Hardware Setup Guide

Comprehensive guide to selecting, configuring, and optimizing hardware for SLYD provider operations.

Flexible Requirements

Scale from entry-level to enterprise with configurations for every budget.

GPU Support

Full support for consumer, professional, and data center GPUs.

Revenue Optimization

Hardware recommendations optimized for maximum revenue potential.

1

Minimum Hardware Requirements

Absolute minimum specs to join the provider network

These are the absolute minimum specifications required to join the SLYD provider network.

CPU Requirements

  • 64-bit x86_64 processor
  • Minimum 8 physical cores
  • Hardware virtualization (Intel VT-x or AMD-V)
  • AES-NI instruction set support

Memory Requirements

  • Minimum 32GB DDR4 RAM
  • ECC memory strongly recommended
  • Dual-channel configuration minimum
  • 2666 MHz or faster

Storage Requirements

  • 500GB available storage minimum
  • SSD for OS and container images
  • RAID configuration recommended
  • Enterprise-grade drives preferred

Network Requirements

  • 100 Mbps dedicated bandwidth minimum
  • Static IP address
  • Low latency (<50ms to major cities)
  • Unlimited or high data cap
2

Configurations matched to your scale and target market

Choose a configuration that matches your scale and target market.

Entry Level Provider

Perfect for getting started with 1-2 servers

Recommended Specs AMD Ryzen 9 5900X or Intel i9-12900K, 64GB DDR4-3200 ECC, 1TB NVMe + 4TB HDD, 1 Gbps fiber
Expected Capacity 10-15 small instances, 5-8 medium instances, $500-1000/month potential

Professional Provider

For serious providers with dedicated hardware

Recommended Specs Dual AMD EPYC 7443 or Intel Xeon Gold 6330, 256GB DDR4-3200 ECC, 2TB NVMe RAID1 + 10TB SAS RAID10, 10 Gbps
Expected Capacity 50-75 small instances, 25-35 medium instances, $3000-5000/month potential

Enterprise Provider

Data center scale operations

Recommended Specs (per server) Dual AMD EPYC 7763 (128 cores), 1TB DDR4-3200 ECC, 8TB NVMe + 50TB SAS, 40-100 Gbps, 4-8x NVIDIA A100/H100
Expected Capacity 200+ instances per server, premium GPU instances, $10,000+/month per server
3

GPU Hardware Recommendations

GPU models and configurations for premium workloads

GPU instances command premium rates. Here's what to consider for GPU deployments.

Consumer GPUs

Good for development/testing

  • NVIDIA RTX 4090
  • NVIDIA RTX 4080
  • NVIDIA RTX 3090 Ti
  • AMD RX 7900 XTX

Professional GPUs

Ideal for most workloads

  • NVIDIA A40
  • NVIDIA A30
  • NVIDIA T4
  • NVIDIA RTX A6000

Data Center GPUs

Maximum performance

  • NVIDIA H100
  • NVIDIA A100
  • NVIDIA V100
  • AMD MI250X

GPU Revenue: GPU instances typically generate 5-10x more revenue than CPU-only instances, making them an excellent investment for providers.

4

Storage Configuration

Optimize storage for performance and reliability

Optimize your storage setup for performance and reliability with a tiered approach.

Tier 1: OS & Container Images

  • Type: NVMe SSD
  • Size: 500GB - 2TB
  • RAID: RAID 1 (mirror)
  • Purpose: Fast boot and image deployment

Tier 2: Instance Storage

  • Type: SAS SSD or fast NVMe
  • Size: 2TB - 10TB
  • RAID: RAID 10
  • Purpose: Active instance data

Tier 3: Bulk Storage

  • Type: Enterprise HDD
  • Size: 10TB+
  • RAID: RAID 6 or RAIDZ2
  • Purpose: Backups and archives
5

Network Infrastructure

Network equipment and connectivity requirements

Network performance directly impacts user experience and revenue.

Network Cards

  • 10Gbps minimum for professional
  • Intel X710 or Mellanox ConnectX
  • SR-IOV support for performance
  • Dual-port for redundancy

Switching

  • Managed switches required
  • VLAN support
  • Low-latency switching
  • Redundant power supplies

Internet Connection

  • Business-grade SLA
  • Multiple upstream providers
  • BGP routing (advanced)
  • DDoS protection
6

Power and Cooling

Infrastructure requirements for reliability

Proper power and cooling infrastructure is essential for reliability.

Power Requirements

CPU: 200-300W Per high-end processor
GPU: 300-700W Per data center GPU
RAM: 3-5W Per DIMM
Storage: 10-15W Per drive
Overhead: +20% For efficiency losses

Always provision 30-50% extra power capacity for future expansion and peak loads.

Cooling Requirements

Cooling Capacity 1 ton of cooling per 3.5kW of IT load
Ambient Temperature Maintain 18-27°C (64-80°F)
Airflow Management Hot/cold aisle separation recommended
Monitoring Monitor inlet and exhaust temperatures

Backup Power (UPS)

Runtime 15-30 minutes minimum
Auto-shutdown Integration with server OS
Management Network management card
Generator Hookup for extended outages
7

Hardware Optimization Tips

Maximize performance and efficiency

Maximize performance and efficiency with these optimization strategies.

BIOS/UEFI Settings

  • Enable virtualization extensions
  • Disable power saving features
  • Set performance profile
  • Enable NUMA if available
  • Configure memory interleaving

Thermal Management

  • Quality thermal paste application
  • Regular dust cleaning schedule
  • Monitor fan speeds and temps
  • Consider liquid cooling for GPUs
  • Maintain positive air pressure

Reliability Features

  • Use ECC memory
  • Implement RAID for all storage
  • Redundant power supplies
  • Out-of-band management (IPMI)
  • Hardware monitoring alerts
8

Scaling Your Infrastructure

Plan for growth from the beginning

Plan for growth from the beginning to scale efficiently.

Growth Planning Checklist

Power capacity for 2x current load Plan for future expansion needs
Cooling headroom for expansion Ensure cooling can handle growth
Rack space for additional servers Physical space for new hardware
Network ports and bandwidth available Network infrastructure ready to scale
Standardized hardware for easy additions Consistent hardware simplifies management
Automation tools for management at scale Scripts and tools for efficient operations