How to Set Up and Start Mining with the BTC-T37 Mining Motherboard

Why BTC-T37? Lower Consumption, Higher Profits
Purpose-built for mining, the BTC-T37 is compact, efficient, and simple to scale. It supports up to eight GPUs, has onboard CPU and networking, and offers multiple storage options. Fewer add-ons = lower idle draw and a cleaner build.
BTC-T37 Specifications (as supplied)
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Processor: Onboard Intel® Celeron® CPU
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Chipset: Intel® HM77
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GPU Interface: 8 × PCIe x16 (physical) at PCIe x1 Gen2 speed
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Memory: 1 × DDR3 SODIMM (1066/1333/1600 MHz)
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Audio: None
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Network: Realtek RTL8111F Gigabit LAN (supports PXE/network boot)
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Storage: 1 × SATA 3.0, 1 × SATA 2.0, 1 × mSATA 2.0
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USB: 4 × USB 2.0 (rear) + 2 × front-panel USB 2.0 header
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Super I/O: ITE IT8772E
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Headers/Extensions: 1 × COM, 1 × PS/2, 1 × chassis fan
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PSU: 24-pin ATX main power
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Form Factor: 470 mm × 195 mm
Practical notes: DDR3 SODIMM (laptop-style) RAM, onboard CPU means no separate processor purchase, and mSATA lets you keep wiring tight on open-air frames.
What You’ll Need
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BTC-T37 motherboard (above) + DDR3 SODIMM (4–8 GB recommended)
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Storage: mSATA SSD (recommended) or 2.5" SATA SSD (≥120 GB)
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GPUs: Up to 8, with quality risers (6-pin/PCIe powered)
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PSU(s): Size for total wattage + 20–30% headroom (e.g., 2000 W for 8 mid/high-end GPUs)
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Open-air frame, fans, and cable ties for airflow and safety
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OS: Windows 10/11, HiveOS, or RaveOS (HiveOS is popular for remote control)
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Wallet address for your chosen coin and a mining pool account (if required)
Step 1 — Assemble the Rig
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Mount the board on the frame (standoffs to avoid shorts).
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Install RAM (DDR3 SODIMM) and mSATA/SATA SSD.
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Power: Connect the 24-pin ATX to the board.
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GPUs: Seat risers in the eight PCIe slots; power risers and GPUs with dedicated PCIe cables (avoid splitters where possible).
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Cooling: Connect the chassis fan header and arrange airflow across GPUs and the board.
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Display/Access: Plug in keyboard, HDMI (via a GPU), and Ethernet to the RTL8111F port.
PSU tips:
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Prefer a single high-capacity PSU. If using two, use a dual-PSU sync adapter so both turn on/off together.
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Don’t mix rails on a single device (e.g., don’t power one riser from PSU A and the same GPU from PSU B).
Step 2 — BIOS/UEFI Quick Setup
On first boot (DEL/F2), set:
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Init Display: PCIe/GPU
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Above 4G Decoding: Enabled (for 6–8 GPUs)
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PCIe Speed: Gen2 or Auto (stable with risers)
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CSM/Legacy: As required by your OS
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PXE Boot: Optional (handy for network images with the RTL8111F NIC)
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Fan Control: Full/Performance if temps are high
Save & exit.
Step 3 — Install the OS
HiveOS/RaveOS (recommended for farms):
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Flash the image to USB/SSD, set worker credentials, boot, and it will auto-enrol to your dashboard.
Windows 10/11 (simple for single rigs):
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Install to mSATA/SATA SSD.
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Install GPU drivers (NVIDIA/AMD) and set Power Plan: High Performance.
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Disable sleep/hibernation/screensaver.
Step 4 — Mining Software (Choose by Algorithm/Coin)
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SHA-256 (BTC via marketplace/NH): CGMiner, BFGMiner, NiceHash Miner
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Etchash (ETC): lolMiner, PhoenixMiner
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KawPow (RVN): T-Rex, TeamRedMiner (AMD)
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Scrypt (LTC/DOGE): CGMiner (for ASICs), MultiMiner for test labs
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Multi-algo farms: HiveOS flight sheets, RaveOS templates
Always download miners from the official source. Whitelist in AV if needed.
Step 5 — Connect to Any Mining Pool (Generic)
Every pool gives you a stratum URL, a port, and a wallet (or username) format. Edit your miner settings accordingly.
Generic command-line pattern:
Windows .bat example (lolMiner for ETC):
HiveOS flight sheet fields (example):
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Wallet: 0xYourWallet
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Coin: ETC (or your target)
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Pool: “Configure in miner” →
stratum+tcp://POOL_URL:PORT
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Miner: lolMiner (pass
--algo ETCHASH
in miner extra args) -
Worker name:
Worker01
Step 6 — First Launch & Validation
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Start the miner and watch for: GPU detection, hashrate, accepted shares.
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In the pool dashboard, confirm the worker appears and shares are submitting.
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If hashrate is unstable, test different risers/PCIe slots and check PSU headroom.
Step 7 — Tuning for Efficiency
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Power Limits & Clocks:
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NVIDIA: lower power limit first, then adjust core/mem.
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AMD: set core voltage and memory timing strap as supported.
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Target temps: 55–70 °C; keep hotspot under vendor limits.
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Airflow: Front-to-back or bottom-up—avoid recirculation.
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Cable hygiene: Dedicated PCIe cables per GPU when possible.
Step 8 — Maintenance & Uptime
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Dust control: Clean filters and fans monthly.
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Logs: Check rejected share rate (<1–2% ideal).
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Firmware/Drivers: Update only when stable; test on one rig first.
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Backups: Export HiveOS worker or keep a Windows image to reflash quickly.
Troubleshooting Cheatsheet
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No GPU detected: Re-seat riser, try another PCIe slot, swap USB cable, check PSU cable.
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Rig freezes under load: Increase power limit slightly, reduce memory OC, verify PSU capacity.
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High rejects: Wrong pool/port, unstable OC, poor network latency—switch to a regional endpoint.
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Random reboots: Mixed rails on a GPU, bad riser, or undervoltage—standardize cabling and test one card at a time.
Safety & Compliance
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Use surge protection and proper earthing.
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Don’t overload circuits; consult a licensed electrician for multi-kilowatt setups.
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Ensure clear airflow; avoid flammables around the rig.
Wrap-Up
With its onboard Celeron, HM77 chipset, 8× PCIe layout, and PXE-capable Gigabit LAN, the BTC-T37 makes multi-GPU builds clean and efficient. Follow the steps above, point your miner at any pool, and you’ll be hashing—and optimizing—within minutes.