📊 Storage Performance Report

beastserver - Comprehensive Analysis

Generated January 18, 2026 at 12:56 PM

📋 Test Summary

Sequential Writes

Peak Throughput: 51 MB/s
Peak IOPS: 13,270
Best Latency: 9Ξs
Tests: 20

Sequential Reads

Peak Throughput: 64 MB/s
Peak IOPS: 16,417
Best Latency: 37Ξs
Tests: 20

Random Writes

Peak Throughput: 49 MB/s
Peak IOPS: 12,580
Best Latency: 6Ξs
Tests: 20

Random Reads

Peak Throughput: 111 MB/s
Peak IOPS: 28,488
Best Latency: 127Ξs
Tests: 19

📈 Performance Comparison

📊 Sequential Writes Performance Metrics

Peak Throughput

51
MB/s
4KB blocks, 8 threads

Peak IOPS

13,270
Operations/sec
4KB blocks, 8 threads

Best Latency

9
Microseconds
4KB blocks, 1 threads

Average Throughput

35
MB/s
Across 20 tests

📈 Performance Charts

⚙ïļ Optimization Recommendations

🚀 High Throughput

Block Size: 4KB
Threads: 8
Expected: 51 MB/s

Large file transfers, backups, streaming workloads

⚡ Low Latency

Block Size: 4KB
Threads: 1
Expected: 9Ξs

Real-time applications, databases, transactional workloads

⚖ïļ Balanced

Block Size: 512KB
Threads: 1
Expected: 43 MB/s

Mixed workloads, general-purpose storage

ðŸ’Ą Key Insights

  • Peak throughput of 51 MB/s achieved with 4KB blocks and 8 threads
  • Maximum IOPS of 13,270 achieved with 4KB blocks
  • Optimal thread count for average throughput is 8
  • Thread scaling efficiency averages 23.0%

📊 Sequential Reads Performance Metrics

Peak Throughput

64
MB/s
4KB blocks, 8 threads

Peak IOPS

16,417
Operations/sec
4KB blocks, 8 threads

Best Latency

37
Microseconds
4KB blocks, 2 threads

Average Throughput

44
MB/s
Across 20 tests

📈 Performance Charts

⚙ïļ Optimization Recommendations

🚀 High Throughput

Block Size: 4KB
Threads: 8
Expected: 64 MB/s

Large file transfers, backups, streaming workloads

⚡ Low Latency

Block Size: 4KB
Threads: 2
Expected: 37Ξs

Real-time applications, databases, transactional workloads

⚖ïļ Balanced

Block Size: 1MB
Threads: 2
Expected: 49 MB/s

Mixed workloads, general-purpose storage

ðŸ’Ą Key Insights

  • Peak throughput of 64 MB/s achieved with 4KB blocks and 8 threads
  • Maximum IOPS of 16,417 achieved with 4KB blocks
  • Optimal thread count for average throughput is 8
  • Thread scaling efficiency averages 30.6%

📊 Random Writes Performance Metrics

Peak Throughput

49
MB/s
4KB blocks, 8 threads

Peak IOPS

12,580
Operations/sec
4KB blocks, 8 threads

Best Latency

6
Microseconds
4KB blocks, 1 threads

Average Throughput

35
MB/s
Across 20 tests

📈 Performance Charts

⚙ïļ Optimization Recommendations

🚀 High Throughput

Block Size: 4KB
Threads: 8
Expected: 49 MB/s

Large file transfers, backups, streaming workloads

⚡ Low Latency

Block Size: 4KB
Threads: 1
Expected: 6Ξs

Real-time applications, databases, transactional workloads

⚖ïļ Balanced

Block Size: 512KB
Threads: 1
Expected: 44 MB/s

Mixed workloads, general-purpose storage

ðŸ’Ą Key Insights

  • Peak throughput of 49 MB/s achieved with 4KB blocks and 8 threads
  • Maximum IOPS of 12,580 achieved with 4KB blocks
  • Optimal thread count for average throughput is 8
  • Thread scaling efficiency averages 26.7%

📊 Random Reads Performance Metrics

Peak Throughput

111
MB/s
4KB blocks, 8 threads

Peak IOPS

28,488
Operations/sec
4KB blocks, 8 threads

Best Latency

127
Microseconds
4KB blocks, 1 threads

Average Throughput

49
MB/s
Across 19 tests

📈 Performance Charts

⚙ïļ Optimization Recommendations

🚀 High Throughput

Block Size: 4KB
Threads: 8
Expected: 111 MB/s

Large file transfers, backups, streaming workloads

⚡ Low Latency

Block Size: 4KB
Threads: 1
Expected: 127Ξs

Real-time applications, databases, transactional workloads

⚖ïļ Balanced

Block Size: 1MB
Threads: 2
Expected: 48 MB/s

Mixed workloads, general-purpose storage

ðŸ’Ą Key Insights

  • Peak throughput of 111 MB/s achieved with 4KB blocks and 8 threads
  • Maximum IOPS of 28,488 achieved with 4KB blocks
  • Optimal thread count for average throughput is 8
  • Thread scaling efficiency averages 42.8%