is €94.11 and the TT Pro is €82.34. Discounted prices bring them down to €79.99 and €69.99.
At full price, competition is stronger. At discounted price, they make more sense.
Purchases are available through local Amazon platforms. Official support is included. More retailers may come later.
A closer look
The GuliKit TT Pro and TT Max follow a clean and practical design, but there is a clear difference in colour options. The TT Pro is available in Grey and Black, while the TT Max comes in Retro and Black finishes. For this review, the units tested are the Grey variant of the TT Pro and the Retro version of the TT Max.
Design and build quality
The TT Pro and TT Max controllers are slightly smaller than a DualSense. The grip shape feels closer to an Xbox controller but not as bulky. The handles taper upwards, which helps during long sessions. Weight distribution is balanced, and the vibration motors do not make the controller feel uneven.
The surface finish is practical. Matte on the front, textured underneath. Grip remains stable even after hours of use. Build quality is solid. No loose parts, no creaking. Buttons feel consistent.
Face buttons use membrane switches. They are quiet and soft but still responsive. The D-pad also uses a membrane design, which gives it a slightly floating feel. This can be a problem. Diagonal inputs are easier to trigger than expected. In slower games, it is fine. In fast-paced games, it can lead to mistakes.
Controls and customization
Button layout follows the Nintendo Switch style, but on PC it behaves like an Xbox controller. Minus becomes view, plus becomes menu, and the home button acts as the Xbox button. The capture button does nothing on PC for now.
Two extra buttons sit in the centre. One for settings, one for learning functions. These allow quick adjustments without software. You can tweak dead zones, remap buttons, and adjust vibration directly.
The joysticks are the highlight. Movement feels smooth and controlled. Adjustable tension makes a real difference in aiming and camera control. Modules are removable and even compatible with other platforms.
RGB lighting surrounds the sticks. It can be customised or turned off. It adds visual appeal but no gameplay advantage.
Triggers and bumpers perform as expected. Switching between Hall effect and microswitch mode changes response instantly. This physical toggle is practical.
The back includes four rear buttons with optional metal paddles. They feel solid and are placed well. Accidental presses are rare.
Dongle
The Hyperlink 2 dongle is small and easy to use. It does not block nearby ports and includes a pairing button with a simple LED indicator.
Performance is stable. Input feels immediate with no noticeable delay spikes. Compared to standard Bluetooth, response is clearly better in fast-paced games.
Setup is plug and play on Windows. No drivers needed in most cases. It also works across multiple controllers and platforms, making it useful beyond these models.
Connectivity
The GuliKit TT Pro and TT Max work on many devices. You can use them on Switch, Switch 2, PC, Android, and iPhone. You do not need extra tools. Changing between devices is quick and simple.
Wireless connection is handled by Hyperlink 2. Pairing is fast. The controller connects in seconds and stays connected. There are no random disconnections during play. On PC, delay can be as low as 2.62 ms. This means your actions feel quick and smooth.
There is also a special USB adapter in the box. It helps improve connection stability on supported devices like PC, Switch, and mobile. It gives a stronger and more stable link than normal Bluetooth. It does not work with Xbox or PlayStation consoles.
If you want a wired setup, you can use a USB-C cable. This gives up to 1000 Hz polling rate on PC. It is better for competitive games. Setup is easy. Just switch to PC mode and plug in the cable.
Bluetooth pairing is very simple. Press and hold the pairing button. The controller shows up as “GuliKit XW Controller” on your device. Once connected, it will auto-connect next time.
On Switch, the controller can even turn on the console from sleep. This makes it more convenient to use.
TT Pro and TT Max controller’s connection is easy, fast, and works across many devices without problems.
Battery
Both TT Pro and TT Max controllers use a 950mAh battery. It is built inside and made for wireless use.
GuliKit says battery life can reach up to 14 to 26 hours. But that depends on how you use it. If you turn off lights and lower vibration, it lasts longer.
In real use, the result is lower. With LED lights on and vibration set high, it lasts around 10 to 12 hours. That is enough for long gaming sessions, but not for multiple days without charging.
Charging is done with a USB-C cable. Most cables will work, so you do not need anything special. Charging is simple and quick.
There is also a battery indicator on the controller. It shows how much charge is left. This helps you avoid sudden shutdowns during gameplay.
TT Pro and TT Max controller’s battery life is decent. Not the best, but not a problem either.
GuliKit TT Pro and TT Max User Experience
I used both TT Pro and TT Max controllers for about two weeks on PC and Nintendo Switch. Performance stayed stable across different types of games. The symmetrical stick layout feels balanced, especially if you are used to PlayStation-style controllers. The grip shape is closer to an Xbox controller, so it sits well in the hands. The handles support your palms, and the textured back helps during longer sessions. I played around two to four hours at a time without discomfort.
On PC, I tested Spider-Man 2 and Forza Horizon 5. In Spider-Man 2, movement and camera control felt smooth. Swinging through the city stayed responsive, and small adjustments were easy to manage. The adjustable joysticks helped with fine control, especially during fast movement.
In Forza Horizon 5, the triggers made a clear difference. Using Hall effect mode gave better control over acceleration and braking. It felt more natural when driving at high speed. Switching to microswitch mode made inputs faster, but less precise. The toggle is physical, so you can change it quickly without opening any settings.
On Nintendo Switch, I tested It Takes Two and Super Mario Bros. Wonder. In It Takes Two, movement felt smooth and consistent, especially during co-op sections that need timing. The controller stayed reliable with no input delay.
In Super Mario Bros. Wonder, the controls felt quick and responsive. However, the D-pad can sometimes register diagonal inputs more easily than expected. It is not a major issue, but you may notice it in fast platforming sections.
Motion controls worked well on supported games. Small adjustments felt natural and accurate. The TT Max also handled fast stick movements better due to its extra tuning options.
Vibration feels clean and not too strong. You can feel changes in surfaces and actions, but it does not become distracting. You can also adjust vibration strength easily.
Battery life stayed around 10 to 12 hours with lights and vibration on. Turning off lighting helps it last longer. Wireless connection remained stable with no sudden drops. Wired mode is also available for lower latency if needed.
TT Pro and TT Max both controllers perform well in real use. The TT Pro handles basic gameplay without issues. The TT Max gives more control if you want to fine-tune your inputs.
