Crunchbits - AMD Ryzen 9 - 1 Core 2 Threads US
Comprehensive VPS benchmark results from USA tested on Mar 15, 2023. Learn our methodology.
System Specifications
Additional Benchmarks
UnixBench
System Performance Index
WordPress Bench
Web Application Performance
Benchmark Steps
| # | Suite | Run At | Raw Output |
|---|---|---|---|
| 1 |
Bench
|
Mar 15, 2023 00:00 |
View Raw Output-------------------- A Bench.sh Script By Teddysun ------------------- Version : v2022-06-01 Usage : wget -qO- bench.sh | bash ---------------------------------------------------------------------- CPU Model : AMD Ryzen 9 5950X 16-Core Processor CPU Cores : 1 @ 3393.622 MHz CPU Cache : 512 KB AES-NI : Enabled VM-x/AMD-V : Enabled Total Disk : 48.4 GB (2.9 GB Used) Total Mem : 3.8 GB (215.6 MB Used) System uptime : 0 days, 1 hour 5 min Load average : 0.00, 0.31, 1.47 OS : Ubuntu 20.04.6 LTS Arch : x86_64 (64 Bit) Kernel : 5.4.0-144-generic TCP CC : cubic Virtualization : KVM Organization : AS400304 REDOUBT NETWORKS Location : Coeur d'Alene / US Region : Idaho ---------------------------------------------------------------------- I/O Speed(1st run) : 1.0 GB/s I/O Speed(2nd run) : 1.0 GB/s I/O Speed(3rd run) : 1.0 GB/s I/O Speed(average) : 1024.0 MB/s ---------------------------------------------------------------------- Node Name Upload Speed Download Speed Latency Speedtest.net 2488.68 Mbps 2387.76 Mbps 0.12 ms Los Angeles, US 2594.46 Mbps 2388.10 Mbps 34.53 ms Dallas, US 1439.55 Mbps 2214.32 Mbps 62.45 ms Montreal, CA 197.31 Mbps 919.38 Mbps 69.72 ms Paris, FR 625.80 Mbps 1209.65 Mbps 155.35 ms Amsterdam, NL 461.09 Mbps 1508.51 Mbps 148.42 ms Shanghai, CN 174.91 Mbps 1126.39 Mbps 210.93 ms Nanjing, CN 426.31 Mbps 1325.79 Mbps 166.55 ms Guangzhou, CN 2.80 Mbps 466.22 Mbps 204.97 ms Hongkong, CN 4.11 Mbps 1.51 Mbps 350.80 ms Singapore, SG 375.20 Mbps 1123.46 Mbps 198.01 ms Tokyo, JP 469.91 Mbps 1437.86 Mbps 133.78 ms ---------------------------------------------------------------------- Finished in : 6 min 9 sec Timestamp : 2023-03-15 12:48:17 WIB ---------------------------------------------------------------------- |
| 2 |
PassMark
|
Mar 15, 2023 00:00 |
View Raw OutputPassMark PerformanceTest Linux AMD Ryzen 9 5950X 16-Core Processor (x86_64) 1 cores @ 3393 MHz | 3.8 GiB RAM Number of Processes: 1 | Test Iterations: 3 | Test Duration: Very Long -------------------------------------------------------------------------- CPU Mark: 3342 Integer Math 7590 Million Operations/s Floating Point Math 6234 Million Operations/s Prime Numbers 26.0 Million Primes/s Sorting 4253 Thousand Strings/s Encryption 1648 MB/s Compression 31832 KB/s CPU Single Threaded 3455 Million Operations/s Physics 428 Frames/s Extended Instructions (SSE) 2877 Million Matrices/s Memory Mark: 1886 Database Operations 1249 Thousand Operations/s Memory Read Cached 36156 MB/s Memory Read Uncached 21522 MB/s Memory Write 14783 MB/s Available RAM 2287 Megabytes Memory Latency 56 Nanoseconds Memory Threaded 20858 MB/s -------------------------------------------------------------------------- |
| 3 |
Speedtest Global
|
Mar 15, 2023 00:00 |
View Raw Outputversion : 1.7.0 your ip : 204.9.39.7 your ISP : Crunchbits test location code : SEA test location city : Seattle test location region: North America latency ms : 9.53 Jitter ms : 0.54 100kB download Mbps : 227.84 1MB download Mbps : 1757.9 10MB download Mbps : 2093.04 25MB download Mbps : 2073.55 90th percentile download speed: 2294.55 Mbps 100kB upload Mbps : 34.79 1MB upload Mbps : 278.06 10MB upload Mbps : 784.01 90th percentile upload speed : 810.64 Mbps |
