Learn how to build Filecoin mining rig in a detailed guide, the key components required, and a step-by-step guide for the assembly of a Filecoin mining rig.
There are many components for Filecoin mining machine servers, mainly including CPU, SSD, hard disk, GPU, memory, motherboard, network card, display card, board connector, radiator, etc
Here are the basic steps to build a Filecoin miner using DIY pre-built components to mine FIL:
- Attach the motherboard
- Attach the processor
- Install the RAM
- Attaching the PSU
- Attaching USB risers
- Attaching GPUs
We will walk you through the steps needed to get started building Filecoin mining rig. So, let’s get cracking.
Read More: IPFS & Filcoin Mining: How to Choose Filecoin Mining Rig
What is Filecoin Mining
Created by Protocol Labs, Filecoin is a decentralized storage network that aims to turn cloud storage into an algorithmic marketplace
The Filecoin platform employs a different strategy from Bitcoin and other cryptocurrency mining. Filecoin miners provide users with storage space to meet their needs for data storage rather than computing power. In other words, a Filecoin miner functions as a “database” in the Filecoin ecosystem.
The system is designed to provide miners with a financial incentive to amass the greatest amount of storage space in order to rent it out to clients. The Filecoin protocol directly connects the system’s mining component to data storage and retrieval.
Read More: How to Mine Filecoin: Complete Guide (Steps)
Components Required to Build a Filecoin Mining Rig
The server for the Filecoin mining machine is actually a highly configured computer with powerful hardware. An extensive amount of storage space and broadband resources are needed for IPFS mining, which is a POST-based mining technique. The mining equipment is crucial for the mining of Filecoin. The mining capacity of a machine is directly dependent on its configuration.
For Filecoin mining machine servers, there are numerous components, primarily including the CPU, SSD, hard drive, GPU, memory, motherboard, network card, display card, board connector, radiator, etc.
CPU
The core of efficient storage capacity growth is the CPU; multi-core, high-frequency CPUs will significantly speed up the packaging of storage. The efficiency of the CPU controls how quickly the computing power of the Filecoin mining machinery grows. The computing power of Filecoin mining equipment increases more quickly with CPU power.
GPU
GPU helps miners complete SNARK calculations in a finite amount of time, which is its primary purpose. The main role of GPU in Filecoin is to generate “proof of replication”. In order to increase the flexibility of the GPU, Protocol Labs will also investigate the use of the GPU in other areas. The GPU performs some calculations more quickly, inexpensively, and logically from a technical standpoint than the CPU.
Ram
Memory (RAM) improves sealing speed: the application of memory in Filecoin mining is mainly reflected in two points:
- encapsulate file storage momentarily.
- The operation of each link of running the mining program is used when calculating the data cache
The memory is a data “highway” connecting the hard disk and the CPU. An increase in memory can, to some extent, speed up sealing.
Network Card
The network card boosts the stability and security of data processing: As one of the server’s accessories for the Filecoin mining machine, the network card’s data throughput and quality are crucial to the server’s efficiency. The network card chip is responsible for enabling network cards to function, and the network card’s stability and speed are governed by the network card chip’s quality. In terms of 25G and higher-speed Ethernet cards, Nvidia Mellanox currently holds a 69% market share, surpassing Intel. Nvidia ConnectX-5 EN 25G network cards can significantly boost CPU, GPU, and FPGA performance while also enhancing data center efficiency and maximizing return on investment.
Disco
According to the recommendations on the official Filecoin website, a minimum amount of NVMe-based disk space of 1TiB is advised for caching that should be used to store data during the sealing process, to cache Filecoin parameters, and to serve as a general temporary storage location. Additional hard drives will also be needed for final storage of “sealed sectors”, Lotus chain, etc.
How to Build a Filecoin Mining Rig
It’s time to build a Filecoin mining rig now that we’ve covered the components required.
Make sure the lever securing the CPU socket is in the released position. The motherboard should then be placed outside the mining frame on top of something that will prevent static electricity from affecting it, such as a foam box or an anti-static bag.
Connect the processor to the motherboard. Make a mark on the motherboard and CPU sockets to help you remember which one is which later. Additionally, exercise caution when connecting the CPU pins to the motherboard because they have a tendency to bend easily and harm the entire processor.
It is very simple to insert a RAM module into a motherboard’s RAM socket. After releasing the side brackets of the motherboard slot, carefully push the RAM module into the RAM socket. Since the RAM may only lock into the socket in one direction, care must be taken when installing it in the proper orientation.
The filecoin mining rig won’t start if the PSU isn’t tightly connected to the motherboard. The motherboard slot closest to the processor should receive the 8-pin power connector for the CPU.
These are required to connect the GPUs to the motherboard. Put them into the motherboard’s accessible PCI slots.
Using USB risers, the GPUs are mounted securely to the frame. Next, connect the GPUs’ PCI-e 6+2 power connectors. Finally, before turning on the filecoin mining rig, double-check that all the cables are connected correctly. It’s ready to start mining for Filecoin once everything has been plugged in.
How to Install a Filecoin Mining Rig
To setup a Filecoin mining rig, you must first download mining software. 250GB ought to be your swap size. To do this, go into your BIOS and change the “Advanced Memory Configurations.”
Save your changes after that, and then restart your computer. The following action you must take is to mount your SATA drive. The Filecoins will be kept on this hard drive.
To finish the filecoin mining rig installation:
- The IP address of LAN users should be fixed.
- Change files limit.
- Set up your firewall to allow connections to Filecoin.
- Nvidia graphics card drivers should be installed after updating Lotus.
- Create a wallet.
- Launch the storage miner for Lotus.
- Put environment variables in place.
- the configurations for the miner.
- Run Lotus-storage-miner. Add new storage.
- The seal worker is launched to begin the seal-working process.
Conclusion: Start Mining Filecoin
Mining for Filecoin is still very profitable if you know what to do. The profitability of a DIY Filecoin miner could be improved by using pre-built components.
Follow the steps to build a Filecoin miner with DIY pre-built components to mine Filecoin:
- Attach the motherboard
- Attach the processor
- Install the RAM
- Attaching the PSU
- Attaching USB risers
- Attaching GPUs
FAQs
Can Filecoin be Mined?
The mining process used by Filecoin is distinct from the conventional mining process used by Bitcoin and other cryptocurrencies. The Filecoin network uses the Proof-of-Replication (PoRep) and Proof-of-Spacetime (PoST) consensus algorithms.
Why do We Need Filecoin?
Filecoin functions as a decentralized storage marketplace on the blockchain, which rewards network participants who help in storing files and retrieving them. — Built as an incentive layer for IPFS, Filecoin powers a new, decentralized internet where storage is owned and operated by its users.
Where to Buy Filecoin
There are several methods you can use if you want to purchase Filecoins. The simplest way is to purchase it from an exchange. Currently, the most popular exchanges that support Filecoin are: Binance, Kraken, Coinbase.
