This comprehensive benchmark report compares two computer systems: AMD Ryzen 7 5700X3D 8-Core Processor (report) and Intel Core i3-7100 @ 3.90 Ghz (report) across all major hardware components and performance metrics. You'll find detailed specifications for each system followed by side-by-side benchmark results that demonstrate real-world performance differences. The report covers CPU, GPU, RAM, and SSD performance. Each section provides component-level details and performance analysis to help you understand the strengths and weaknesses of each system.
| CPU | AMD Ryzen 7 5700X3D 8-Core Processor (PC1) | Intel Core i3-7100 @ 3.90 Ghz (PC2) |
| GPU | NVIDIA GeForce RTX 3060 | Intel HD Graphics 630 |
| SSD | Samsung SSD 870 QVO 1TB | Samsung SSD 850 EVO 250GB |
|
Score
An aggregated score representing the total performance of the entire system, including the CPU, GPU, SSD. Useful for evaluating general system performance and comparing complete systems.
|
576 | 162 |
This comprehensive radar chart provides a high-level overview of system performance across all major hardware components. It displays key metrics from CPU, GPU, RAM, and SSD categories in an easy-to-understand visual format. The simplified design is optimized for quick evaluation on mobile devices while maintaining full functionality. Use this chart to quickly identify relative strengths and weaknesses between the two systems at a glance.
This radar chart provides a comprehensive visual comparison of system performance across all key components. The vertices show individual benchmark results for both systems. This visualization makes it easy to see relative strengths and weaknesses between the two configurations at a glance. By examining the overall shape of each polygon, you can easily spot areas where one system outperforms the other or where there are weaknesses. Focus on the areas where the curves diverge significantly to identify key differences and strengths.
| AMD Ryzen 7 5700X3D 8-Core Processor | Intel Core i3-7100 @ 3.90 Ghz | |
|---|---|---|
| CPU Address Width | 64-bit | 64-bit |
| Socket | AM4 | LGA1151 |
| Cores | 8 | 2 |
| Logical Cores | 16 | 4 |
| Base Clock Speed | 3.00 Ghz | 3.90 Ghz |
| L1 Cache Size | 512 KB | 128 KB |
| L2 Cache Size | 4096 KB | 512 KB |
| L3 Cache Size | 98304 KB | 3072 KB |
| Benchmark | Result |
|---|---|
|
AES 256 Decryption
Measures the speed at which the CPU can decrypt data using AES-256 across multiple threads. This indicates the processor's ability to handle parallel cryptographic workloads.
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PC1:
40,860 MB/s
PC2:
7,158 MB/s
|
|
AES 256 Encryption
Measures the speed at which the CPU can encrypt data using AES-256 across multiple threads. Essential for secure data transmission and storage in multi-threaded applications.
|
PC1:
6,955 MB/s
PC2:
3,197 MB/s
|
|
Floating Arithmetic
Evaluates the CPU's performance in floating-point arithmetic operations across multiple threads. Important for scientific computing, 3D rendering, and complex simulations.
|
PC1:
14,035 MB/s
PC2:
1,985 MB/s
|
|
Integer Arithmetic
Measures the CPU's ability to perform integer arithmetic operations across multiple threads. Relevant for general computing tasks, data processing, and database operations.
|
PC1:
13,259 MB/s
PC2:
1,542 MB/s
|
|
Matrix Multiplication
Assesses the CPU's performance in multiplying matrices using multiple threads. Critical for machine learning, data analysis, and high-performance computing applications.
|
PC1:
2,994 MB/s
PC2:
951 MB/s
|
|
SHA 256 Hashing
Measures the speed at which the CPU can compute SHA-256 hashes across multiple threads. Important for blockchain, data integrity checks, and secure communications.
|
PC1:
21,659 MB/s
PC2:
389 MB/s
|
|
ZIP Compression
Evaluates the CPU's performance in compressing data using the ZIP algorithm across multiple threads. Useful for archiving, data backup, and reducing file sizes efficiently.
