Tryx’s Panorama 360 offers industry-leading thermal performance and a one-of-a-kind wrap-around AMOLED screen that’s bound to draw attention.
Nerdcore Computers Hardware Verdict
With its wrap-around AMOLED display and top-notch performance, the Tryx Panorama 360 may be the most remarkable and visually appealing liquid cooler on the market. It’s the Ferrari of AIOs, with a corresponding premium price of $1022 AUD.
Pros
+6.5-inch wrap-around HD display
+Leading thermal performance in the industry
+Includes VRM fan with the CPU block
+Comes with pre-installed thermal paste and a 2g tube
Cons
-Higher than average minimum noise levels
-$1003.99 AUD
Today, we’re examining a unique AIO cooler from a newcomer in the cooling industry: Tryx. Although the company began operations in February 2023, its team of 30 cooling specialists brings extensive experience.
The AIO under review is the Panorama 360 ARGB, featuring a 6.5-inch wrap-around AMOLED display that cleverly creates a “3D” effect. It’s equipped with Asetek’s 8th-generation liquid pump and three 120mm ROTA fans from Tryx.
There’s no doubt – it’s sure to make our list of top CPU coolers, but is it worth the $349.99 price? Let’s quickly review the unit’s specifications before exploring its features and the benchmarks.
Tryx Panorama 360 ARGB Review - Nerdcore Computers
Cooler specifications
Cooler | Tryx Panorama 360 ARGB |
MSRP |
|
Heatsink Material | Aluminum |
Rated Lifespan | Unlisted |
Socket Compatibility | Intel Socket LGA 1851/1700/1200/115x AMD AM5 / AM4 |
Base | Copper |
Average Maximum TDP (Our Testing) | ~275W with Intel’s i7-14700K |
Installed Size (with fans) | 55mm (H) x 120 mm (W) x 399.5mm (D) |
Warranty | Cooler: 6 years AMOLED Screen: 2 years |
Packing and included contents
The outside of the box features a minimalistic, but eye-catching design.
Included with the cooler are the following:
Three 120mm fans, pre-installed
2 grams of alpha-01 thermal paste
360mm radiator
CPU block with integrated 6.5-inch AMOLED display and VRM fan
Hardware ARGB and PWM controller
Mounting for Intel and AMD platforms
User manual
Eye-catching wrap-around 6.5-inch Anamorphic 3D AMOLED display
What sets this AIO apart from its competitors is its unique 6.5-inch AMOLED display with a resolution of 2240x1080 at 60Hz. This appears to be the largest display available on any AIO currently on the market and is undoubtedly the most striking.
Frankly, calling this display simply “eye-catching” doesn’t quite capture its impact. The pre-loaded visual options skillfully leverage the “true black” panel and the display’s curvature to produce a remarkable anamorphic 3D effect.
A clip showcasing this effect is provided below, but it’s one of those experiences that truly needs to be seen in person to fully appreciate its impressiveness, as a 2D video doesn’t completely convey it.
To manage the display, you must download the Tryx’s Kanali software. You can configure the screen to show a selection of pre-loaded anamorphic 3D animations or upload your own media. You can also display various system statistics of your choice, as demonstrated in the product demo above.
Tryx also offers a convenient video guide that showcases the features and usage of the Kanali software.
▶ 8th-generation Asetek liquid pump with built-in VRM fan
The liquid flow of this AIO is driven by Asetek’s 8th generation liquid pump, which is topped with a built-in VRM fan.
Typically, I refrain from directly copying and pasting information from the manufacturer in my reviews, except for product specifications. However, I've included a page from this product's media guide as it provides valuable information and a detailed cross-section photo of the Asetek pump and VRM fan.
Tryx Panorama 360 ARGB Review - Nerdcore Computers
Pre-applied and a 2g tube of additional thermal paste
The AIO comes with pre-applied thermal paste to ensure optimal performance. Additionally, Tryx provides a 2-gram tube of their high-performance alpha-01 thermal paste for future cooler installations.
Available in ARGB or non-ARGB options
The AIO version we are reviewing today features ARGB lighting on the included fans. However, if you prefer a "plain" version, Tryx also offers a model with grey-colored fans that lack lighting support.
