LIAN LI O11 VISION Chassis, Galahad II LCD 360 All-in-One Watercooling Unboxing Review

The LIAN LI O11 VISION and Galahad II LCD 360 first appeared at COMPUTEX 2023, and have generated a lot of buzz through their own product features. The O11 VISION's triple-glass and pillar-less chassis is quite compatible with hardware installations, and is available in black and white colors. The Galahad II LCD, using Asetek's 8th generation solution, is currently the cheapest option in the Taiwan market in the same solution category! The Galahad II LCD has the best price/performance ratio compared to the competition, but the cooling performance and appearance of the display should not be overlooked, and this unboxing review is paired with the i9 13900K for gamers' reference.

LIAN LI O11 VISION Case Specifications.

Dimensions: 480 (L) x 304 (W) x 464.5 (H) mm
Color: Black, White
Material: Steel, 4.0 mm tempered glass, 3.0 mm tempered glass, Aluminum
Motherboard: E-ATX (up to 280 mm wide), ATX, Micro-ATX, Mini-ITX
CPU air cooling: up to 167 mm
Display card: 455 mm
Power supply: ATX 220 mm
Fan Mounting Positions (Side+Bottom+Rear): 140 mm 3+3+0 pcs, 120 mm 3+3+2 pcs
Water-cooling support: side 360 / 280 mm, bottom 360 / 280 mm, rear 240/120 mm
Chassis I/O Ports: 2x USB 3.0, USB 3.2 Gen2 Type-C, HD AUDIO
Hard drives and bays: three 2.5", two 2.5/3.5" composite

 

LIAN LI O11 VISION Unboxing

The first time I saw the O11 VISION was at Computex Taipei in June of this year, when LIAN LI had a physical display of the chassis, but at the time I thought it was just a conceptual display or a new product that will be officially launched next year, after all, the previous product, the O11 Dynamic EVO XL, had kept everyone waiting for a long time. The two most memorable features of the O11 VISION are the "pillar-less display" and the "triple glass". LIAN LI has also released two cases with similar designs, so I won't go into details here, but the "triple glass" is the most important feature of the O11 VISION, so how is the actual effect and display? We'll talk about it later...

The O11 VISION is also part of LIAN LI's “O11” series, and naturally, the O11 VISION has a dual-compartment mounting structure, with a size of 480 x 304 x 531.9 mm, which is about the same size as the original O11 Dynamic (O11D). After taking out the outer box, you can see the three sides of the O11 VISION's glass, and the author suggests wearing gloves during the unboxing process so that the glass won't be easily scratched or stained with fingerprints.

The O11 VISION is also available in black and white, the white model is NT$4,299 while the black is NT$3,999, which is right in the middle of the O11 Dynamic and the O11 Dynamic EVO, and the price difference is only a few hundred bucks, so it's just a matter of seeing what you like about the design of each chassis, and then making a choice.

∆ LIAN LI O11 VISION white case.

 

The O11 VISION's three glass panels are located at the front, side, and top of the chassis. In order to maintain the physical structure of the chassis, there is a magnetic stabilizing structure at the junction of the three glass panels, which is capable of providing a structural force of 35 kg, and this structure is hidden behind the gray gradient pattern.

∆ The gradient pattern on the upper left side of the chassis.

∆ The magnet-absorbent structure strengthens the physical structure, but it should still be installed with care.

 

The front and side panels are fully translucent, allowing you to see the interior details even without power on, and for gamers who like to appreciate the exterior design of their hardware, the O11 VISION really takes the "presentation" part to the next level.

∆ Front Panel View Angle.

∆ The front panel is held in place by a number of screws, and it is "not necessary" to remove the front panel for the normal installation process; if it is to be removed, a total of nine screws need to be removed.

∆ Full transparency glass side panels.

∆ The top cover and the side view are secured with hand screws.

 

The chassis I/O ports are located underneath the front panel, but this time they are not modularized and changeable, so it is recommended that users place the LIAN LI O11 VISION chassis on their desktop for better plugging and unplugging of the USB and audio ports.

∆ HD AUDIO, USB 3.2 Gen2 Type-C, 2x USB 3.0.

∆ The start and restart buttons are hidden in the right column.

 

The biggest difference between the O11 VISION and other O11 series cases is that the fan mounting bracket has been removed from the top cover of the case, and a fully transparent glass panel has been used for display purposes, which is better to look at, but relatively more careful to use.