Final thoughts
The GuliKit TT Pro and TT Max do not try to reinvent controllers. They focus on improving control, consistency, and flexibility. Most of the time, that approach works.
Build quality is strong. Nothing feels cheap or loose. The shape is comfortable for long sessions, but it is a bit unusual. The grip and layout together gave me a crab-like look at first. Wide in the middle with handles spreading out. It sounds odd, but in hand it actually feels stable and well balanced.
The joysticks are the main highlight of TT Pro and TT Max. Adjustable tension is not just a feature on paper. It changes how the controller feels in real use. You can make movements tighter or smoother depending on the game. That level of control stands out.
Triggers also add real value. Switching between analogue and microswitch mode makes a clear difference. It lets you adapt quickly between racing and shooting games without digging into settings.
Wireless performance is reliable. Input stays consistent, and there are no random drops. Latency feels low enough for most games. Wired mode is there if you want the lowest delay.
The difference between the TT Pro and TT Max models is clear. The TT Pro keeps things simple. It does what it needs without extra layers. The TT Max goes deeper. More settings, more tuning, more control. But it also adds complexity that not everyone will use.
There are still some issues. The D-pad is not perfect and can misread inputs in fast situations. Battery life is decent but not class-leading. Some features, like the capture button on PC, are not fully active yet.
The final choice depends on your needs. If you want a simple controller that just works, the TT Pro is enough. If you want deeper control and customization, the TT Max is the better pick.
Because of their strong performance and well-thought-out design, both controllers earn a performance award and a design award.
When building a PC, most people focus on the CPU and GPU. The power supply is often ignored. That is not the right approach. A PSU runs the whole system. If it is not stable, it can cause crashes or even damage other parts. You cannot just pick any unit and trust it with expensive hardware. It needs to deliver steady power and also protect the system.
The GX PRO 1050G is part of the GX Pro series. It comes with a 10-year warranty. This shows some confidence from the brand, but real performance matters more than promises.
On paper, the features are what you expect from a modern PSU. It has an 80 Plus Gold rating and is designed for good efficiency during normal use. It uses an APFC + LLC + DC-DC design for stable power. Inside, it has Japanese 105°C capacitors, which are made for longer life.
GX PRO 1050G also supports ATX 3.1 and PCIe 5.1. You get a native 12V-2×6 cable for newer GPUs, so no need for adapters. Cooling is handled by a 135mm FDB fan that adjusts speed based on temperature. The design is fully modular, so you only connect the cables you need. It also includes multiple protection features for safety.
All of this looks fine on paper. The real question is how it performs in daily use, which is what matters in the end.
GAMEMAX GX PRO 1050G Unboxing
The GX PRO 1050G comes in a simple and clean box. The front shows the PSU image with key details like 1050W and 80 Plus Gold. You also see ATX 3.1 and PCIe 5.1 badges. The white and green colour mix is visible and looks neat.
The back side gives more details. It shows full specs, power table, and connector info. There are small diagrams for size and cable layout. Everything is easy to read and not confusing.
The box quality is decent. It feels strong enough for normal shipping. It is not very thick, but it does not feel cheap. It protects the PSU properly.
Opening the box is straightforward. You first see a clean inner cover with a simple print. It gives a nice first look. After removing it, the contents are neatly arranged.
The GX PRO 1050G PSU is placed inside thick foam. It also comes wrapped in plastic for extra safety. It feels secure and well protected. Nothing moves inside the box.
You also get a cable pouch. It holds all the modular cables in one place. This keeps things clean and easy to manage. Along with that, there is a user manual. It is simple and easy to understand.
Overall, the unboxing experience is clean and organised. You get the PSU, modular cables in a pouch, and the manual. Everything is packed properly and easy to take out.
The GAMEMAX GX PRO 1050G is part of GameMax’s new GX PRO series. This lineup includes 750W, 850W, 1050W (this unit), 1250W, and 1600W models. You also get two colour options, black and white. So you can match it with your PC build easily.
Starting with the top, you get a large fan grill. The design is not basic. It has angled cutouts with a pattern that looks modern. The fan underneath is clearly visible. The centre has the GameMax logo, which keeps the look clean.
On the side, there is a printed design with a shiny effect. It reflects light and gives a slightly premium feel. One side has more design, while the other side is simpler. This helps depending on how you install it in your case.
The front side has the modular ports. Everything is clearly labelled. You get motherboard, CPU, PCIe, SATA, and the new 12V-2×6 connector. It uses a fully modular design, so you only connect the cables you need. This helps keep the build clean. It also supports dual CPUs or multiple GPU connectors for high-end systems. The flat embossed cables further improve cable management and make the setup look neat. The layout is simple and easy to understand, and the ports feel tight and well made, not loose.
This side is very simple. Most of it is plain white with a smooth finish. There is no texture or design here. It looks clean but also basic. A large sticker is placed on one side. It has a green strip with the model name “GX PRO 1050G WH.” The rest of the label shows power details, certifications, and the 80 Plus Gold badge. The layout is clear, but the green colour stands out. In a white build, this may not match perfectly. If this side is visible, the sticker draws attention. If you flip it, you mostly see a clean white panel.
At the back, you get a full mesh grill. This helps with airflow. There is a power switch and standard power input. The honeycomb cutouts are common, but they do the job well.
Build quality feels solid. The metal body does not feel thin. Edges are clean, and paint finish is smooth. It does not feel like a cheap unit. The design is simple but modern, and the quality is good for this range.
Cables
GAMEMAX GX PRO 1050G comes with a fully modular cable setup. All cables are separate, so you only use what you need. During testing, this made the build cleaner and easier to manage.
1 × 24(20+4)-pin motherboard cable
2 × 8(4+4)-pin CPU cables
4 × PCIe 6+2-pin connectors
1 × 12V-2×6 (16-pin) GPU cable (600W)
10 × SATA connectors (across 3 cables)
3 × Molex connectors
1 × FDD connector
The cable lengths are practical. The 24-pin and 12V-2×6 cables are around 650mm, and they reached easily without pulling tight. CPU cables are longer at about 700mm, which helped when routing from the top of the case. PCIe cables are about 550mm, with a short split for dual connectors. SATA cables are around 500mm with good spacing between connectors, so connecting multiple drives was simple.
All cables are flat and embossed. They bend easily and stay in place, which helped during cable management. In use, they did not feel stiff or hard to route. The white colour is consistent across all cables and connectors, so the build looks clean. Connectors fit properly. No loose feeling when plugging in. Labels like “MB” and “600W” are clear, which helps avoid mistakes.
