Pc Diy

RGB! NZXT H200i installation show

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Preface

A host installed for friends needs to realize the extreme RGB light effect on the basis of satisfying the stable quality of medium-quality chicken, so the installation is now available. Accessories with RGB light effect are selected as much as possible. The chassis has chosen H200i with NZXT red and black color matching, which can meet the installation requirements of various high-end accessories and has relatively fine workmanship. The platform is i5-8600K+ROG STRIX Z370-iGaming+ROG STRIX-GEFORCE GTX 1060-O6G-Gaming. In terms of heat dissipation, it has chosen NH-U12S of Owl, striving for stability, and has chosen LL120 RGB fan of Pirate Ship to realize RGB light effect of the whole machine.

The installed demand is as follows:
1. RGB! RGB! RGB!
2. The performance of the host meets the requirements of smooth quality and eating chicken.
3. The appearance should be as simple and delicate as possible.

Parts list:

Cpu Intel i5-8600K
Main board Asus rogstrixz370-igaming
Memory Chichi magic light halberd DDR 43208g x 2
Graphics Asus rogstrix-geforcegtx1060-o6g-gaming
solid state drives Samsung pm961 256gb
Mechanical hard disk Seagate Cool Fish Series 1TB 7200RPM 64M SATA3
Radiator Owl NH-U12S
Fan Us pirate ship LL120 RGB x 3
Chassis NZXT H200i
Power supply Hai Yun S12II-430

Out of the box

Intel i5-8600K。

Chi fantasy light halberd memory.

Asus ROG STRIX Z370-I GAMING can be said to be the best ITX Z370 motherboard at present. the STRIX series style is adopted on the front of the package.

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

Annex list.

The front of the motherboard.

The back of the motherboard.

The list of interfaces is very rich and meets various usage requirements.

Heat sink for power supply.

Chipset heatsink with an M.2 slot underneath.

CPU slot.

Power supply part.

Memory slot.

8pin CPU power supply.

PCI-E slot is covered with metal, which improves the strength of the slot.

Components are also deployed on the back of the motherboard.

M.2 slot on the back of the motherboard.

Asus rogstrix-gtx1060-o6g-gaming.

The back of the video card package.

Graphics card body, 3-fan design.

On the back of the graphics card, a metal back plate is used. It is a little pity that GTX 1060 version does not contain ROG logo lamp with light effect.

Interface part.

The front heat dissipation part is wrapped to play a protective role.

Fan design, marked with ROG’s black eye on the left and right.

The middle is marked with ASUS brand logo.

Gold finger protection.

Light guide band.

STRIX series logo.

ROG RGB lights are on top of the graphics card.

Although the GTX 1060 public edition supplies 6pin power, for higher performance and stability, 8pin power is used.

ROG logo。

STRIX series logo.

The back part of GPU has an opening.

Although the public GTX 1060 is very small, ROG STRIX-GTX1060-O6G-GAMING takes heat dissipation and materials to the extreme.

Samsung PM961 256GB solid state drive.

Seagate 1TB Mechanical Hard Disk.

Owl NH-U12S.

U.S. merchant Pirate Ship LL120 RGB 3 Fan Set, which I personally think is currently the top product of RGB lamp fans.
The packaging tastes like pirate ships and RGB.

Annex list.

Fan

The front, periphery and blades of the fan can guide light.

The back of the fan.

Shock absorbing foot pads.

Fan wiring, one 4pin, one LINK connector.

Hai Yun S12II-430.

This time, the chassis is the H200i of NZXT and the chassis of larger ITX, but the internal layout is regular and the heat dissipation is good.
45 angle of view.

Front of chassis.

Back of chassis.

Side of chassis.

At the top of the chassis, there is a 12cm fan position, and one fan is installed by default.

Front interface.

The bottom of the chassis.

Dustproof filter screen of power supply air inlet.

Rubber foot pad for chassis.

Front air inlet at the bottom.

On the left side of the chassis is side-through tempered glass, which is fixed by hand screws.

Warning signs on tempered glass on side panels.

The air inlet holes on the left and right sides of the front of the chassis are relatively designed.