|
PC1:
167 MB/s
PC2:
38 MB/s
|
|
ZIP Decompression
Measures the CPU's speed in decompressing ZIP archives across multiple threads. Important for quickly accessing compressed data and software installations.
|
PC1:
2,266 MB/s
PC2:
494 MB/s
|
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Multi-Core Score
An aggregated score representing the overall performance of the CPU across all available cores. A higher score indicates superior performance in multi-threaded applications.
|
PC1:
5,941
PC2:
1,011
|
| Benchmark | Result |
|---|---|
|
AES 256 Decryption
Measures the speed at which the CPU can decrypt data using AES-256 on a single thread. This reflects the raw single-core cryptographic performance.
|
PC1:
8,013 MB/s
PC2:
3,824 MB/s
|
|
AES 256 Encryption
Measures the speed at which the CPU can encrypt data using AES-256 on a single thread. This benchmark is crucial for understanding single-core encryption capabilities.
|
PC1:
1,052 MB/s
PC2:
934 MB/s
|
|
Floating Arithmetic
Evaluates the CPU's performance in floating-point arithmetic operations on a single thread. This is a key indicator for tasks that rely heavily on single-core floating-point calculations.
|
PC1:
2,186 MB/s
PC2:
982 MB/s
|
|
Integer Arithmetic
Measures the CPU's ability to perform integer arithmetic operations on a single thread. This benchmark is fundamental for assessing basic computational speed.
|
PC1:
2,109 MB/s
PC2:
523 MB/s
|
|
Matrix Multiplication
Assesses the CPU's performance in multiplying matrices on a single thread. This indicates efficiency in linear algebra operations for less parallelized tasks.
|
PC1:
363 MB/s
PC2:
401 MB/s
|
|
SHA 256 Hashing
Measures the speed at which the CPU can compute SHA-256 hashes on a single thread. This reflects the single-core hashing capability, relevant for various security protocols.
|
PC1:
1,887 MB/s
PC2:
216 MB/s
|
|
ZIP Compression
Evaluates the CPU's performance in compressing data using the ZIP algorithm on a single thread. This benchmark shows the single-core efficiency in file compression.
|
PC1:
16 MB/s
PC2:
14 MB/s
|
|
ZIP Decompression
Measures the CPU's speed in decompressing ZIP archives on a single thread. This indicates the single-core performance for extracting compressed files.
|
PC1:
256 MB/s
PC2:
196 MB/s
|
|
Single-Core Score
An aggregated score representing the performance of a single CPU core. A higher score indicates better performance in applications that are not heavily multi-threaded.
|
PC1:
804
PC2:
415
|
| AMD Ryzen 7 5700X3D 8-Core Processor | Intel Core i3-7100 @ 3.90 Ghz | |
|---|---|---|
| GPU Model | NVIDIA GeForce RTX 3060 | Intel HD Graphics 630 |
| Type | Dedicated | Integrated |
| Dedicated Memory (VRAM) | 12110 MB | / |
| Benchmark | Result |
|---|---|
|
Vertex Processing
Measures the average frames per second (FPS) when processing vertices in 3D graphics. Higher FPS indicates better GPU performance in rendering complex geometric models.
|
PC1:
394.25 fps
PC2:
12.03 fps
|
|
Pixel Processing
Measures the average frames per second (FPS) when processing pixels in 3D graphics. This benchmark reflects the GPU's ability to render detailed textures and shading.
|
PC1:
241.90 fps
PC2:
14.16 fps
|
|
Geometry Processing
Evaluates the average frames per second (FPS) for geometry processing on the GPU. Important for games and applications with intricate 3D scenes and complex object structures.
|
PC1:
284.59 fps
PC2:
13.07 fps
|
|
Tessellation Performance
Measures the average frames per second (FPS) for tessellation performance on the GPU. Tessellation dynamically adds detail to 3D models, and higher FPS indicates better handling of such effects.