These are not premium sleeved cables, but they are practical. They do the job without making cable routing difficult.
GAMEAX GX PRO 1050G Performance overview
GAMEMAX GX PRO 1050G comes with an 80 Plus Gold rating, and in actual use it behaves as expected. During daily work and gaming, the PSU did not run noticeably hot, even after long sessions. Power draw felt consistent, and there were no signs of instability under load.
The 135mm FDB fan is tuned more for balance than silence at all costs. At idle and light use, it stays very quiet. While gaming or stressing the system, the fan does ramp up, but the noise remains controlled and not distracting. It never reached a point where it stood out over other system components.
Protection features are extensive on paper, and in my case, they were actually tested. I experienced a few power outages while using this setup. The system shut down safely, and there were no issues when powering back on. No crashes, no hardware problems, and no unusual behaviour afterwards. That suggests the protection design is doing its job properly.
GAMEMAX GX PRO 1050G is ATX 3.1 ready and includes a native 12V-2×6 connector. I used this with an RTX 5070, and the connection was straightforward. There was no need for adapters, and the cable stayed firmly in place. During gaming, even under heavy GPU load, there were no sudden drops or power-related issues.
Internally, it uses high-temperature rated Japanese capacitors. While this is not something you directly “see” in use, the overall stability of the system, especially during long gaming sessions, reflects a solid internal design. I paired it with an i7-12700K, and the system remained stable throughout extended use.
From a practical standpoint, the flat white cables made installation easier. Routing them through the case required less effort compared to thick sleeved cables. Combined with RGB Strimer cables from GameMax, the final build looked clean and organised without extra work.
I regularly play for long hours, and across multiple sessions, there were no interruptions, no shutdowns, and no power-related concerns. The PSU stayed consistent in the background, which is exactly what you want.
In short, it delivers stable performance, handles real-world power conditions well, and avoids common issues seen in lower-quality units. It does not try to stand out with unnecessary features, but it covers the fundamentals properly and proves it during actual use.
Final thoughts
GAMEMAX GX PRO 1050G PSU is not trying to stand out. It just focuses on doing the basics right.
It has an 80 Plus Gold rating, and in use it performs as expected. During daily work and gaming, it stayed stable. I did not face random shutdowns or power drops. Heat was also under control, even after longer sessions.
The 135mm fan is quiet most of the time. At low load, you barely notice it. Under heavy use, it does spin faster, but the noise is still manageable. It does not stay silent, but it also does not become distracting.
Protection features were actually useful in my case. There were a few power cuts during testing. The system shut down safely, and everything powered back on without issues. No crashes or strange behaviour after that.
Support for newer hardware is there. The native 12V-2×6 cable makes things easier. I used it with an RTX 5070, and it worked without any problem. The connection felt secure and stable during gaming.
Internally, it uses Japanese capacitors. You cannot directly see that, but the system remained stable during long sessions with an i7-12700K. No instability showed up during testing.
It comes with a 10-year warranty. That is good to have, especially for a PSU, but real long-term performance will only be clear after extended use.
I have used the Gamemax RGB Smart 850W before this. That unit was more basic. This one is clearly better in build and overall stability. Gamemax has improved, but that does not mean everything is perfect. It just means they are taking the product category more seriously now.
For now, this is still early use. I plan to build a new system with a Core Ultra 7 processor, and possibly an RTX 5080. That will push this PSU more. I will update this after using it in that setup.
Right now, the GX PRO 1050G does its job without issues. Nothing stands out in a big way, but nothing feels problematic either. That is exactly what a PSU should be.
GAMEMAX SIGMA 620 WH is designed for users who want both strong cooling and a unique visual touch in their PC build. For a long time, I have personally preferred air cooling because it is simple, reliable, and requires very little maintenance. But in recent years, many liquid coolers have become more attractive because they include small displays that show system information or custom images. Now, GAMEMAX has brought this idea to air cooling with the SIGMA 620 WH, which makes it stand out from many traditional tower coolers.
What makes this cooler interesting is the 2.8-inch customizable LCD screen placed on the top. It can show real-time system information or even display custom images and videos, which adds personality to the setup. At the same time, it still focuses on strong cooling performance with six 6 mm heatpipes, dual 120 mm fans, and support for CPUs up to 245W TDP. This combination allows it to handle powerful processors while also improving the overall look of the PC build.
Unboxing
The SIGMA 620 comes in a clean white box with a simple design. On the front, there is a large image of the cooler. It shows the single tower heatsink, white fans, and the LCD screen on top. The GAMEMAX logo is on the left, while the product name SIGMA 620 is printed on the right. A few icons at the bottom highlight features like PWM support, LCD display, ARGB lighting, and 245W TDP support.
The back of the box shows the main features of the cooler. It explains the 2.8-inch customizable LCD screen, dual-fan single-tower design, and six heatpipes. Small images also show the cooler and its parts.
One side of the box lists the full specifications, including dimensions, fan speed, airflow, noise level, and CPU compatibility. The other side is simple and shows product information in multiple languages along with the official website.
After opening the box, the first thing you see is the user guide placed on top. Under it, the cooler and accessories are packed safely inside a thick foam container. The mounting accessories are stored in a separate small box.
Inside the installation kit, GAMEMAX provides all the required mounting parts for both Intel and AMD platforms.
Inside the box, the following parts are included:
Radiator (tower heatsink)
Forward fan 120mm (A12-B)
Reverse fan 120mm (A12-A)
Universal mounting bracket
Intel backplate (LGA1851 / LGA1700)
Intel spacers (LGA1851 / LGA1700) ×4
AMD spacers (AM4 / AM5) ×4
Intel screws ×4
AMD screws ×4
Buckle strips / fan clips ×4
Thermal paste ×1
Small scraper ×1
Overall, the accessories are well organised and provide everything needed for installation.