∆ Visual effect from the top looking down.

 

The rear of the chassis supports 120 mm fans and water coolers in the default "High Mode", and has seven PCIe mounting locations with removable baffles. On the left half of the chassis, there are manual screws for the hard drive cage and an external power supply.

∆Preset high mode supports rear 12 cm water cooler/fan mounting in the classic o11 series dual-compartment mounting configuration.

∆ Hard disk cage manual fixing screw.

The ∆ extends the power supply mounting position outward by 15 mm, which allows more space for internal power cables to be hidden, and the sides can also be used to help straighten cables at the rear of the chassis.

 

If you take a closer look at the rear, you can see that the O11 VISION's internal core hardware mounting structure is also modular and adjustable, but with less playability, there are only two modes of adjustment: high and low. The most direct difference between the two modes is that the low mode allows for the installation of a 240 mm water-cooling exhaust and fan at the rear.

The Low Mode is to slightly adjust the whole motherboard mounting position downward, so that the bottom of the motherboard can only be used for fans, not water coolers (which may conflict with the bottom of the ATX / E-ATX motherboards).

∆ Detachable design, you can install the motherboard and graphics card first and then put them back.

∆The rear fan mounting position can be expanded to 240 mm, and a water-cooled exhaust can also be installed!

 

The steel side panels at the rear of the chassis are also arranged with large mesh holes to provide sufficient air intake and heat dissipation space for the side fans and power supply.

∆ Large mesh arrangement.

∆ There is no additional dust filter inside.

 

LIAN LI O11 VISION Chassis Core Hardware Installation Space

The O11 VISION supports E-ATX motherboards up to 455 mm for graphics card mounting and up to 167 mm for air-cooled tower mounting. The O11 VISION is now presented in low profile mode for the entire internal mounting space, and the author believes that in most cases it would be more advisable to adjust to the "low profile mode" for use.

Because compared to the default mode, there is more space on the top of the motherboard for the cable routing part to be adjusted better, and also the rear can be installed with longer 240 mm fan and water cooler, the only sacrifice is that the bottom can only be installed with the fan; no water cooler can be installed. The only sacrifice is that only the fan can be installed underneath, not the water cooler. Unless you are installing a split water cooler, most people will not install a water cooler on the bottom.

∆ E-ATX motherboard, 455 mm graphics card, 167 mm cooling tower mounting space.

∆ Expose more alignment holes for easy alignment planning.

∆ There is an additional hidden baffle under the baffle of the first slot, which needs to be adjusted if you want to install the rear 240 mm water cooler.

∆The hidden baffle can be rotated to allow the installation of a 240 water cooler, but the first PCIe slot is taken up, which means that ITX and some M-ATX motherboards are not able to plug in a graphics card.

 

The side of the chassis supports 360 / 280 mm fan and water-cooling exhaust installation, and continues the concept of the fan bracket in the past few years, this fan bracket is also a detachable and adjustable modular design, and the disassembly process is a bit more convenient than the other lancool, o11 series chassis (no comparison, no harm).

There is a fixed handle on the top of the entire cable space surface, which can be easily removed after pulling out, the simple and intuitive direction of pulling out is quite logical and simple, the bracket can be adjusted to dual mode of forward and reverse, which allows the distance from the fan bracket to the graphics card to have two choices, 75 mm and 116.5 mm, to be adjusted according to the need.

∆ Side fan mounting bracket for 360 / 280 mm fan and water cooler.

∆There are alignment holes on the side for use with the ∆.

∆ Outside pull handle, works quite well.

∆ Pull the handle outward to mount the fan on the bracket first.

 

In default mode, the bottom of the chassis also supports 360 / 280 mm fan and water cooler installation, but if you use the low mode, you can only install 360 / 280 mm fan, not water cooler.

∆ Bottom fan mounting bracket.

The ∆ is also detachable and is secured by two screws.

∆ A magnetic dust filter is available at the bottom.

 

At the rear of the O11 VISION, there is cable routing space, as well as space for a hard drive cage and power supply, and in the center there is a reversible baffle with a twisted-chain construction, which not only covers the cables, but also allows for the installation of up to three 2.5-inch hard drives.

∆ A view of the rear space.

