How to Build a Mining Rig (6 GPU Crypto Mining Rig Setup)

Cryptocurrency mining requires the right hardware, software, and a mining pool. It takes a lot of knowledge, guidance, and patience to initialize the whole process.

The following tutorial will help you build a 6 GPU mining rig for mining cryptocurrencies. It is meant for individuals who do not have any experience in building computers on their own.




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What is a Mining Rig?

A Mining rig is a hardware which is responsible for adding new coins into the existing circulating supply of any cryptocurrency. It is a key process that allows cryptocurrencies to work as a P2P network. Cryptocurrency mining removes the need for a governing, third-party, centralized entity.

Overview of Mining Rig to Be Built

We will build an Nvidia-based mining rig running on Windows 10 OS. However, this tutorial can be used with any operating system and or an AMD graphics card as well.

When comparing Nvidia and AMD graphics cards, the main difference is in the chips at the core. Each is compatible with a host of different cryptocurrency algorithms. It is recommended to use an Nvidia GPU because one requires high expertise for AMD cards to be installed correctly.

You will need several computer components, peripherals, an operating system, mining software, and a wallet to collect the mined cryptocurrency. We will be using an Nvidia GTX 1070 for this bitcoin miner tutorial. A list of alternative GPUs is also included. The whole process can be completed within 3 hours if everything goes correctly.

List of Mining Rig Parts

You need to acquire all the following hardware parts describe below.


GPUs are the most crucial part of the whole mining rig setup as it’s the component that generates the profits. It’s recommended you purchase six GTX 1070 GPUs. Also check here Best Mining GPU.

You will only need one to start the process. You have the following options:

Product Name Description Link
MSI Gaming GeForce GTX 1070
MSI Gaming GeForce GTX 1070
Graphics Coprocessor: Nvidia GeForce
Graphics Processor Manufacturer: ‎NVIDIA
GPU Clock Speed: ‎1607 MHz
Graphics Card Ram Size: ‎8192 MB
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Graphics Coprocessor: Nvidia GeForce
Video Output Interface: DisplayPort, DVI, HDMI
GPU Clock Speed: ‎1582 MHz
Graphics Ram Size: ‎8 GB
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Gigabyte GeForce GTX 1070 G1
Gigabyte GeForce GTX 1070 G1
Graphics Coprocessor: Nvidia GeForce
Video Output Interface: DVI, HDMI
GPU Clock Speed: ‎1822 MHz
Graphics Ram Size: ‎8 GB
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EVGA GeForce 08G-P4-5173-KR
EVGA GeForce 08G-P4-5173-KR, GTX 1070
Graphics Coprocessor: Nvidia GeForce
Video Output Interface: HDMI
GPU Clock Speed: ‎1784 MHz
Graphics Ram Size: ‎8182 GB
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List of other Components

Here is a list of a few other components that you will need to build your mining rig. They have been mentioned below category-wise.

Product Name Component Specifications Link
ASUS Prime Z370-A
ASUS Prime Z370-A
Motherboard: When choosing motherboards, there are a couple of things you have to look out for:

  1. Processor socket type
  2. the number of GPUs you will use (in this case, 6).
Chipset Type: Intel Z390
Memory Storage: 32 GB
Memory Clock Speed: 2400 MHz
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ASUS Prime Z390-A
ASUS Prime Z390-A
Motherboard RAM: DDR4
Chipset Type: Intel Z390
Memory Clock Speed: 2400 MHz
Memory Storage: 32 GB
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Intel Core i5-9400 Desktop Processor 6 Cores
Intel Core i5-9400 Desktop Processor
CPU: If you want to mine with a CPU alone, you will need to select a high-end one. However, in this case, we will be using a GPU for our mining. So you can pick a moderate or low-end CPU for our bitcoin miner. It is better that you pick up an Intel 8th or 9th Generation 1151 Socket CPU. RAM: ‎DDR4
CPU Model: Core i5
CPU Speed: 2.9 GHz
Memory Clock Speed: ‎2900 MHz
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Patriot Viper Elite Series 4GB 2400MHz Single Channel Cas 6 DDR4
Patriot Memory Viper Elite Series DDR4 8GB 2400MHz (PC4-19200) Single Module
RAM: The RAM is comparatively a less important component for our mining setup but a required part nonetheless. RAM: DRAM
Item Weight: ‎1.44 ounces
Memory Storage: 16 GB
Memory Clock Speed: 2133 MHz
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Bewinner Memory RAM DDR2 4GB
Bewinner Memory RAM DDR2 4GB
Item Weight: ‎1.06 ounces
Memory Storage: 4 GB
Memory Clock Speed: 800 MHz
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Corsair HXi Series
Corsair HXi Series, HX1200i, 1200 Watt, 80+ Platinum Certified
PSU: Any PSU with a 1200 W Platinum rating will do Connector Type: connector:16
Item Weight: 1 Pounds
Output Wattage: 1200
Form Factor: ATX12V
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Straight Power 11 Platinum 1200W
Straight Power 11 Platinum 1200W
PSU Connector Type: PCI Express
Item Weight: ‎8.1 pounds
Output Wattage: 1200
Fan Count : 1
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MintCell 6-Pack PCIe 6-Pin 16x
MintCell 6-Pack PCIe 6-Pin 16x to 1x Powered Riser Adapter Card
Risers: PCI-e risers allow the GPU to be elevated from the Motherboard for better cooling and increasing airflow. Style: Simple
Hardware Platform: ‎PC
Item Weight: ‎1.01 pounds
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Ubit 6 Pack Latest PCI-E Riser Express Cable 16X to 1X
Ubit 6 Pack Latest PCI-E Riser Express Cable 16X to 1X.
Risers Hardware Interface: PCI, USB 3.0
Style: 009S
Operating System: Linux
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Samsung SSD 860 EVO 250GB 2.5 Inch SATA III Internal SSD
Samsung SSD 860 EVO 250GB 2.5 Inch SATA III Internal SSD
SSD: Any 240 GB or larger SATA SSD will do. Digital Storage Capacity: 250 GB
Special Feature: Data Recovery Service
Connectivity Technology: SATA
Hard Disk Form Factor: 2.5 Inches
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Crucial BX500 240GB 3D NAND SATA 2.5-Inch Internal SSD
Crucial BX500 240GB 3D NAND SATA 2.5-Inch Internal SSD
SSD Hard Disk Interface: Serial ATA
Special Feature: Data Portable
Connectivity Technology: SATA
Hard Disk Size: 240 GB
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Mediabridge Ethernet Cable
Mediabridge Ethernet Cable (15 Feet)
Internet connection:Ethernet Cable Compatible Devices: Server, Router, Printer
Special Feature: Data Transfer, High Speed
Cable Type: RJ45
Memory Clock Speed: Component, Ethernet
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TP-Link AC600 USB WiFi Adapter for PC
TP-Link AC600 USB WiFi Adapter for PC
Internet connection: Any Wi-Fi Adapter Compatible Devices: Laptop, Desktop
Hardware Interface: USB
Compatible Devices: Laptop, Desktop
Item Weight: 18.14 Grams
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RXFSP 6/8 GPU Aluminum Stackable Open Air Mining Computer Frame Rig
RXFSP 6/8 GPU Aluminum Stackable Open Air Mining Computer Frame Rig
Mining Rig: You can make your own 6 GPU Mining rig frame. Alternatively, you can buy one. Fan Size: 120 Millimeters
Motherboard Compatability: Micro ATX
Cooling Method: Air
Fan Count: 2
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Samsung USB3.0 64 GB Flash Drive (Titan Grey)
Flash Drive: Any USB Flash Drive with a 5GB capacity or more Special Feature: Waterproof, Shockproof, Temperature Proof
Hardware Interface: USB 3.0
Memory Storage: 64 GB
Write Speed: 200 MB
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Self-Locking Nylon Cable Ties Zip Ties
Dxg 100 Pack 6 Inch 2.5150mm Self-Locking Nylon Cable Ties Zip Ties
Zip Ties: You will need 20+ Nylon Cable Ties also known as Zip ties. Material: Plastic
Style: Heavy Duty
Number of Pieces: 500
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JacobsParts PCI Express Power Splitter Cable
JacobsParts PCI Express Power Splitter Cable 8-pin to 2x 6+2-pin
PCI-e Y-Splitter: You may need a PCI-e Y-Splitter if you are not using the PSU unit mentioned above. Connector Gender: Male
Connector Type: 8 Pin PCIe
Shape: Round
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Cryptocurrencies That Can be Mined Using the Rig

Your Nvidia GPUs are capable of handling many algorithms for mining. These includes Lyra2REv3, MTP, X16RT, X25X, Ethash, CryptoNightGPU, Cuckaroo29s and Zhash, just to name a few.

Full List of Cryptocurrencies that can be mined

Name of Cryptocurrency Name of Algorithm
Aion (AION) Equihash (10,9)
BitcoinZ (BTCZ) Zhash
Bitcoin Gold (BTG) Equihash
Beam (BEAM) BeamHashII
Beam II Nicehash BeamHashII
Conflux (CFX) Octopus
Ethash Nicehash Ethash
Ethereum (ETH) Ethash
Ethereum Classic (ETC) Ethash
Sinovate (SIN) X25X
SnowGem (XSG) Zhash
Swap (XWP) Cuckaroo29s
Ubiq (UBQ) Ubqhash
Veil (VEIL) X16RT
Zcoin (XZC) MTP
Zel (ZEL) ZelHash

How to Build a Mining Rig

After you’ve successfully gathered all the components needed, you will have to start assembling the rig. It may seem like a daunting task initially, but it’s like building a Lego set if you follow the instructions accurately.