GAMEMAX Sigma 620 specifications
Specification
Details
Model
SIGMA 620 WH
Cooler Type
Single Tower Air Cooler
Dimensions
120 × 114.2 × 158.8 mm
TDP Support
Up to 245W
Heatsink Material
Aluminium Fins
Number of Fins
48
Heatpipes
6 × 6mm Heatpipes
Heat Base
Soldered Copper Base
Display
2.8-inch LCD Screen
Fan Size
120 × 120 × 25 mm
Fan Quantity
2 Fans
Fan Type
Positive Blade + Reverse Blade
Bearing Type
Rifle Bearing
Fan Speed
800 – 1800 RPM ±10%
Lighting
ARGB (Motherboard Sync Supported)
Connector
4-pin PWM, 3-pin ARGB
CPU Compatibility
Intel LGA1851 / 1700 / 1200 / 115X
AMD AM5 / AM4
A closer look
Heatsink
The Sigma 620 uses a single tower heatsink design. The cooler measures 120 × 114.2 × 158.8 mm and has a net weight of 154 g. It is available in black and white, and our review unit comes in white. The whole heatsink, including the heatpipes, is finished in full white, which gives it a very clean look.
The heatsink includes 48 aluminium fins. At the center, it uses 6 superconducting composite heatpipes, each with a 6 mm diameter. These heatpipes run through the tower and connect to the base. The sides of the heatsink fins use a raised design, which allows the fan clips to fit securely into the fins for mounting the fans.
The cooler also includes an anti-insect intrusion design. The bottom panel uses an extended design that helps seal the hardware rack holes.
On the top cover, there is a 2.8-inch LCD monitor. This screen sits neatly on the top of the heatsink and adds a modern touch to the cooler.
Fans
The cooler includes two 120 mm fans, each measuring 120 × 120 × 25 mm. The main fan uses a regular blade design, while the secondary fan uses a reverse blade design.
Both fans use rifle bearings. The fan frame colour is white, and each fan has 9 blades. Each fan also includes 28 ARGB LEDs.
Both fans run at 12 V rated voltage with a 5 V start-up voltage. The rated current is 0.22 A for the main fan and 0.2 A for the secondary fan. The rated power is 2.64 W and 2.4 W.
The fan speed ranges from 800 to 1800 RPM ±10%. Maximum airflow is 71.66 CFM for the main fan and 70.71 CFM for the secondary fan. Maximum static pressure is 2.54 mmH₂O and 2.1 mmH₂O. The maximum noise level is 35.5 dBA and 42 dBA.
Both fans have a rated life of 30,000 hours. The connector includes 3-pin AURA ARGB and 4-pin PWM. Each fan also has soft rubber pads on the corners to reduce vibration. A thin ARGB light strip runs along the side of the fan frame, which remains visible and glows in a style similar to infinity fans.
Installation
The installation process of the Sigma 620 is simple and easy to follow. The steps are clearly explained in the user guide, so even new users can install it without confusion. One good thing is that the heatsink can be installed without attaching the fans first, which makes handling and mounting much easier.
The mounting system feels secure once installed, and the cooler sits firmly on the CPU. The included brackets and accessories make the process smooth for both Intel and AMD platforms.
Clearance
When it comes to RAM clearance, the space is quite tight. As seen in the images, the cooler sits very close to the RAM slots, leaving limited room on that side. If you are using RAM with tall heatsinks, you may face compatibility issues. Low-profile RAM would be a better fit in this case.
On the other hand, the clearance on the opposite side is much better. There is enough space around the motherboard area, so it does not cause any issues with other components. You can raise the fan position slightly to get more RAM clearance. However, this comes with a small trade-off, as the fan may cover the RGB lighting, which affects the overall look. Overall, the installation is easy, but the RAM height should be considered before installing this cooler.
Software
The software for the Sigma 620 is very basic, but it gets the job done. The interface is simple and easy to understand, so you don’t need much time to get used to it.
Most of the software is focused on CPU temperature monitoring and screen themes. You can view real-time system data like CPU usage, temperature, and other basic stats directly on the LCD screen.
There are a few pre-built themes available, which you can apply easily. These include system info layouts and simple visual designs. You can also adjust settings like brightness and screen rotation.
One useful feature is that you can create your own custom theme. You can add your own images or simple layouts to personalise the display according to your setup.
Here are a few examples of themes displayed on the Sigma 620 cooler screen.
Testing and thermal performance
We tested the GAMEMAX SIGMA 620 in the GAMEMAX Leader 2 case using an Intel Core i7-12700K with the MSI MPG Z790 CARBON MAX WIFI II motherboard. The room temperature during testing was 28°C. At idle, the CPU stayed around 39°C with low fan speed. The fans remained quiet, and noise was barely noticeable.
Under load, we ran a CPU-Z stress test. The CPU reached around 185W, and temperatures went up to 72°C. The cooler handled this load well. Fan speed increased smoothly, and noise stayed at a comfortable level. There was no thermal throttling, and the system remained stable. For a heavier test, we used the AIDA64 single FPU stress test. In this test, the CPU again stayed in the 180–190W range, and temperatures reached 85°C. This is on the higher side but still within safe limits. The cooler maintained stable performance without any issues.
Overall, the Sigma 620 performs well for a high-performance air cooler. It handles heavy loads without stability problems. The claimed 245W TDP support also seems reasonable based on these results, as it can manage around 190W+ comfortably.
Final thoughts
The GAMEMAX SIGMA 620 WH offers a good balance between performance and design. It stands out by adding a customizable LCD screen, which is not common in air coolers. This gives it a unique touch while still keeping the reliability of traditional air cooling.
The build quality is clean and consistent. The full white finish, including the heatsink and heatpipes, looks neat inside the case. The ARGB lighting and top display add extra visual appeal without feeling too much. In terms of performance, the cooler handled the i7-12700K well. It managed around 190–200W loads while keeping temperatures in a safe range. Fan noise is also controlled, staying quiet at idle and reasonable under load.
The software is simple and basic, but it works fine. It mainly focuses on CPU temperature monitoring and screen themes. You can choose from a few built-in themes or even create your own custom theme, which adds a bit of personalisation.
There are a few things to consider. RAM clearance is tight, especially with taller memory modules. You can adjust the fan position for more space, but it may cover the RGB lighting. The GAMEMAX Sigma 620 WH delivers stable performance and adds a unique feature with its LCD screen. Based on its overall performance and usability, I would give it the EnosTech Performance Award.
GAMEMAX, a rising innovator in PC gaming hardware, today announced the MAX PB-Series 80 PLUS Bronze Power Supply, a new lineup designed to deliver stable, efficient, and reliable power for modern gaming systems.
