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# Buy or Build Your Hosting Node
You have two main paths to becoming a hoster on the Mycelium stack:
- **Buy a preconfigured node** from an official vendor.
- **Build your own node** from compatible hardware.
Both can earn SPORE; the right choice depends on your budget, time, and hardware skills.
## Option 1: Buy a PreBuilt Node (Easiest)
### Why Buy PreBuilt?
**Plugandplay** Arrives ready to host.
**Vendor support** Get help when you need it.
**Optimized hardware** Tested configurations for 24/7 uptime.
**Warranty** Hardware support and replacements.
**Quick start** Hosting within hours after delivery.
### Where to Buy
:::info Official Node Vendor
Purchase certified nodes from **YourData Network**:
[yourdata.network/product-category/nodes](https://yourdata.network/product-category/nodes/)
These nodes are preconfigured, tested, and ready to join the grid.
:::
### What to Look For
When selecting a prebuilt node, consider:
- **Capacity** CPU cores, RAM, and SSD size.
- **Power Efficiency** Lower watts = better longterm returns.
- **Warranty & Support** Vendor guarantees and replacement policies.
- **Shipping & Duties** Full landed cost, not just hardware price.
### Typical Node Profiles
**Entry Level**
- 48 CPU cores.
- 16GB RAM.
- 500GB1TB SSD.
- Very low power (~50W) ideal for home hosting.
**Mid Range**
- 816 CPU cores.
- 3264GB RAM.
- 12TB SSD.
- Balanced performance (~100W).
**High Performance**
- 16+ CPU cores.
- 64128GB+ RAM.
- 2TB+ SSD (often multiple drives).
- Designed for maximum capacity (~150200W).
### Specialized Edge & AI Nodes
Beyond traditional hoster nodes, there are **Edge Compute** and **Edge AI** configurations designed for highervalue workloads:
- **Edge Compute Node** GMKtec NUCBox M6 Ultra (Ryzen 5 7640HS, 32GB RAM).
- **Edge AI Node** Ryzen AI MAX+ 395 platform (128GB RAM, integrated NPU).
Why consider these?
- Higher earning potential for computeheavy and AI workloads.
- Optimized for hybrid usage (your private workloads + rented capacity).
- Futureproof for Mycelium Agent workloads and advanced cloud use cases.
For details, see **[Advanced Node Options](/hosters/advanced-nodes)**.
## Option 2: Build Your Own Node (DIY)
### Why Build Your Own?
**Lower upfront cost** Reuse or repurpose existing hardware.
**Flexibility** Choose exactly which components you run.
**Learning experience** Understand the stack in depth.
**Upgrade path** Incremental improvements over time.
### Hardware Requirements (Guidance)
| Component | Minimum | Recommended |
|----------|---------|------------|
| **CPU** | 4 cores | 8+ modern cores (Ryzen / recent Intel) |
| **RAM** | 8GB | 1664GB depending on workloads |
| **Storage** | 500GB SSD | 1TB+ NVMe SSD (+ optional HDDs) |
| **Network** | 1 Gbps Ethernet | 1 Gbps+ wired, stable uptime |
### Compatible Hardware
**Processors**
- Intel Core i5/i7/i9 (6th gen or newer).
- AMD Ryzen 5/7/9.
- Intel Xeon / AMD EPYC for larger deployments.
**Storage**
- SATA or NVMe SSDs for primary capacity.
- HDDs for additional bulk storage.
- Hardware RAID or ZFS possible on some setups.
**Network**
- Standard Ethernet NICs.
- Wired connection strongly recommended for reliability.
### Where to Source Hardware
- **Repurpose** Old servers or workstations already on hand.
- **Consumer Parts** Build from offtheshelf PC components.
- **Used Enterprise** Refurbished servers from online marketplaces.
- **Local Dealers** Regional hardware vendors or system integrators.
:::tip Pro Tip
Start with one efficient node to learn the system before scaling. A modern lowpower configuration often has better net returns than an old, powerhungry server because of electricity costs.
:::
## Cost Considerations
### Initial Investment
| Item | PreBuilt | DIY |
|------|----------|-----|
| Hardware | ~$5003000+ | ~$2002000+ |
| Setup Time | 3060 minutes | 26 hours |
| Technical Skill | Low | MediumHigh |
| Support | Vendor | Community / selfmanaged |
### Operating Costs
Ongoing costs mainly come from:
-**Electricity** Varies by hardware profile and local rates.
- 🌐 **Internet** Often your existing line; businessgrade recommended for larger farms.
- 🔧 **Maintenance** Occasional drive or PSU replacements.
Approximate monthly electricity (very rough examples):
- Efficient mini PC (~20W): **$13/month**.
- Standard desktop (~75W): **$515/month**.
- Highperformance node (~150W): **$1030/month**.
## Making Your Decision
### Choose PreBuilt If
- You want the **simplest** path to becoming a hoster.
- You value **hardware support** and warranties.
- You prefer a **plugandplay** experience.
- Your time is more valuable than incremental cost savings.
### Choose DIY If
- You already have compatible hardware.
- You **enjoy technical projects** and tuning systems.
- You want to **optimize costs** aggressively.
- You're comfortable with BIOS, storage, and networking basics.
## What's Next?
Once you have a node (or a clear hardware plan), move on to:
**[Set Up Your Node](/hosters/setup)** Install ZeroOS, attach it to your farm, and start hosting capacity on the grid.
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:::tip Need Help Deciding?
Experienced operators and hosters can help you validate hardware ideas and ROI assumptions. Use your preferred community channels to ask for feedback.
:::