Step 1) Attaching the Motherboard

Your 6 GPU+ capable motherboard should be placed outside the mining frame. Experts suggest putting the package box with foam or an anti-static bag beneath it. Before going for the next step, make sure that the lever holding down the CPU socket protection has been released.

Attaching the Motherboard
Attaching the Motherboard

Step 2) Attaching the processor

Next, you have to attach your processor to the Motherboard. Insert your selected CPU into the motherboard socket. Be careful while removing as there will be some thermal paste stuck to the CPU fan. Make a mark on both the motherboard socket as well as the side of the CPU.

These markings need to be done on the same side while attaching them, or the CPU will not fit into the socket. However, you need to be extra careful with the CPU pins while placing your processor into the motherboard socket. They can easily bend, which will damage the whole CPU.

Attaching the processor

Attaching the processor

You should have the manual handy with you at all times. Refer to it when you install the heat sink on top of the CPU.

You need to take the thermal paste and apply it to the heat sink’s surface before you attach the processor. The heat sink’s power cable should be connected to the pins titled “CPU_FAN1”. You should check your motherboard manual to locate it if you don’t spot it easily.

Attaching the processor

Attaching the processor

Step 3) Installing RAM

The next step involves installing the RAM or system memory. It is pretty simple to insert the RAM module into the RAM socket in the Motherboard. After opening the motherboard slot’s side brackets, carefully start to push the RAM module into the RAM socket.

You have to be extra careful in this step as the RAM can only lock into the socket in one way. Sometimes you need a harder push to place the RAM in the correct slot but be careful not to damage it. The side brackets are designed to lock in automatically when the RAM has been fitted correctly.

Installing RAM

Installing RAM

Step 4) Fixing Motherboard to frame

Depending on your mining frame or whatever you are using as a substitute, you have to carefully place the Motherboard onto the frame.

You should take extra care when handling the Motherboard as you do not want to scratch the bottom. In case you have a mining rig with a metal frame, the Motherboard should only touch the frame at the point where the holes for screws are present. Tightly fix the screws to attach the Motherboard firmly.

Fixing Motherboard to frame

Fixing Motherboard to frame

Step 5) Attaching the Power Supply Unit

Your Power Supply Unit should be placed somewhere near the Motherboard. Make sure you have enough space in the mining rig to include the PSU in it. Search for the 24-pin power connector present in motherboards. They normally have a single 24 pin connector.

They should be attached to the Motherboard firmly, or the mining rig will not boot. The CPU’s 8-pin power connector should be connected to the Motherboard located closest to the processor. You should always be careful not to mix up PCI-e 6+2 power conductor and the CPU connector as they are both 8 pin connectors. CPU cables are thicker in comparison to the PCI-e cable.

Attaching the Power Supply Unit

Attaching the Power Supply Unit

Step 6) Attaching USB risers

The x16 USB riser has to be assembled with the PCI-e x1, which is the shorter PCI-e x1 connector. This needs to be connected to the Motherboard. To power the risers, you need an electric connection. This depends on your riser model as you might need either a PCI- e six-pin connectors, a SATA cable, or a Molex connector to connect it.

Be careful while connecting all the corresponding power cables to each of the USB risers. Use up to 2 Molex or SATA connectors for each PSU cable. Do not connect 3 or 4 power connectors to 3 or 4 risers as it can damage them.

Attaching USB risers

Attaching USB risers

Step 7) Attaching GPUs

The graphics cards should be placed firmly on the frame using the USB riser. Plug the PCI-e 6+2 power connectors into your GPU. You have to attach all these connectors to the remaining 5 GPUs later.

Attaching GPUs

Attaching GPUs

Step 8) Final Steps Lastly, you need to make sure if the cables are correctly connected. The graphics card, which is connected to the main PCI-E slot should be connected to your monitor.

After connecting the mouse and keyboard, proceed to turn your rig on. Do this by connecting the power switch to power pins on the Motherboard. If you’re not sure where to find it, you can check the motherboard manual.

If it boots, it’s a sign that the rig is working fine. When everything is correctly installed, you will see the BIOS message show up on your screen.

Starting the Cryptocurrency Mining Rig to Mine Bitcoin, Ethereum and more

Now that all the components have been attached, it’s time to turn on and configure the bitcoin miner. The first thing you have to do is configure the BIOS settings.