A controller is installed at the back line of the chassis, which can control the fan rotation speed according to noise, and can also perform light adjustment (USB 2.0 interface on the motherboard needs to be connected).

Route channel.

The rear two 2.5 ” hard drive bits.

The bottom power supply bit supports long power supply.

A 2.5 inch hard disk can also be hung on the bottom power supply side.

Main board area.

Baffle, can block the power supply into the line, increase beautiful.

The front of the chassis supports 240mm cold row.

A place reserved for the cold row, of course there can also be a water tank.

There is an opening at the top of the power supply position, which can be arranged according to the display card bracket, and of course, the air inlet of the display card can be increased.

Remove the front panel.

Front screen.

The removed front panel has an excellent frosted surface.

NZXT Logo。

The front panel is fixed in a snap-in manner.

Installed show

Installed accessories.

Install the CPU.

To install SSD, first remove the upper part of the chipset heatsink.

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

Install SSD.

Reinstall the upper heat sink.

Install memory.

Install the radiator, the radiator is LL120.

Install the video card.

The installation process is quite smooth, but the wiring is complicated. The process is omitted and the final installation effect is directly seen.
45 angle of view.

Front of chassis.

Back of chassis.

On the side of the chassis, you can see the internal components.

The other side is a metal cover plate.

Turn the screw by hand.

Warning sign.

The motherboard connector at the rear of the chassis and the fan position of 12cm.

2 PCI slots and power supply.

After the side plates are removed, the internal structure and components can be clearly seen.

The opening on the back of the motherboard is very large, so it is convenient to replace the radiator.

Back wiring, wiring channel and cable tie fixing are both used, and the final wiring is very intuitive.

The power supply at the bottom.

The mechanical hard disk is located at the bottom. Unfortunately, H200i only supports the installation of a 3.5-inch hard disk.

Two 2.5 ” hard drive mounting locations at the rear.

The design of the wiring channel is very good, and fine wires such as fan wires can be well hidden.

Core component area.

Front intake fan.

CPU radiator and rear exhaust fan.

NH-U12S + LL120。

Memory.

Mainboard 24pin power supply and front USB 3.0 jumper are well hidden.

STRIX logo。

The black eye believes in the lamp.

The black eye on the graphics card backplane.

Overview of the upper part of the chassis.

Overview of the lower part of the chassis.

No 2.5 inch hard disk is used, it can only be used as decoration.

On the front side of the chassis, behind the dust screen is the air inlet fan.

The side view of the chassis gives a clear view of the internal layout.

Replace the glass side panel.

Cover the right steel side panel.

Complete machine.

Light show

Overall lamp effect after power-on.

Radiator fan, memory and motherboard lamp efficiency.

Pirate ship LL120 rainbow wave light effect.

The black eye belief lamp on the video card supports AURA.

Performance test

CPU-Z screenshot.

GPU-Z screenshot.

CINEBENCH R15.0 Test Results, OpenGL 140.35 fps, CPU 1080 cb.

Samsung PM961 256GB performance test.

3DMark Time Spy scored 4587 and graphics card scored 4386.

3DMark Timespry Extreme scored 2095 and the graphics card scored 1996.

3DMark Fire Strike scored 10970 and the graphics card scored 12633.

3DMark Fire Strike Extreme scored 5808 and graphics card scored 6037.

3DMark Fire Strike Ultra scored 3129 and graphics card scored 3042.

Configuration information.

Master Lu scored 334267 for entertainment.

Certification of chicken eating.

The CPU fan speed is controlled at 1200RPM, the chassis fan speed is controlled at 1200RPM and 1400RPM.
CPU full core 4.3GHz, AIDA64+FurMark double copy test for 10 minutes.
The average temperature of CPU core is 68.9 ℃, 71.6 ℃, 74.3 ℃, 72.6 ℃, 71.6 ℃, 72.3 ℃.
GPU temperature is about 72 ℃.

CORSAIR LINK, used to control the fan lamp efficiency.

Lighting Node PRO control interface.

The self-contained fan lamp is very effective.

End.

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