The O11 VISION is a joint effort between LIAN LI and PC Master Race (PCMR). ∆The cable shielding bezel can hold three 2.5" hard drives.

∆The wire shield can be magnetically fixed after installation, which is a good idea, otherwise it will affect the process of installing the machine if it keeps shaking.

The ∆ has a maximum depth of 9 cm.

 

The rear cage can accommodate two 2.5 or 3.5" hard drives, and is secured by hand screws on the rear of the case, allowing it to be disassembled and reassembled as needed. The power supply underneath can accommodate up to 220 mm, but I recommend grabbing a 200 mm power supply for better cable handling.

The ∆ hard drive cage can hold two 2.5 or 3.5-inch hard drives.

The ∆ power supply can be compatible up to 220 mm.

∆ Chassis I/O cable overview.

∆ Chassis accessories list, comes standard with a graphics card holder which is common these days.

 

LIAN LI Galahad II LCD 360 All-in-One Water Cooling Unboxing

The Galahad II LCD all-in-one water cooler using Asetek's 8th generation water pump solution features a 2.88" IPS display with a resolution of 480 x 480, and is available in 280 and 360 mm sizes, which is clearly intended for the high-end PC market, and to stabilize the heat of Intel i9 and AMD R9 processors, which are more heat-consuming.

LIAN LI Galahad II LCD 360 All-in-One Water Cooling Specification

Intel feet: LGA 1150/1151/1155/1156/1200/1700/
AMD feet: AM5/AM4
Pump speed: 3600 RPM
Water-cooling head size: 72.15 x 73.05 x 61.98 mm
Water-cooling head contact surface: copper
Water-cooling drain size: 399.5 x 120 x 30 mm
Water Cooler Material: Aluminum
Fan size: 123 x 120 x 25 mm
Fan Speed: 300~2450 RPM ± 10%
Maximum airflow: 79.9 CFM
Maximum wind pressure: 3.26 mmH₂O
Cooler and Fan Power Supply: Water-cooled Head 4-Pin / Fan PWM 4-Pin, SM Type
Warranty: six years

 

The LIAN LI Galahad II LCD is available in a regular version with a high voltage fan and a “Galahad II LCD SL-INF” with a building block fan. The Galahad II LCD SL-INF is only available in black and white with a 360 mm model, and the author The LIAN LI Galahad II LCD that I unboxed today is available in 280 / 360 mm in black and white, making a total of four models.

The ∆ LIAN LI Galahad II LCD 360 (GA II LCD 360) in white color uses Asetek's 8th generation solution and comes with a 6-year warranty.

∆ The product specification is provided for your reference.

∆ Product Features.

∆ Fan pre-installed, the lazy man's gospel.

 

When I saw the LIAN LI Galahad II LCD 360 for the first time at COMPUTEX 2023, I was very interested in it. First of all, it has a small water-cooled screen, which is very cool! Secondly, it is the first LIAN LI watercooler that uses Asetek's 8th generation solution.

The year 2023 is coming to an end, and there are only four Asetek 8th Generation integrated water coolers that are "officially available" in the Taiwan market, the ROG RYUJIN III 360, the ROG RYUO III 360, the Phanteks Glacier One T30 V2 (which is currently out of stock for a long period of time), and today's protagonist, LIAN LI! Galahad II LCD.

Among the four models, the other three ROG RYUJIN III 360, ROG RYUO III 360 and Phanteks Glacier One T30 V2 are all priced at least $8,000 or more, while the LIAN LI Galahad II LCD 360 is aimed at the 7,199 market, making it the cheapest water cooler on the market in Taiwan. Asetek's 8th generation solution of integrated water cooling.

The ∆ fan is pre-installed in the exhaust direction and the water-cooled tubes wrapped in a braided outer layer are 385 mm long.

 

The Galahad II LCD 360 is a stiff $4,291 cheaper than the ROG RYUJIN III 360 ARGB (white), which also has a smaller screen, and I can't think of any reason to go with the ROG RYUJIN III if you just need the cooling performance of the water cooling itself (but the ROG RYUJIN III does have a VRM mini fan).

The water-cooling head is equipped with a 2.88-inch IPS small screen, with detailed specifications: 480×480 pixel resolution, 500 nit maximum brightness, 24-bit Full Color, which can be customized through LIAN LI's own L-Connect 3 software, which will be shared with the audience later.

