Pc Diy

LIAN LI Bauhaus-O11 installation show

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Recently, a friend asked me to install the machine, and decided to install AMD Ryzen 7 2700X+X470+GTX 1080 Ti platform. it needs tempered glass side-to-side chassis in the middle tower and extreme RGB lamp efficiency. after confirming the requirements, configuration and budget, this article has been installed. In order to give full play to the performance of AMD Ryzen 7 2700X, rog crossshair vii Hero (wi-fi) can be said to be the best choice. in the aspect of graphics card, it happens to meet the availability of EVGA GTX1080 Ti, and it also takes a fancy to the workmanship and heat dissipation performance of SC2. in the aspect of chassis, it is necessary to meet the requirements of middle tower, tempered glass side penetration and front interface of chassis. The newly listed Bauhaus-O11 of Lianli was selected, with fine workmanship and high cost performance. In order to achieve the ultimate RGB lamp effect, the LL120 RGB fan of Pirate Ship was selected. Since the combination of 2700X+C7H+GTX 1080 Ti consumes no low power, the power supply was considered HCG750 Gold of ANTIKO 750 W.

The installed demand is as follows:
1. The performance is strong enough to cope with current mainstream games and applications.
2. The working materials must be solid and stable in operation.
3. The appearance should be as simple and delicate as possible. It needs side penetration and RGB lamp effect.

Configuration list:

Cpu AMD Ryzen 7 2700X
Main board Rog crossshair vii hero (wi-fi), asus player country
Memory Chichi magic light halberd DDR 43208g x 2
Graphics EVGA GTX1080 Ti 11G SC2 GAMING iCX
solid state drives Samsung 960 evo500gb
Radiator Owl NH-U9S
Fan Us pirate ship LL120 RGB x 6
Chassis Lianli Bauhaus-O11
Power supply Antique HCG750 Gold

Out of the box

AMD Ryzen 7 2700X。

Chi fantasy light halberd memory.

Asus ROG cross shair vii Hero (wi-fi) can be said to be the best X470 motherboard at present, packaged in orthodox rog red and black color.

The back of the package is a description of the product characteristics.

Window display design on ASUS high-end motherboard.

An oversized logo sticker.

List of instructions and accessories.

The front of the main board, black and gray color matching, basically consistent with C6H.

The back of the motherboard.

The back interface is basically the same as C6H, with 2 USB 2.0 removed and replaced by PS/2. From left to right, it includes Clear CMOS and BIOS Flashback buttons, WiFi+ Bluetooth antenna interface, 1 PS/2 interface, 2 USB 2.0, 8 USB 3.0, 1 pair of USB 3.1(Type-A and Type-C), 1 Gigabit LAN port, 5 3.5mm audio interfaces and 1 S/PDIF fiber output port as standard for ROG.

The fully covered interface protection cover is darker than C6H.

The protective cover extends to the sound card part, the sound effect scheme of SupremeFX.

The X470 chipset heatsink has a ” black eye” that lights up and supports RGB light effect control.

The heat sink of the power supply part is engraved with the word HERO.

12-phase power supply.

Heat pipe between fins.

8pin+2pin CPU power supply provides strong support for the stable operation of the CPU, of course, only 8pin is no problem.

AM4 interface.

Memory slot.

PCI slot.

M.2 interface with heat sink.

Another M.2 interface.

6 SATA interfaces.

SupremeFX integrated audio solution with metal shield.

Next to the two-digit debug indicator, a white slot supporting RGB light bars can be seen.

Motherboard model identification.

Front USB 3.1 Type-C interface.

The CPU backboard is printed with various industry standard marks.

On the back of PCI slot, the speed can be clearly known.

Compared with C6H, C7H tends to be perfect.

EVGA GTX 1080TI 11G SC2 Gaming ICX, front of package.

The back of the package.

The front of the video card is the classic EVGA gas stove.

Back of graphics card, two-piece metal back plate.

Interface part.

At the front of the graphics card, the heat pipe and heat sink can be clearly seen.

EVGA logo and model logo on the back panel.

The heat sink on the back of GPU chip is also printed with EVGA logo.

SLI protective cover.

EVGA logo on heat dissipation module.

Model identification.

EVGA design.

Heat dissipation fan.

ICX technical logo.

The internal heat dissipation module can be clearly seen.

The belief light on the top of the video card.

RGB color temperature warning light that can be customized.

Gold finger protection is also in place.

From the side view of the graphics card, we can see that the materials used for the graphics card are very solid.

Since there is no mechanical hard disk, the Samsung 960 EVO with 500GB is selected.

Owl NH-U9S was chosen because the chassis has a 155mm limit on the radiator.

Logo on top of radiator.



U.S. merchant Pirate Ship LL120 RGB 3 Fan Set x 2, which I personally think is currently the top product of RGB light effect fans.


The CPU and video card are both large power consumers this time. The latest HCG750 Gold from ANTIKE was selected. By default, the power supply has two CPU power supply lines to meet the power supply demand of C7H.

The back of the package is a description of the characteristics.

The power supply body has a nameplate at the top.

The inlet is equipped with a 120mm silent fan.

The side is the model.

The list of module power interfaces is rich enough.

LIAN LI Bauhaus-O11, 45 viewing angle.

Front of chassis.

Back of chassis.

Side of chassis.

At the top of the back are the hard disk mounting bracket (supporting the second power supply installation), the motherboard interface location and the heat dissipation hole.