ROTA Pro fans
A cooler involves more than just the heatsink or radiator. The fans that come with it greatly affect both cooling efficiency and noise levels, as well as the cooler's appearance in your case. The 120mm fans included in the model we're testing feature ARGB lighting and infinity mirrors, but there are also simple grey non-ARGB options available if you prefer to avoid bright lighting.
Model | ROTA Pro 120 |
Dimensions | 120 x 120 x 25mm |
Fan Speed | 500-2250 RPM ± 10% |
Air Flow | Up to 81.32 CFM |
Air Pressure | Up to 3.66 mmH2O |
Bearing Type | FDB |
Lighting | ARGB and non-ARGB variants available |
Dislikes about the Panorama 360 AIO
👎 Relatively high minimum noise levels
Almost every feature of this cooler reflects high quality and performance, yet the lowest noise level I recorded—regardless of the settings—was around 41 dBA. While not inherently loud, this is high for a minimum noise floor, preventing a noise-normalized comparison test, as my standard is 38.9 dBA.
👎 High Price
With a price tag of $1022 AUD, the Tryx is akin to the Ferrari of AIOs. Fortunately, like a Ferrari, it boasts not only striking aesthetics but also top-tier performance. Justifying $349 for a liquid cooler is challenging, but there's no other product on the market quite like Tryx’s Panorama 360 AIO.
Testing Methodology and Differences from Competitors
Regular readers of my reviews know I take several steps to ensure useful results. Firstly, I meticulously maintain the ambient temperature at 23 degrees Celsius during testing, rejecting results at 22 or 24C, even though theoretically, the difference is minimal.
Some reviewers test CPU coolers on an open bench to eliminate variables other than the cooler. However, this approach fails to replicate typical use scenarios, where an enclosed case results in a higher ambient temperature than the outside air, complicating the cooler’s task.
Others use a thermal plate instead of a CPU, which shares the drawbacks of open bench testing and fails to accurately mimic CPU heat. A thermal plate generally distributes heat evenly, with low thermal density.
CPUs, however, generate most heat in concentrated hotspots, making cooling more challenging. Older CPUs are also unsuitable for cooler testing due to their larger manufacturing processes, which may result in lower thermal density in hotspots.
Limitations of CPU-only Testing
While CPU-only load testing provides valuable insights, it doesn’t fully illustrate a cooler's performance. Many tasks, particularly gaming, stress both the CPU and GPU.
To assess a CPU cooler's performance under these conditions, I conduct two tests—one with a light CPU load and another with a moderate CPU load, both alongside a full GPU load.
Testing configuration – Intel LGA1700 platform
CPU | |
Motherboard | MSI Z790 Project Zero |
Case | MSI Pano 100L PZ Black |
System Fans | Iceberg Thermal IceGale Silent |
PSU | Silverstone HELA 1300 |
Various elements besides the CPU cooler can impact cooling performance, such as the case you use and the fans installed within it. The motherboard of a system can also affect this, particularly if it suffers from bending, which leads to poor contact between the cooler and the CPU.
To ensure bending does not affect our cooling results, we have installed Thermalright’s LGA 1700 contact frame in our testing setup. If bending affects your motherboard, your thermal results will be worse than those displayed below. Not all motherboards are equally affected by this issue. I tested Raptor Lake CPUs on two motherboards. While one exhibited significant thermal improvements after installing Thermalright’s LGA1700 contact frame, the other showed no change in temperatures at all! For more information, check out our review of the contact frame.
LGA 1700 Installation
1. Place the CPU bracket against the rear of the motherboard. Secure it using the included standoffs.
2. Remove the screen from the CPU block, and then place the block against the standoffs. The Tryx cooler has pre-applied thermal paste, so you won’t need to manually apply it yourself. Secure it against the standoffs with the included thumbscrews.
2. Detach the screen from the CPU block and position the block against the standoffs. The Tryx cooler comes with thermal paste already applied, so there's no need to apply it manually. Fasten it to the standoffs using the provided thumbscrews.
3. Reattach the screen to the CPU block
4. I opted to connect the ARGB and PWM cords to my motherboard directly. However, if you prefer to use software control you may wish to use the included hardware ARGB and PWM hub provided by Tryx.
5. Attach the radiator to your case if you haven’t done so already, and power on the system!
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