The watercooler itself measures 72.15 × 73.05 × 61.98 mm, the entire head is fixed together and cannot be separated, and the outer casing is made of a frosted anodized surface which is often seen on LIAN LI's all-in-one watercoolers, such as the Galahad AIO of the previous generation.

∆The non-removable water-cooling head of the housing is powered by a 4-Pin PWM.

∆ If you want the water cooler to have a lighting effect, you have to connect the relevant cables to the slots next to the water cooler.

∆ Pre-application of antipyretic cream.

 

The 45° tilt rotatable water-cooling tubes can be randomly adapted according to different installation directions, but the author's actual side-mounted installation does not seem to have too much experience added, a little play around with the idea that the top-mounted installation may be the way to change the experience the most, but this is just a small detail is not a significant impact on the cooling performance of the design, everyone feels differently to provide everyone with a reference.

∆ 45° rotatable water cooling tubes.

The ∆ fan and water cooler row will be 55 mm and the Galahad II LCD will have a 30 mm thick row.

∆ Single wave cooling fins.

 

The Galahad II LCD 360 comes pre-installed with three ARGB fans, which can reach a maximum of 2450 RPM, 3.26 mmH2O air pressure, and 79.9 CFM air pressure. The pre-installed fans are also pre-wired, so all you need to do is to connect the single connector to the PWM and SM types, which is quite convenient.

∆ Three pre-installed 12 cm fans.

∆The use of special connectors for tandem fans requires the use of accessory cable adapters.

 

The water-cooling accessories section is divided into cables and grommets for you to see.

∆ A Galahad II LCD 360 all-in-one water cooler will have four cables.

∆USB 2.0 to USB Type-C for connecting motherboard slots and water-cooling headers to customize the small screen display.

The ∆ fan adapter cable can be converted to PWM 4-Pin or SM type to connect to the motherboard or other LIAN LI controllers.

The ∆ water cooler head synchronization cable requires a SATA power supply and can be connected to the water cooler head with a tandem fan cable to set the speed or the lighting effect uniformly via the L-Connect 3 software.

∆ SM type to 5V 3-Pin ARGB male connector for synchronizing the lighting effect of other devices.

 

One of the good features of Asetek's 8th generation water pump program is the reduction of the number of fasteners. The previous generation had too many fasteners and reinforced backplates for different feet, which made it a bit cumbersome to categorize them during the installation process, but this time it was simply divided into two types according to Intel and AMD. Moreover, you don't need to change the grommets on the water cooling head! All you need to do is to install or replace the motherboard base and the reinforced backplate.

A list of accessories related to ∆ fasteners.

∆ Left: AMD Replacement Block; Right: Intel Reinforced Backplane.

∆Reserve the heat-reducing cream and the spatula, you can probably reapply it two or three times.

 

LIAN LI Galahad II LCD 360 All-in-One Watercooling Actual Installation and Lighting Effect Showcase

Then I actually installed the LIAN LI Galahad II LCD 360 water cooling system and powered it up to show you the actual lighting effect.

∆ The light will come on as soon as it is plugged in during the boot-up phase.

There are two ARGB light bars on the side of the ∆.

∆ As long as you have not gone to L-Connect 3 for setup, the small screen default is to display the LIAN LI logo.

∆ Fan light effect display.

 

After entering the system, you can download L-Connect 3 to set up, but L-Connect 3 has just been updated for Galahad II LCD series water cooling, the new version of L-Connect 3 needs a little bit of time for updating, and it is a little bit stuck at the time of updating, you need to give some time to optimize the software, and I expect that this part will get better with the update. I hope this part will get better with the update.

Also, if you want to use L-Connect 3 for setup, you need to connect the USB Type-C to USB 2.0 cable of the watercooler head, and the USB Type-C slot on the watercooler head is a two-stage type of bayonet, so you need to make sure that the whole Type-C is fully inserted, otherwise the whole watercooler won't light up after entering the system.

The ∆ Watercooler small screen has a variety of effects that can be set, and multiple layers can be adjusted based on the right side of the layer.

∆ The fan speed can also be adjusted directly through the water-cooling head connection.

∆ Picture import can be screenshots, this side of the use of computer hardware unboxing site PC Unboxing The picture display.

∆ After capturing, you can further adjust the image, and the whole process system is quite perfect.

∆ The actual effect is shown.

∆ Side view.