| 4 |
UnixBench
|
Mar 15, 2023 00:00 |
View Raw Output------------------------------------------------------------------------
Benchmark Run: Wed Mar 15 2023 11:40:40 - 12:25:26
1 CPU in system; running 1 parallel copy of tests
Dhrystone 2 using register variables 69759290.0 lps (10.0 s, 10 samples)
Double-Precision Whetstone 11418.5 MWIPS (9.9 s, 10 samples)
Execl Throughput 9123.9 lps (30.0 s, 4 samples)
File Copy 1024 bufsize 2000 maxblocks 1983051.3 KBps (30.0 s, 4 samples)
File Copy 256 bufsize 500 maxblocks 528762.3 KBps (30.0 s, 4 samples)
File Copy 4096 bufsize 8000 maxblocks 6668669.8 KBps (30.0 s, 4 samples)
Pipe Throughput 3465492.9 lps (10.0 s, 10 samples)
Pipe-based Context Switching 380368.6 lps (10.0 s, 10 samples)
Process Creation 34421.8 lps (30.0 s, 4 samples)
Shell Scripts (1 concurrent) 19567.8 lpm (60.0 s, 4 samples)
Shell Scripts (8 concurrent) 2611.7 lpm (60.0 s, 4 samples)
System Call Overhead 4729739.4 lps (10.0 s, 10 samples)
System Benchmarks Index Values BASELINE RESULT INDEX
Dhrystone 2 using register variables 116700.0 69759290.0 5977.7
Double-Precision Whetstone 55.0 11418.5 2076.1
Execl Throughput 43.0 9123.9 2121.8
File Copy 1024 bufsize 2000 maxblocks 3960.0 1983051.3 5007.7
File Copy 256 bufsize 500 maxblocks 1655.0 528762.3 3194.9
File Copy 4096 bufsize 8000 maxblocks 5800.0 6668669.8 11497.7
Pipe Throughput 12440.0 3465492.9 2785.8
Pipe-based Context Switching 4000.0 380368.6 950.9
Process Creation 126.0 34421.8 2731.9
Shell Scripts (1 concurrent) 42.4 19567.8 4615.0
Shell Scripts (8 concurrent) 6.0 2611.7 4352.8
System Call Overhead 15000.0 4729739.4 3153.2
========
System Benchmarks Index Score 3379.6
|
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Start 14-day TrialCPU Performance (Geekbench)
CPU benchmarks measure processing power for compute-intensive tasks. Learn how we test CPU performance.
I/O Speed Summary (dd)
IOPS Performance by Block Size
Combined IOPS Performance
Total IOPS across all block sizes (4K, 64K, 512K, 1M)
FIO Benchmark Details
Detailed I/O performance test results
Test 1 - Block Size: 4k (mixed_rw_50_50)
Test 2 - Block Size: 64k (mixed_rw_50_50)
Test 3 - Block Size: 512k (mixed_rw_50_50)
Test 4 - Block Size: 1m (mixed_rw_50_50)
Detailed I/O Benchmark (FIO)
IOPS Performance by Block Size
Bandwidth Performance by Block Size
Detailed Test Results
| Block Size | Read IOPS | Write IOPS | Read MB/s | Write MB/s |
|---|---|---|---|---|
| 4k | 133,400 | 133,700 | 533.6 | 535.0 |
| 64k | 19,600 | 19,700 | 1,260.0 | 1,260.0 |
| 512k | 2,000 | 2,100 | 1,060.0 | 1,110.0 |
| 1m | 917 | 978 | 939.6 | 1,000.0 |
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Testing Methodology
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Understanding VPS Benchmark Results
This comprehensive benchmark report provides detailed performance analysis for Crunchbits AMD Ryzen 9 - 1 Core 2 Threads US VPS in USA. Our standardized testing methodology measures CPU performance, disk I/O operations, network bandwidth, and real-world application performance to give you complete insights into VPS capabilities. Browse more VPS benchmarks to compare performance across providers.