Engineered to meet the demands of today’s hardware, the GAMEMAX MAX PB Series is fully compliant with the latest Intel ATX 3.1 specification, supporting high transient power loads from next-generation GPUs while maintaining consistent performance. Built with premium internal components and a robust power design, the MAX PB Series is positioned as a dependable and cost-effective solution for entry-level and mainstream PC builders.
True Intel ATX 3.1 Compliance
Fully compliant with Intel ATX 3.1 standards, the MAX PB Series is designed to handle modern hardware demands with ease. It supports up to 200% system power excursions and 300% GPU transient loads, ensuring stable operation with next-generation graphics cards.
Native 12V-2×6 Connectors
Select models in the GAMEMAX MAX PB Series, including the 750W and 850W variants, are equipped with native 12V-2×6 connectors for next-generation GPU compatibility. This direct connection ensures stable and efficient power delivery for the latest NVIDIA RTX graphics cards, eliminating the need for adapters and simplifying cable management.
100% All-Japanese Capacitors
Built exclusively with premium Japanese capacitors sourced from Rubycon, Nippon-Chemicon, and Nichicon, the MAX PB-Series delivers superior reliability and durability. These high-quality components help maintain electrical stability and extend the lifespan of the power supply.
Pure Copper Cable Design
The MAX PB-Series features 100% pure copper output cables, enhancing conductivity and reducing power loss. This ensures stable and efficient power delivery, even under sustained high-load conditions.
Best-in-Class Long-Life Fan
Equipped with a silent hydraulic bearing cooling fan with smart temperature control, the MAX PB-Series is rated for 40,000 hours MTBF at 40 °C. It provides reliable thermal performance while maintaining low noise levels during extended operation.
Certified Safety & Efficiency
The MAX PB-Series meets genuine 3C safety certification standards including 8 protection features including OPP, UVP, OTP, OCP, SCP, NLP, and SIP, implemented via a 16-pin protection IC.
GAMEMAX PB Series Warranty, Availability, and Pricing
The past few months in PC hardware have been eventful by any measure. Apple shipped the M5 Pro and M5 Max, Intel clarified its core architecture roadmap, and anyone trying to build a new PC has been quietly suffering through DRAM pricing that refuses to behave. These stories look separate on the surface. They are not.
The thread connecting all of them is memory, specifically the growing gap between what compute silicon can do and what the memory feeding it can keep up with.
Start with Apple. The M5 Pro and M5 Max are genuinely interesting chips, not just because of the performance numbers but because of what Apple was forced to do architecturally to get there. Fusion Architecture, Apple’s move to a dual-die SoC design, exists primarily because a single monolithic die cannot accommodate 40 GPU cores, 614 GB/s of unified memory bandwidth, and 18 CPU cores without hitting yield and cost walls. The memory bandwidth figure is the one that matters most for AI workloads running locally, and Apple knows it. The M5 Max at 614 GB/s is not chasing gaming benchmarks. It is chasing large language model inference throughput, and bandwidth is the bottleneck that determines how fast it runs.
That bandwidth problem is not unique to Apple. It is an industry-wide crisis, and the full picture of why is considerably more complicated than most coverage lets on. The AI memory crisis running through the data centre right now traces back to physics: DRAM scaling has not kept pace with compute scaling, HBM production is constrained by TSV fabrication yields and advanced packaging capacity, and the most powerful AI systems on the planet spend more time waiting for data than actually processing it. That is not a software problem. It is a silicon and packaging problem, and it does not have a quick fix.
For anyone building a PC right now, the consequences land differently, but they are still real. DRAM pricing has been pulled in two directions simultaneously: AI infrastructure demand is bidding directly on supply at the high end, while consumer DDR5 pricing has been volatile enough to meaningfully change the calculus on a new build from one month to the next. If you have been holding off on a memory upgrade, waiting for prices to settle, the honest answer is that the market dynamics driving this are structural rather than cyclical. Prices may ease, but the pressure from AI demand on overall DRAM supply is not going away.
On the Intel side, there has been a lot of noise about the company killing off its hybrid core architecture in favour of a unified core design. The reality, as is usually the case with Intel roadmap speculation, is more nuanced. Intel is not killing P-cores, at least not in the timeframe the headlines suggest. The unified core concept is a longer-term architectural direction, and the practical implications for anyone buying an Intel platform in the next year or two are limited. What matters more right now is whether Intel’s current generation delivers the performance-per-watt improvements it needs to stay competitive, particularly in a market where Apple Silicon has reset expectations for mobile efficiency and AMD’s desktop Zen 5 parts are putting pressure on the high end.
The bigger picture across all of this is straightforward: memory is the constraint that determines where performance goes next, whether that is Apple designing a new packaging approach to get more bandwidth, hyperscalers paying premiums to secure HBM allocation, or a consumer trying to figure out whether now is a sensible time to buy a 32 GB DDR5 kit. The compute side of the industry has never been more capable. The memory side is struggling to keep up, and that tension is shaping every major hardware decision being made right now.
The GAMEMAX N90 WH is the upgraded version of the GAMEMAX N80. It keeps the same dual-chamber design but adds some cool new features. The lower part now has a 512-LED dot matrix display on the front, which looks really nice and bright. This GAMEMAX N90 ARGB gaming case is easy to build with, thanks to its modular design and tool-free panels. It has a big 270° curved wrap-around tempered glass on the front and side, so you can see your build clearly. The case supports BTF motherboards and hides cables neatly for a clean look. It also comes with six ARGB fans already installed, giving good airflow and keeping your PC cool.
Unboxing
Opening the GAMEMAX N90 WH ARGB does not feel like opening a normal PC case. It feels more premium right from the start. The case comes inside a thick and strong cardboard box. The packaging is simple and focused on protection rather than flashy design. On the outside, you can see technical details about the case, including its strong 0.8mm SPCC steel build and its split dual-chamber design.
When you open the box, the case is held tightly between two large foam blocks. These are solid and strong, not the cheap, messy foam you sometimes see in budget cases. They keep the case safe during shipping. The whole case is wrapped in plastic, so the white finish and curved tempered glass stay clean and scratch-free. When I removed the cover, the “True White” colour looked smooth and fresh.
Inside the case, the accessories are neatly packed. Everything is organised properly, which makes the setup process easier. You get:
Motherboard screws (10 pieces) to install ATX, Micro-ATX, or ITX boards.
PSU screws (5 pieces) to mount the power supply in the rear chamber.