Lower back orientation power supply and PCI slot.

You can insert 2 3.5 ” hard drives from the rear, remove the bracket and install a power supply.

The top cover is fixed by hand screws.

Front panel interface, from top to bottom is power button (integrated power indicator and hard disk indicator), USB 3.1 Type-A x 2, audio interface, USB 3.1 Type-C x 1.

Type-C interface.

The gap between the panels is very small.

On the right side, there are openings for the chassis and power supply air intake.

The opening at the top of the cabinet is used for air exhaust.

The bottom of the chassis is pasted with a magnetic dust filter screen.

Chassis foot pad.

When the top cover plate is removed, it can be seen that the upper part is also pasted with a magnetic dust filter screen.

Mortise and tenon socket.

The inner side of the side plate is also pasted with a magnetic dustproof filter screen.

After the side plates are removed, the angle of view is 45.

On the side, the internal structure can be seen in a glance.

Hard disk support.

Another hard disk support also functions as a hidden line.

The power supply position is provided with a bracket for supporting the power supply, and rubber pads are arranged on the bracket.

There are also 2 2.5 ” hard drive mounting brackets at the bottom of the chassis.

Metal nameplate of chassis.

The main board has a large opening, so it is very convenient to replace the radiator.

Rubber ring for routing.

Rubber rings are arranged at all positions where the wires can be routed, so that the wires can be as beautiful as possible.

An opening at the bottom for jumper wires.

Fan and cold row on the front side of the chassis.

The fan position at the bottom of the chassis supports the installation of the water tank.

Fan and cold row at the top of the chassis.

Rear cover plate of hard disk support.

After removing the cover plate, the internal structure of the hard disk support can be clearly seen.

Hard drive bracket, work is not bad, very strong.

Another hard drive bracket.

The new version of Lianli logo on the bracket.

Front USB 3.1 Type-C jumper interface.

Installed show

Installed accessories.

Install the CPU.

Install memory.

To install the SSD, first remove the heatsink.

There is a heat-conducting adhesive patch on the back.

Install SSD.

Reinstall the upper heat sink.

Install the upper radiator.

Install the video card.

Next is the installation of the chassis part. First, fix the front and top fans.

Install the motherboard into the chassis and secure it.

As there are many cables, after careful combing, the effect is as follows, which is still relatively refreshing.

As there are many fans, a fan Hub is used.

Pirate ship Lighting Node PRO controller.

After the cable is combed, it is bound and fixed with tie.

Back trace effect.

Install the power supply and power supply cables.

It can be seen that although there were many internal cables, there was a lot of space for Tibetan cables.

After combing, it is also more beautiful.

The power supply bit at the bottom.

The jumper area of the main board is not messy due to reasonable opening.

Chassis nameplate.

After the hard drive bracket on the side is covered, the redundant wires cannot be seen.

Main board side.

45 angle of view.

The back is much fresher after the hard disk support is covered.

The outlet of the power supply is also very neat.

3 air intake fans.

Hard drive bracket and new logo.

Three air outlet fans at the top.

Core component area.

Owl NH-U9S.


Interface protection cover and light belt.

The CPU of the mainboard is supplied with power, and the HCG750 has enough wires and is fully plugged in.

The main board 24pin power supply line and the video card power supply line are combed into a bundle to be worn to the back.

Graphics card power supply and graphics card model on the backplane.

The belief light on the top of the video card.

Jumper area of bottom motherboard.

Since only one M.2 solid-state drive is used, the hard drive support at the bottom is also empty.

Cover the panels on all sides of the chassis to see the final effect.
At the front of the chassis, since the glass panel is used, the internal components can be clearly seen.

Back of chassis.

Side of chassis.

Upper back.

Lower back.

45 angle of view.

Light show

Overall lamp effect after power-on.

Memory lamp effect.

Main board I/O part armor lamp effect.

Pirate ship LL120 rainbow wave light effect.

The belief light on the top of the video card.

The ” black eye” on the heatsink of motherboard chipset.

The default fan light effect is that the light of each fan will be changed one by one.

Using Lighting Node PRO, you can synchronize the lighting effects of each fan, here the rainbow wave lighting effects. .

Performance test

CPU-Z screenshot, Ryzen 7 2700X maximum TDP is already 105.0W

Memory compatibility is improved.

CPU-Z run points.

GPU-Z screenshot.

In the standby state, the temperature of the display card is 35-40 ℃, and the fan stops.

CINEBENCH R15.0 Test Results, OpenGL 140.15 fps, CPU 1890 cb.

Memory performance test.

Samsung 960 EVO 500GB performance test.

3DMark Time Spy scored 9778 and graphics card scored 9909.

3DMark Timespry Extreme scored 4439 and graphics card scored 4594.

3DMark Fire Strike scored 19,689 and the graphics card scored 24,633.

3DMark Fire Strike Extreme scored 12,463 while the graphics card scored 12,992.

3DMark Fire Strike Ultra scored 6751 and graphics card scored 6638.

Configuration information.

Master Lu scored 618259 for entertainment.

Certification of chicken eating.

CORSAIR LINK, used to control the fan lamp efficiency.

Lighting Node PRO control interface.

The self-contained fan lamp effect is very rich, and each fan lamp effect can be set separately.

The CPU core is 3.9GHz, AIDA64+FurMark double copy test lasts 10 minutes, the CPU temperature is about 60 ℃, and the GPU temperature is only 63 ℃ at the highest.


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