|
PC1:
229.00 fps
PC2:
16.12 fps
|
|
Image Processing
Measures the average frames per second (FPS) for image processing tasks on the GPU. This benchmark is important for photo and video editing, and other visual content creation.
|
PC1:
290.73 fps
PC2:
14.58 fps
|
|
Particle Effects Rendering
Evaluates the average frames per second (FPS) for rendering particle effects on the GPU. Crucial for realistic simulations of smoke, fire, and other dynamic visual elements in games and animations.
|
PC1:
222.13 fps
PC2:
13.25 fps
|
|
Matrix Multiplication
Assesses the GPU's performance in multiplying matrices. Relevant for scientific simulations, machine learning, and other compute-intensive graphical tasks.
|
PC1:
642.31
PC2:
38.45
|
|
RAM to VRAM Transfer
Measures the data transfer speed from system RAM to GPU VRAM in gigabytes per second. Higher bandwidth is crucial for loading large textures and complex scenes quickly.
|
PC1:
12.13 GB/s
PC2:
7.68 GB/s
|
|
VRAM Bandwidth
Measures the data transfer speed within the GPU's own VRAM in gigabytes per second. High VRAM bandwidth is essential for internal GPU operations and rendering large datasets.
|
PC1:
300.08 GB/s
PC2:
15.36 GB/s
|
|
VRAM Read Speed
Measures the read speed from GPU VRAM in gigabytes per second. This benchmark is critical for understanding how fast the GPU can access its dedicated memory for rendering and computations.
|
PC1:
215.22 GB/s
PC2:
13.86 GB/s
|
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Texture Fill Rate
Measures the texture fill rate in billions of samples per second. A higher value indicates the GPU's ability to apply textures to 3D objects more efficiently, improving visual fidelity.
|
PC1:
128.83
PC2:
138.00
|
|
GPU Score
Represents the overall performance score of the GPU based on a weighted combination of multiple sub-tests including rendering, computation, and memory transfer. Higher scores indicate better all-around graphics and compute capabilities.
|
PC1:
221
PC2:
14
|
| AMD Ryzen 7 5700X3D 8-Core Processor | Intel Core i3-7100 @ 3.90 Ghz | |
|---|---|---|
| Model | Samsung SSD 870 QVO 1TB | Samsung SSD 850 EVO 250GB |
| Size | 0 GB | 250 GB |
| Disk Type | SSD | SSD |
| Benchmark | Result |
|---|---|
|
Sequential Read
Measures the sequential read speed of the SSD in megabytes per second. This is crucial for loading large files, games, and operating systems quickly.
|
PC1:
517.25 MB/s
PC2:
543 MB/s
|
|
Sequential Write
Measures the sequential write speed of the SSD in megabytes per second. Important for saving large files, video editing, and other write-intensive tasks.
|
PC1:
29.77 MB/s
PC2:
511 MB/s
|
|
Random 4K Read
Measures the read speed for small 4KB files, reflecting performance with small, random files often used by operating systems and software applications.
|
PC1:
177.05 MB/s
PC2:
192 MB/s
|
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Random 4K Write
Measures the write speed for small 4KB files, important for handling tasks like saving documents, software updates, and temporary system files.
|
PC1:
44.66 MB/s
PC2:
167 MB/s
|
|
Read Latency
Measures the time delay (latency) in microseconds for the SSD to respond to a read request. Lower latency indicates faster data access and improved application responsiveness.
|
PC1:
2,103.00 μs
PC2:
491 μs
|
|
Write Latency
Measures the time delay (latency) in microseconds for the SSD to respond to a write request. Lower latency indicates faster data access and improved application responsiveness.
|
PC1:
76,383.00 μs
PC2:
333 μs
|
|
SSD Score
A composite score that represents the overall performance of the SSD based on various benchmarks including read/write speeds, IOPS, and latency. Useful for quickly comparing different SSDs.
|
PC1:
160
PC2:
376
|
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