Performance Benchmark & Validation Standards

Pulse PCs LLC Internal Testing Criteria

At Pulse PCs LLC, every system must meet defined performance and stability benchmarks before approval for shipment. These benchmarks are designed to validate real-world reliability under sustained workloads—not just short synthetic bursts.

1. CPU Stability & Performance Validation

Each system undergoes sustained processor load testing.

Minimum Validation Requirements:

  • 30–60 minutes sustained 100% CPU load

  • No system crashes, throttling errors, or instability

  • CPU temperatures remain within manufacturer-recommended limits

  • No sustained thermal throttling under controlled airflow conditions

Performance Expectation Standard:

  • Multi-core benchmark scores must align within ±5% of expected performance for the CPU model installed

  • Boost clocks must reach manufacturer-advertised ranges under proper cooling

2. GPU Load & Graphics Stability Testing

Graphics systems are validated under extended load to simulate gaming and rendering environments.

Minimum Validation Requirements:

  • 30+ minutes of sustained GPU load

  • No artifacting, driver instability, or thermal shutdown

  • GPU temperatures within safe manufacturer-defined limits

Performance Expectation Standard:

  • Benchmark results within ±5–8% of typical published performance for that GPU tier

  • Stable frame pacing during stress testing

3. Memory Stability Standards

Memory instability is one of the most common causes of system failure. Every build must pass:

  • Full memory diagnostic testing

  • XMP/EXPO validation (if enabled)

  • No memory errors under stress conditions

Performance Standard:

  • RAM operating at rated speeds and timings

  • No WHEA errors or memory-related system logs during testing

4. Storage Performance Verification

Primary NVMe drives must meet expected throughput benchmarks.

Validation Criteria:

  • Sequential read/write speeds within ±10% of manufacturer specifications

  • No SMART errors or integrity warnings

  • OS boot consistency testing

5. Thermal Performance Benchmarks

Thermal stability is essential for long-term reliability.

Under Sustained Load:

  • No thermal throttling

  • CPU and GPU operating within safe thermal ranges

  • Balanced airflow confirmed via monitored temperature differentials

Systems are designed to maintain stable thermals during:

  • Extended gaming sessions

  • Content rendering workloads

  • Streaming or multitasking environments

6. Power Stability & Load Margin

Each build must demonstrate electrical stability under combined CPU and GPU load.

Power Standards:

  • PSU capacity includes 20–30% overhead above estimated peak draw

  • No voltage irregularities during stress testing

  • No unexpected shutdowns under synthetic combined load

7. Real-World Performance Tier Benchmarks

To increase transparency, you may optionally categorize builds by tier:

Gaming Performance Tiers

  • 1080p High-FPS Tier: Designed for competitive titles exceeding 144 FPS in optimized settings

  • 1440p Performance Tier: Stable high settings gameplay with strong frame pacing

  • 4K Capable Tier: Optimized for high-resolution gaming with appropriate GPU class

Workstation Performance Tiers

  • Content Creation Tier: Optimized for video editing and rendering workloads

  • Professional Productivity Tier: Stable performance under sustained CPU-intensive tasks

  • AI/Compute Tier: GPU memory capacity and processing power appropriate for entry to advanced AI workflows