Each benchmark metric serves a specific purpose in evaluating VPS performance. CPU benchmarks reveal processing power for applications, disk I/O tests measure storage performance for databases and file operations, network tests show bandwidth capacity for content delivery, and application benchmarks demonstrate real-world hosting performance. Together, these metrics provide a complete performance profile. Use our VPS comparison tool to analyze multiple plans side-by-side.
Benchmark Metrics & Features
Performance Analysis Use Cases
- Evaluating VPS CPU performance for compute-intensive applications
- Testing disk I/O performance for database workloads
- Comparing VPS performance across different providers
- Analyzing WordPress site performance on specific VPS plans
- Assessing value-for-money based on performance and pricing
- Checking real-world application performance metrics
- Understanding geographic performance variations by location
- Reviewing detailed benchmark metrics before VPS purchase
- Comparing single-core vs multi-core CPU performance
- Validating provider performance claims with actual data
- Making informed hosting decisions based on comprehensive benchmarks
How to Interpret Benchmark Results
1. CPU Performance (Geekbench)
Geekbench measures CPU performance through single-core and multi-core scores. Single-core scores (typically 800-2000) indicate performance for single-threaded applications and general responsiveness. Multi-core scores (1500-8000) show performance when all CPU cores are utilized for parallel processing. Higher scores mean better performance. Visit our testing methodology to learn more about CPU benchmarks.
2. Disk I/O Performance (FIO)
FIO benchmarks measure disk performance through IOPS (Input/Output Operations Per Second) and bandwidth (MB/s). High IOPS (10,000+ for NVMe, 5,000-10,000 for SSD) is crucial for database workloads with many small operations. High bandwidth is important for large file transfers and media applications. Compare disk performance across different providers in our database.
3. Application Performance
Real-world application benchmarks (WordPress, UnixBench) show how the VPS handles typical web workloads including PHP processing, database queries, and static file serving. These results measured in requests per second and page load times directly apply to web hosting scenarios. Need help choosing the right VPS? Visit about us to learn more about VPSMetrics.
Frequently Asked Questions
How do I interpret the Geekbench single-core and multi-core scores?
Geekbench single-core scores indicate CPU performance for single-threaded applications, important for general responsiveness and web applications. Multi-core scores show performance when all CPU cores are utilized, crucial for parallel processing and multi-threaded applications. Higher scores indicate better performance. Modern VPS typically score 800-2000 (single) and 1500-8000 (multi) depending on the plan.
What do IOPS numbers mean in disk I/O benchmarks?
IOPS (Input/Output Operations Per Second) measures how many read/write operations your disk can handle per second. Higher IOPS means better performance for database operations and applications with many small file operations. NVMe SSD VPS typically delivers 10,000+ IOPS, while traditional SSD offers 5,000-10,000 IOPS.
What is UnixBench and why does it matter?
UnixBench is a comprehensive system-level benchmark suite that tests various aspects of Unix-like system performance including process creation, file operations, and system calls. It provides a holistic view of overall system performance beyond just CPU or disk metrics. Higher UnixBench scores indicate better overall system efficiency.
How reliable are WordPress benchmark results?
WordPress benchmarks provide real-world application performance metrics by testing actual WordPress installations. These results show how the VPS handles typical web application workloads including PHP processing, database queries, and static file serving. Results are measured in requests per second and page load times, directly applicable to web hosting scenarios.
Can I trust these benchmark results for my use case?
Our benchmarks provide standardized, reproducible test results using industry-standard tools. While they offer excellent performance indicators, your actual experience may vary based on your specific workload, application optimization, and usage patterns. Use these benchmarks as a reliable starting point for comparison between providers.
Why do benchmark results vary by location?
Different data center locations may have different hardware configurations, CPU generations, storage types, and network infrastructure. Providers often upgrade facilities at different rates across regions. Location-specific benchmarks help you choose a VPS in the right region with the best performance for your target audience.
Making Informed VPS Decisions
Use these comprehensive benchmark results to make data-driven hosting decisions. Compare multiple metrics together rather than focusing on a single aspect - a balanced VPS performs well across CPU, disk, and network benchmarks. Consider your specific workload requirements: CPU-intensive applications need high Geekbench scores, database-heavy applications require high IOPS, and content delivery services benefit from high network bandwidth.
Our benchmarks provide standardized, reproducible test results using industry-standard tools. While they offer excellent performance indicators, your actual experience may vary based on specific workload patterns and application optimization. Use these benchmarks as a reliable starting point for comparison between providers and configurations.
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