 

There is another reason why I am particularly interested in this water cooler, that is, the L-Connect 3 has a new video recording function, which allows gamers to record, edit, and upload videos to the small screen of the water cooler head for display, the author here intercepted the uploaded video from the live master Alpha.A little bit of healing on a melancholy Monday｜Ormond's DiaryThe "Real Life Highlights" are shown.

You can adjust the size and position of the ∆ image recording, but the aspect ratio is 1:1.

 

I would like to share with you the results of the live video recording, using a cell phone to record the small screen effect of the water cooling head. When I test the watercooling, all the fans will be adjusted to full speed (including the motherboard VRM fan), so please forgive me if it is a bit noisy.

 

After showing the effect of water cooling itself, I would like to share the actual installation experience with you. LIAN LI suggests that installing the water cooling tubes facing downwards will have the best heat dissipation performance, so the author also follows LIAN LI's suggestion to install the water cooling tubes in this way, even if the water cooling tubes are installed with the actual MSI MEG Z690I UNIFY motherboard, the water cooling tubes won't be conflicting with the heat sinks of the motherboard, which is a small detail that many water cooling vendors may not notice. This is a small detail that many water-cooling manufacturers do not necessarily notice.

However, in order for the small screen of the water-cooling head to be able to display a customized screen, it must be connected to the motherboard with the USB cable and fan signal cable, these cables in the installation of the motherboard will eat up the layout of the motherboard, if you are using ITX motherboards like the author, then it will go to block the memory; however, most of the ATX, M-ATX motherboards should not be such a situation.

The ∆ water-cooled pipe outlet is quite recessed.

∆ If you are installing with an ITX board, the USB Type-C should be installed facing upwards, and you are reminded that it has to be plugged in to this extent in order to recognize the signals properly ou.

The ∆ transmission cable blocks the memory RGB.

 

LIAN LI Galahad II LCD 360 All-in-One Water Cooling Performance Testing

The Galahad II LCD 360 all-in-one water cooler was installed on a barebone test platform with Intel Core i9 13900K processor and MSI MEG Z690I UNIFY motherboard. During the test, the PUMP and fan speeds of the Galahad II LCD 360 all-in-one water cooler were set to run at full speed by the software. The actual test was conducted in a closed air-conditioned room at 24 °C. The software used for the test was AIDA64 FPU, R23 multi-core test to simulate the temperature data under extreme conditions, and Fire strike in 3DMark to simulate the game running conditions, while the data collection was done by using HWiNFO64 to collect and record the maximum temperature of the CPU Packge.

Testing Platform
Processor: Intel Core i9 13900K(QS) / Game Boots_on
Cooler: LIAN LI Galahad II LCD 360 (full speed)
Motherboard: MSI MEG Z690I UNIFY (BIOS version: 7D29v1D)
Memory: Kingston FURY Renegade DDR5 RGB 6000 MT/s 16GBx2
Display Card: MSI GeForce GTX 1070 Quick Silver 8G OC
Operating System: Windows 11 Professional 21H2
System Drive: WD BLUE 3D NAND SATA M.2 2280 SSD 500GB
Gaming Disk: Intel 670P 2TB M.2 2280 PCIe SSD (Solidigm)
Case: STREACOM BC1 Benchtable V2
Power Supply: MONTECH TITAN GOLD 1200W
Graphics driver: GeForce Game Ready 536.99

 

I would like to add a few things, the first is that I have updated the BIOS version of MSI MEG Z690I UNIFY to the latest 7D29v1D version, the second is that the default PL1 / PL2 of MSI MEG Z690I UNIFY is 288 W. I have not unlocked the upper limit, but rather, I tested it with the original factory default settings. The remaining settings are: Game_on, XMP_on, water-cooling fan and PUMP_full speed.

First of all, I would like to explain to you why the results are so strange. 3DMark Fire strike is collected by resetting HWiNFO64 from Steam startup, so the temperature when the system reads the file and opens the 3DMark Fire strike is also recorded, and the system startup of the game is considered as a part of the game's operation, so the author still puts up the highest CPU Packge during the whole operation of 3DMark Fire strike. The highest CPU Packge during the whole operation of 3DMark Fire strike is also recorded.

The reason why the temperature of the R23 multi-core test project is lower than that of the AIDA64 FPU is because the R23 author only ran a short rendering test once to collect the relevant information, whereas the AIDA64 FPU was tested for a 30-minute long-time stress test, so the temperature of the R23 is slightly lower in the short-time instantaneous de-heating scenario.