Step 1) BIOS configuration for mining:

Each motherboard model will have a different BIOS appearance. Pressing on F2 or DELETE will allow you to access the BIOS while booting.

After entering the BIOS setup press F7 to enter Advanced Mode. In the advanced tab, change the following settings to the ones given below:

  • Go to System Agent (SA) Configuration followed by DMI/OPI Configuration and set DMI Max Link Speed to Gen1
  • Go to System Agent (SA) Configuration and enter PEG Port Configuration. Change All PCIEX16_x to: Gen1
  • Go to PCH Storage Configuration and change the settings for All SATA devices that do NOT have an SSD to “Disabled”
  • Go to PCH Configuration and then to PCI Express Configuration. Change PCIe Speed to Gen1
  • Go to On-board devices Configuration. Change HD Audio Controller settings to “Disabled”
  • Go to APM Configuration settings and set the Restore AC Power Loss option to Power On. (this step is optional)

Next, go to the BIOS Boot settings and make the following changes:

  • Fast Boot: Disabled
  • Above 4G Decoding: Enabled

After these steps have been completed, plug your bootable USB Windows USB stick into the Motherboard.

Step 2) Windows 10 installation:

  • After switching the CPU on, the screen will display (copying files… getting files ready). Be sure not to enable Cortana or OneDrive.
  • You need to turn off location, relevant ads, speech recognition, diagnostics, and other tailored experiences. After that, the system will automatically reboot once everything is completed. Log in to Windows 10 and open Device Manager.
  • You should see the NVIDIA GeForce GTX 1070 and Intel Onboard Graphics. Install any updates that are due.

Step 3) Nvidia Driver Installation:

Windows automatically recognizes the driver for the GTX 1070. But it’s always preferred that you download the latest drivers from Nvidia’s website.

After downloading the relevant file, right-click on the installer and run as administrator. Select custom installation and uncheck everything except the graphics driver. You will be asked to restart once the process is finished.

Step 4) Tuning Windows 10:

Select the System option on the lower left-hand corner. Turn off everything in the Notification and actions option. Change the sleep settings to “never”. Click on the settings button in the performance section and click on the “Adjust for best performance”. Uncheck the automatically manage paging file size and set both the initial size and maximum size to 16384 MB. After this has been completed, close all the windows until you reach the “About” screen. You can make changes to the update and security section as you wish. Turning on the windows update will provide your computer with frequent updates. But it can also halt the entire mining process when updating takes place.

Installing other 5 GPUs

You should approach this next step with caution as it can get quite tricky.

The following steps will guide you through the entire process to set the remaining 5 GPUs.

  • Before beginning, make sure that the mining rig is powered off, including the master power on the PSU.
  • Go ahead and connect the Riser card and GPU for the open slot that is closest to the processor. Connect the Motherboard with the riser card.
  • Power up the PSU to turn the mining rig on.
  • Next, login and go to Display adapters under Device Manager. You should see the NVIDIA GeForce GTX 1070 card listed. If not, refresh the page a couple of times till it appears.
  • Repeat the above steps till you get all the cards on the Device Manager without any “alert” icon present.

Always be sure to power a maximum of two 1070s per power cable and a maximum of 2 Riser Cards per power cable from the PSU. Also, you should connect and power the GPUs one by one so that you can quickly isolate any issues that may arise when turning them on.


While installing the remaining 5 GPUs, a common issue is having them incorrectly identified by the Windows Device Manager. They may appear with a different name or with an alert icon beside their name. In either case, there are some things you can do to remedy the situation.

  • First, right-click to disable and then re-enable the device to check if it is recognized correctly.
  • Then, select the device and update its driver. Instead of searching for a driver, enter the path: C: /Nvidia/. This lets Windows search for the drivers in child directories and updates it automatically.
  • If the above steps don’t have any effect, uninstall the device by right-clicking on it. Go to Action and select scan for hardware changes.
  • Lastly, re-run the NVIDIA driver installer. A lot of times, it identifies the hardware correctly and installs the appropriate drivers.

If it still does not appear, check the following hardware parts:

  • Ensure that the riser card is properly fitted on the GPU and its power connections snug back to the PSU.
  • Check whether the 8-pin power to the GPU is properly connected.
  • Ensure that your riser card is functioning properly and the computer recognizes the slot to the Motherboard.
  • To check for your new riser card issues, try it with different GPUs to verify if they are working. If the riser card is fine, the problem can either be the GPU, or the Windows installation.


The above tutorial will help you build your very own 6 GPU mining rig. All the parts can be substituted with other components. However, if you follow the above tutorial accurately, you can become a successful cryptocurrency miner in no time. The whole process is simplified, keeping in mind first-time mining rig builders.

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