How to Run Multiple Systems Together or Manage Them as Mining Cluster

Running multiple systems together as a mining cluster involves organizing your hardware and software in a way that maximizes mining efficiency, stability, and ease of management. Here's a step-by-step breakdown of how to build and manage a mining cluster:

---

🧱 1. Basic Requirements

🖥️ Hardware

• Multiple mining rigs (can be GPUs, ASICs, or a mix)

• Stable power supply (with surge protection)

• High-speed internet (preferably wired)

• Network switch/router

• Cooling system (fans, AC, etc.)

💽 Software

• Mining operating system (Hive OS, RaveOS, SimpleMining, or custom Linux/Windows)

• Mining software (PhoenixMiner, TeamRedMiner, CGMiner, etc.)

• Wallet for your cryptocurrency

• Mining pool account

---

⚙️ 2. Cluster Architecture

A. Network Setup

• Use a local LAN with static IPs or DHCP reservations for each miner.

• Connect all mining rigs to a central switch/router.

• Ensure consistent internet access across all nodes.

B. Central Management

Use a mining OS with centralized control dashboards:

• Hive OS – Manage multiple rigs from one web interface.

• RaveOS – Similar centralized control, automatic updates.

• Awesome Miner – For Windows, supports remote management of multiple rigs.

---

🧠 3. Mining Software Configuration

• Install mining software on each node or use a mining OS that includes it.

• Configure each rig to mine to the same pool using your wallet address.

• Use the same algorithm and coin for uniformity.

---

🔧 4. Monitoring & Automation

• Enable remote access (SSH, VNC, or via mining OS dashboards).

• Set up auto-reboot on crash, watchdogs, and temperature limits.

• Use mining OS features or scripts for:

  • Power cycling

  • Auto-updating software

  • Switching coins/algorithms based on profitability

---

📊 5. Performance Optimization

• Undervolt and overclock GPUs (via BIOS or mining OS tools).

• Benchmark different miners and pools for best results.

• Monitor temperatures and hash rates regularly.

---

🔐 6. Security

• Change default passwords on all devices.

• Use firewalls and limit access to management interfaces.

• Monitor for malware or unauthorized access.

---

✅ Example with Hive OS

1. Flash Hive OS on all rigs.

2. Connect all to the internet and power.

3. Create a "Flight Sheet" (coin, wallet, pool, miner).

4. Apply it to all rigs from the web dashboard.

5. Monitor and manage hash rate, temperature, fan speed, etc., remotely.

---

🧰 Tools & Resources

Tool	Purpose
Hive OS	Mining OS with web UI
Awesome Miner	Windows miner manager
Minerstat	Cloud mining management
TeamViewer	Remote desktop control
NetBox or NMS	IP/device monitoring

 

What Kind of CPU Can Give Hash Speed on YesPower Above 100kh/s

 To achieve hash speeds above 100 kH/s on the Yespower algorithm, you need a high-end modern CPU with many cores and threads, along with high memory bandwidth and good thermal management. Here's what to look for and some CPUs that can typically hit or exceed 100 kH/s:

✅ CPU Requirements for 100+ kH/s on Yespower

• High core/thread count (Yespower is multi-thread friendly)

• High clock speed per core (3.5 GHz+ boost is helpful)

• Modern architecture (Zen 3, Zen 4, Alder Lake, Raptor Lake, etc.)

• Efficient cooling (Yespower is CPU-heavy and can thermal throttle)

• Good memory bandwidth and low latency

---

🔝 CPUs That Can Do 100+ kH/s on Yespower

Here are some examples based on real-world mining performance:

🔹 AMD Ryzen Threadripper

• Example: Threadripper 3960X, 3970X, 3990X

• Hashrate: 100–500+ kH/s depending on model

• Notes: Expensive but excellent for CPU mining due to massive thread count.

🔹 AMD Ryzen 9 (Zen 3 or Zen 4)

• Example: Ryzen 9 5950X (16 cores / 32 threads)

  • Around 115–130 kH/s

• Example: Ryzen 9 7950X / 7950X3D

  • Up to 150+ kH/s with tuning

• Great power efficiency and cooling options.

🔹 Intel Core i9 (12th–14th Gen)

• Example: i9-13900K / 14900K

  • 100–130 kH/s possible

• High single-core performance and many threads.

---

⚠️ Things to Keep in Mind

• TDP & Power: These CPUs can draw a lot of power under load.

• Thermal throttling: Use a high-end air or liquid cooler.

• Mining software: Use optimized miners like cpuminer-opt or yespower miner forks.

• OS tuning: Disable power saving features, use performance governors, etc.