∆ Thermal performance test chart.

 

LIAN LI O11 VISION chassis actual installation demonstration

Let's install the same platform into the O11 VISION case! Let's take a look at how the three sides of the glass are displayed!

The visual effect of ∆ without columns is really great!

The ∆ Full Transparency glass measurement provides a clear view of the RGB as well as details of the appearance of the part, and another angle of view from the reflection of the top glass.

∆ LIAN LI Galahad II LCD 360 side-mounted display.

∆ The small screen of the water-cooled head is also quite clear.

∆ Some graphics cards have a luminous logo on the reinforced back panel, which can be clearly seen when looking down from above the O11 VISION!

∆ Front panel view, my Qiqi薺 is falling down because there is no fan installed on the bottom of it!

 

Then I also tested the cooling performance of the chassis, "but" because I've been really busy lately, so I didn't install a fan, so this chassis cooling performance test is just for your reference, and I will suggest you how to plan the air ducts in the conclusion part.

The software uses AIDA64 CPU+Furmark to simulate temperature data under high load stress conditions, Fire strike in 3DMark to simulate 1080P quality gaming environment, and HWiFO64 to collect and record the maximum temperature and power consumption.

As you can see, the CPU ate the waste heat from the graphics card due to my air duct planning resulting in a slight temperature increase of 4 °C in the AIDA64 CPU program compared to the bare platform.

∆ Chassis thermal performance test chart.

 

Summary & Insights

I think LIAN LI O11 VISION case is very suitable for "extreme appearance-oriented" gamers, especially those who install the machine and put it on the desktop to display the fire and will not move the PC, with three sides of the glass and no columns in the external display of this part of the whole chassis market is "unrivaled"! However, with three sides of glass, it needs to be taken care of even more in terms of exterior maintenance. There is plenty of space for hardware installation inside, and the more expensive white version is only NT$4,299, which is right in the budget range of high-end computer hardware consumers for chassis, and the excellent overall design, installation experience, and new dimensions of the display are indeed worthy of recognition.

However, the use of glass above also brings a problem that needs to be thought about: cooling duct planning, if you are installing an air-cooled tower cooling or now common all-in-one water-cooled installation, then the author would recommend the installation of downward, sideways, and rear exhaust. This will allow the cooler and graphics card to have independent and sufficient cooling airflow, and avoid as much waste heat as possible from lazy installations like today. In addition, this chassis is also very suitable for mounting an all-in-one water-cooled graphics card, which can be mounted with a 240 mm water-cooling exhaust at the rear (although it seems that water-cooling cards of this generation are slowly expanding to 360 mm).

I'm in a hurry for this review, so I can only use photos to show you the details, so please forgive me.

Supplementary

I'm curious to know how well the LIAN LI Galahad II LCD 360 performs against a 300W or so 13900K.

So I liberated the Z690I UNIFY from power consumption and conducted FPU for 20 minutes to follow the R23 once, and measured the maximum 97%. The °C and 335W, i.e., the BIOS that has been optimized and tuned by the board manufacturer, is paired with the LIAN LI Galahad II LCD 360 can be suppressed at 100K even at 13900K for a long time under high load. Below °C.

"However, since I am testing the memory, I have replaced the water-cooling exhaust fan and the memory, this additional test cannot be directly continued in this unboxing article, it is just another reference for the gamers.

Testing Platform
Processor: Intel Core i9 13900K(QS) / Game Boots_on
Cooler: LIAN LI Galahad II LCD 360 (full speed)
Fan: LIAN LI P28 x3
Motherboard: MSI MEG Z690I UNIFY (BIOS version: 7D29v1D)
Memory:Kingston FURY Renegade DDR5 RGB 7200 MT/s 16GBx2
Display Card: MSI GeForce GTX 1070 Quick Silver 8G OC
Operating System: Windows 11 Professional 21H2
System Drive: WD BLUE 3D NAND SATA M.2 2280 SSD 500GB
Gaming Disk: Intel 670P 2TB M.2 2280 PCIe SSD (Solidigm)
Case: STREACOM BC1 Benchtable V2
Power Supply: MONTECH TITAN GOLD 1200W
Graphics driver: GeForce Game Ready 536.99