2.5-inch SSD screws (8 pieces) for installing solid state drives.
Hard drive rubber dampers (8 pieces) to reduce vibration and noise.
White cable ties (6 pieces) to keep cables clean and tidy.
A standoff socket tool (1 piece) to tighten or remove motherboard standoffs.
An ARGB remote to control the lighting effects quickly.
The biggest highlight during unboxing is the curved glass panel. It gives a clean, wide view of the inside, almost like an aquarium. There is no front pillar blocking the view, so the case looks very open and spacious. Overall, the unboxing experience feels premium and well thought out, giving a strong first impression before the build even begins.
1 × USB 3.0, 1 × USB Type-C (Gen2), 1 × Combo Audio
USB 2.0
0
Buttons
1
RGB Controller
V4.10-24AS Controller + Remote
Max Fan Support (Controller)
Up to 10 Fans
Pre-installed Fans
6 × ARGB Fans
Fan Support (Top)
3 × 120mm / 2 × 140mm
Fan Support (Rear)
1 × 120mm (Tornado T12 ARGB)
Fan Support (Motherboard Side)
2 × 120mm (Tornado T12 ARGB-R)
Fan Support (Bottom)
3 × 120mm (Tornado T12 ARGB-R)
Radiator Support (Top)
120 / 140 / 240 / 280 / 360mm
Radiator Support (Motherboard Side)
120 / 240mm
Radiator Support (Rear)
120mm
Dust Filters
Bottom dust filter, Top mesh
VGA Clearance
Up to 415mm
CPU Cooler Height
Up to 175mm
Cable Management Space
32mm
Display Screen
512-LED Dot Matrix Display
Chassis Dimensions
439 × 235 × 511mm
Full Case Dimensions
439 × 240.5 × 530mm
Carton Dimensions
512 × 310 × 601mm
Net Weight
12.95 kg
Gross Weight
14.55 kg
A closer look – Exterior
The GAMEMAX N90 WH ARGB has a dual-chamber design. The top section holds the motherboard and graphics card. The bottom section hides the power supply and cables. This keeps the build clean and neat. It also helps with airflow. In terms of size, the case measures 439 × 240.5 × 530mm. It weighs 12.95 kg, which gives it a solid and sturdy feel on the desk.
The case has tool-free panels. You can remove the side panels easily. This makes building faster and less stressful.
The best part is the L shaped 270° curved tempered glass. It covers the front and left side in one smooth piece. There is no front pillar blocking the view. You get a wide and clear look inside the case.
At the front bottom, there is a 512-LED dot matrix display. It can show system info and custom lighting effects. It gives the case a unique and modern look.
The build feels strong. It uses 0.8mm steel. The case is heavy at around 12.95 kg. The white finish looks clean. The top panel has a wood-style design, which looks different from normal gaming cases.
On the bottom chamber, you get I/O ports. There is one USB 3.0 port, one USB Type-C (Gen2), and one combo audio jack.
The top of the GAMEMAX N90 uses a smart three-layer design. Each layer has a clear purpose. It starts with looks and ends with cooling support.
At the very top, there is a Walnut-grain decorative Top Panel wood-style mesh dust filter. It gives the case a unique and classy feel. The filter is magnetic, so you can lift it off easily for cleaning. It blocks dust while still letting air pass through.
Under this layer sits a white metal cover with angled cut-out vents. This panel wraps around and continues to the right side of the case. It hides the internal structure and keeps the outside looking clean. Removing this cover gives full access to the top and side areas.
The last layer is the fan and radiator mounting area. This section is designed for cooling hardware. You can install up to three 120mm fans or a large liquid cooler. The layout feels open and easy to work with. All screws and mounts stay hidden once everything is installed.
The right side of the GAMEMAX N90 is focused on airflow and clean cable management. A mesh grille is provided for the side intake fans, allowing fresh air to flow inside. The main side panel is metal and is held in place with two thumb screws, so it can be removed easily without tools.
The bottom compartment is used for the power supply and storage bays. To access this area, a separate cover is provided. Like the other panels on the case, this cover follows a tool-less design. You can simply pull it out to reach the PSU and storage bays.
The rear of the GAMEMAX N90 follows a standard layout. The top section includes a motherboard I/O cutout and a rear exhaust fan mount with round ventilation holes. Below this are reusable graphics card expansion slots. On the right side, an additional mesh grille continues the same round-hole design.
The bottom section is dedicated to the power supply and uses a separate lower compartment. This area includes its own ventilation and follows the dual-chamber layout.
The bottom of the GAMEMAX N90 case features four round feet with rubber padding. It has a raised base with good ground clearance. A large honeycomb-style intake grille is placed underneath. This intake is covered by a removable mesh dust filter.
Interior
Inside the GAMEMAX N90, the left and front sides use a 270° curved tempered glass panel. This glass is easy to remove thanks to the tool-less design. The case follows a modular dual-chamber layout with quick-release panels, which makes access simple during building. The curved glass is made from a single piece and wraps around the front and side. It also comes with a high-transparency safety film. This keeps the look clean and uniform while adding protection.
Looking at the motherboard tray, you will notice large cut-outs. These are designed for modern builds and support BTF stealth motherboards. The case supports ATX and M-ATX BTF motherboards.
The case comes with six pre-installed fans. Three are placed at the bottom, two on the motherboard side, and one at the rear. All fans are Tornado T12 ARGB. The bottom and motherboard-side fans are reverse fans. Additional fan support includes 3×120mm or 2×140mm at the top.
There is good support for cooling hardware. The case supports air coolers up to 185mm in height. Liquid cooling options include 360mm on top, 240mm on the motherboard side, and 120mm at the rear.
Graphics card support goes up to 425mm, allowing large GPUs to fit easily.
In the bottom section, the I/O ports are placed on the left side. These include USB 3.2 Gen2 Type-C, USB 3.2 Gen1 Type-A, Power button, and Combo Audio. There is also a dedicated button for the dot matrix LED display, which will be discussed later.
After removing right side panel, you will find another cover. This cover is used to hide cables and keep everything looking neat. To remove this cover, two more thumb screws are placed at the back of the case. Once opened, you get full access to the cable area.
On the right side, this area is called the cable compartment. The cable cover can be pulled up easily and removed from its hinges. It does not require tools. Once removed, you get full access to the cable area.
A fan hub is also provided here. The six pre-installed fans are already connected to it. You can add more fans and ARGB connections if needed. The layout feels open and organised.
There is a large motherboard cut-out in this section. Separate cut-outs for BTF motherboards are also visible. You also get mounting options for 2.5-inch SSDs here. Even if cable management is not perfect, the cover helps hide the cables and keeps the build looking clean.
To access the lower compartment, you can easily pull the mesh cover from the back side. Once removed, the storage and PSU area becomes fully accessible.
Inside the drive bay, two plastic trays are provided. You can install two 3.5-inch HDDs here. There is also a dedicated 2.5-inch SSD mount on top of the bay. The case supports a PSU up to 170mm in length. Large soft pads are placed under the PSU area for proper support and clearance.
You get the front panel connector, a Thunderbolt connector, and a USB 3.0 connector. There are also dedicated connectors for the Dot Matrix display, along with USB and audio connectors.
Installation
I shifted my main PC into the GAMEMAX N90 because this case is going to stay on my desk for a long time. Here are the components I used:
Processor: Intel Core i7 12700K
Motherboard: MSI Z790 Carbon Max WiFi
Cooler: Valkyrie A360
RAM: Kingbank DDR5 32GB 6800MHz CL32
GPU: Colorful RTX 5070 Battle AX
Storage: Silicon Power 2TB NVMe + Lexar 512GB (Windows)
PSU: GAMEMAX 1050W
RGB Cables: GAMEMAX
Building inside this case was a great experience. Even though it is a mid-tower case, space management feels well planned. Installation is easy, but there is one important thing to remember. If you are using an ATX motherboard, pass the HD Audio, front panel, fan, and ARGB connectors through the lower cutouts before fixing the motherboard in place.
I installed the motherboard first, and later I did not have enough space to route and plug in the bottom connectors easily. So it is better to connect or at least route them first.
After installing the 360mm cooler on top, there was still enough space to plug and unplug cables from the upper area without difficulty. The layout does not feel cramped.
On the right side, I honestly did not even try hard with cable management. I just connected everything and closed the dedicated cable cover. All the PSU cables adjusted easily inside. The cover hides everything well and gives a clean look.
The L-shaped panels are also easy to remove and reinstall. Overall, building in the N90 feels simple and builder friendly, even with high-end components.
Some more pictures of the build.
GAMEMAX N90 – Dot matrix LED display features
The GAMEMAX N90 comes with an 8×64 dot matrix LED display at the front bottom. It works with Windows. You need to install the software first. The file name is SysMonitorUSB_V1.0.7.msi. After installing, you can run the program. The temperature unit can be set to Celsius or Fahrenheit.
The display gets power from the PC power supply (5V). It connects to the motherboard using a USB 2.0 header. It reads system data directly from the motherboard.
When you turn on the PC, the full screen lights up for 3 seconds. Then the startup screen shows for 7 seconds. After that, it enters normal working mode.
In normal mode, it shows different system details one by one. This includes date, time, CPU temperature, GPU temperature, CPU usage, RAM usage, and other selected parameters. Each item stays on screen for about 5 seconds. Longer text scrolls across the screen. The display changes with a vertical sliding animation.
You can also set a custom message. In the software, type your message in the custom string box and press Send. It supports English letters and numbers only. After saving, the display shows “MyString” for one second. The message stays saved even after power off. To show your custom text, press and hold the button for 2 seconds. The text will scroll across the screen. If no message is saved, it shows “NULL”.
If the software is not running, or the USB cable is disconnected, the screen shows “NO SIGNAL”. After 20 seconds, it enters standby mode. After 40 more seconds, it goes into sleep mode and slowly turns off.
There is only one button for control. Press and hold for 3 seconds to turn the display on or off. Press and hold for 2 seconds to enter or exit custom message mode. Press once to switch to the next parameter. Press twice to lock or unlock the current parameter. Press three times to enter brightness control mode. Brightness levels go from 0 to 7.
Overall, the dot matrix display adds a unique touch to the case. It shows live system data and allows simple customization without making things complicated.
Final verdict
After building and using the GAMEMAX N90 as my main system, I can confidently say this case feels well balanced in both design and performance. The dual-chamber layout keeps everything organised and gives the build a very clean appearance. The tool-free panels make installation and removal simple. Whether it is the curved glass, the cable cover, or the bottom compartment, everything can be opened and closed without stress.
Recently, one of my friends reviewed a similar dual-chamber case where the top AIO section was fully separated. The N90 follows a slightly different approach. It keeps the layout connected while still offering proper support for large coolers and clean cable routing. In daily use, this design feels practical and easy to work with.
Thermal performance is impressive. The six pre-installed fans provide strong airflow. The fans are slightly audible, but nothing extreme. CPU and GPU temperatures remained very reasonable at idle and during gaming sessions. That is what really matters in a gaming build.
Dust protection is also well handled. There are three magnetic dust covers in total. One is the wooden-accent top panel. The second is for the motherboard-side intake fans. The third is placed under the PSU area. All of them are easy to remove and clean.
The dot matrix LED display adds something different to the case. It shows system information and custom text, which makes the setup feel more personal. Many brands are now offering full front display panels with their cases, so it will be interesting to see when GAMEMAX steps into that space. For now, this display still makes the N90 stand out.
Overall, the N90 feels unique and complete. It looks different, performs well, and is easy to build in. For a gaming setup that needs both style and strong cooling, this case fits perfectly. I would confidently give it a design and performance award.
Availability and pricing
The GAMEMAX N90 is available in two colour options. The black version is priced at $189.99, while the white version reviewed here has an MSRP of $194.99. Availability may vary depending on the region and retailer, so buyers may need to check with local distributors or online stores for stock and delivery options.
Apple has officially announced the M5 Pro and M5 Max, the new chips powering the latest 14-inch and 16-inch MacBook Pro, with pre-orders opening March 4 and availability from March 11. On the surface, this looks like another generational chip update, but dig into what Apple has actually done here, and it is a more interesting story than the spec sheet alone suggests.
A New Architecture at the Core of It
The biggest change with M5 Pro and M5 Max is not the core count or the clock speeds; it is how Apple has built the chips in the first place. Both are constructed using what Apple calls Fusion Architecture, which bonds two third-generation 3nm dies together into a single package using TSMC’s advanced SoIC packaging technology. Every M1 through M4 Pro and Max before this was a single monolithic die. That changes here, and the reason why matters.
TSMC’s manufacturing process limits how large a single die can be while maintaining reasonable yield. By splitting the design across two smaller dies and bonding them together, Apple sidesteps that constraint and can reach memory bandwidth and core count figures that a single N3P die could not have delivered economically. The key claim Apple is making is that the inter-die interconnect is fast and low-latency enough that the operating system and applications treat the package as a single unified device, preserving the unified memory model that Apple Silicon has always depended on. Apple has done something similar at the Ultra tier since the M1 Ultra in 2022, but bringing it to the Pro and Max tiers for laptop chips is a harder engineering challenge, and apparently one Apple has now solved.
Apple M5 Pro and M5 Max CPU’s: More Cores, New Core Design
M5 Pro and M5 Max both run an 18-core CPU comprising six super cores and twelve all-new performance cores. The super core is Apple’s highest-performance core design, the same one introduced in the base M5, and Apple claims it delivers the world’s fastest single-threaded performance, driven by increased front-end bandwidth, a revised cache hierarchy, and better branch prediction.
The twelve performance cores are a new design built specifically for the Pro and Max tiers and are not the same as the efficiency cores in previous generations. Where M4 Pro’s E-cores were optimised primarily for power gating, the new performance cores in M5 Pro and M5 Max are designed to deliver sustained multithreaded throughput at lower power than the super cores. That distinction is important for professionals running long compilation jobs, simulations, and rendering workloads that sit somewhere between light background tasks and all-out burst workloads.
Apple is claiming a 30 percent multithreaded uplift for M5 Pro over M4 Pro, which is the largest single-generation CPU gain at the Pro tier since the original M1 Pro. M4 Pro had 14 cores and M5 Pro jumps to 18, a 29 percent increase in core count alone, so the claim is internally consistent. M5 Max gets a more modest 15 percent MT uplift over M4 Max, reflecting the smaller core count jump from 16 to 18.
GPU and Neural Accelerators
M5 Pro gets up to a 20-core GP, U and M5 Max scales to 40 cores. The M5 Pro GPU core count matches the M4 Pro exactly, so the graphics performance gains here are entirely from architectural improvements per core rather than from adding more cores. Apple puts that at around 20 percent better conventional graphics performance and up to 35 percent for ray-traced workloads, with the ray-tracing improvement specifically attributed to Apple’s third-generation ray-tracing engine alongside second-generation dynamic caching and hardware-accelerated mesh shading support.
The more significant GPU addition is the Neural Accelerator that sits inside each GPU core. This is separate from the Neural Engine that handles background Apple Intelligence and Core ML workloads. The Neural Accelerators are dedicated to accelerating matrix multiplication operations that dominate large-model inference when they run through the GPU compute pipeline, as they do in applications like LM Studio and ComfyUI. Apple claims over 4x the peak GPU compute for AI relative to M4 Pro and M4 Max. However, it is worth noting that this figure reflects the Neural Accelerator path specifically, not the conventional shader performance improvement, which is the more measured 20 percent figure.
Memory Bandwidth: The Number That Actually Matters
M5 Pro supports up to 64 GB of unified memory with 307 GB/s of bandwidth, up from 48 GB and 273 GB/s on M4 Pro. M5 Max holds at a maximum capacity of 128 GB but raises bandwidth from 546 GB/s to 614 GB/s in the top 40-core configuration.
For a growing number of professional workloads, memory bandwidth is more important than raw compute performance, and local LLM inference is the clearest example of why. When generating tokens, a large language model must load its full parameter weights from memory on every forward pass. For a 70B-parameter model in 16-bit floating point, that is roughly 140 GB of data moving per token generated, with comparatively little computation performed on it. That makes the workload bandwidth-bound rather than compute-bound, which means 614 GB/s translates directly into faster token generation. For context, AMD’s Ryzen AI Max Plus in the best Windows laptop configuration delivers around 273 GB/s, less than M5 Pro and considerably less than M5 Max. M5 Max also has the memory capacity to run models that cannot fit on any discrete GPU configuration available today, making the bandwidth advantage meaningful in practice rather than just on paper.
Everything Else Worth Knowing About Apple’s new M5 Pro and M5 Max SoCs
Thunderbolt 5 is standard across M5 Pro and M5 Max, and Apple specifies that each port has its own dedicated on-chip controller rather than sharing bandwidth through a motherboard switch. That means each port gets the full 120 Gb/s bandwidth independently. The Media Engine handles H.264, HEVC, and AV1 decode, and ProRes encode and decode, with the Max tier doubling the encode and ProRes throughput, as it has in previous generations. Internal SSD speeds are claimed at up to 14.5 GB/s, roughly double the previous generation, which matters for model loading and high-bitrate video workflows. The new MacBook Pro also picks up Apple’s N1 wireless chip, bringing Wi-Fi 7 and Bluetooth 6.
One feature that tends to get overlooked in launch coverage is Memory Integrity Enforcement, which Apple’s platform security documentation confirms is available on M5-class processors. It is an always-on, hardware-level memory safety mechanism that does not compromise device performance and is specifically designed to protect the kernel attack surface. For enterprise and research users, that is a meaningful security addition that no competing laptop platform currently matches.
The Competitive Picture
No Windows laptop in 2026 combines the memory bandwidth, memory capacity, and power efficiency of M5 Max in a laptop form factor. AMD Strix Halo is the closest competitor for the LLM inference use case and deserves credit for meaningfully closing the gap over recent generations. Still, the bandwidth gap remains a structural disadvantage to overcome within laptop thermal and form-factor constraints. Qualcomm’s Snapdragon X2 Elite is a credible CPU competitor at the consumer tier. Still, the GPU and memory bandwidth situation is not on the same level at the Pro and Max tiers.
Wrapping it Up: Apple M5 Pro and M5 Max look the part on paper
M5 Pro and M5 Max are genuine steps forward,d not just tick-tock updates. Fusion Architecture is the most important Apple Silicon architectural change since M1 Ultra, now applied to the chips that actually go into MacBook Pros. The memory bandwidth figures are the highest available in any laptop, the CPU gains at the Pro tier are the strongest in years, and the Neural Accelerator addition positions both chips well for the continued growth of local AI inference as a professional workload.
Whether Apple’s claimed numbers hold up in independent testing is the question that matters most right now, and that answer starts arriving when hardware ships on March 11.
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