Build a compatible PC and see projected performance
Compatibility filters are applied automatically. Scores stay on the server; changing a part updates this page without a full reload.
Select CPU
Select a CPU
Choose from all CPUs based on the filters above.
Each entry shows socket type, app and gaming performance, and the current Amazon price.
Note: If you reselect a CPU after selecting other components, the compatibility logic will reset dependent parts like the motherboard to ensure valid configurations.
Select Motherboard
Select a Motherboard
Choose from all motherboards compatible with your selected CPU.
Each option shows form factor and current Amazon price.
Note: If you reselect a motherboard after selecting other components, the compatibility logic will reset dependent parts to ensure valid configurations.
Select a CPU first. Only motherboards for that socket will unlock.
Select RAM
Select RAM
Choose compatible RAM modules based on your selected CPU and motherboard.
Each option shows RAM type, speed in MHz, and current Amazon price.
Note: Changing the RAM selection will not reset other components, but will affect projected performance of CPU and GPU.
Select a motherboard first. Only RAM of that memory type will unlock.
Select GPU and Graphics Card
Select GPU and Graphics Card
First, choose a GPU model. This determines which graphics cards are shown in the next dropdown.
Then, select a specific graphics card based on your GPU. Each listing includes its model and price.
If no graphics cards are available for the selected GPU, the list will remain empty and the GPU selection will stay as default.
Note: Some builds may use integrated graphics or omit GPU entirely.
Important: If you reselect a GPU after selecting other components, the compatibility logic will reset dependent parts like the PC case to ensure compatibility.
While SSD choice has minimal effect on application and gaming system performance,
it can impact boot times and file transfer speeds.
Differences between modern NVMe drives are rarely noticeable in typical daily workloads.
Selected NVMe SSD:
Patriot P410 1TB
Patriot P410 1TB
View detailed specs, benchmarks, charts, and comparisons for this NVMe SSD in a new tab.
Price on Amazon:
$155
Amazon Price
Click to view the latest price and availability for this NVMe SSD on Amazon.
Price shown is the most recent scraped value.
Opens in a new tab.
Capacity / Endurance: 1000 GB / 320 TBW Form Factor / Interface: M.2 2280 / PCIe 4.0 x4, NVMe 1.4 Cache DRAM / SLC: Host-Memory-Buffer (HMB) / Dynamic Sequential Read / Write: 5000 MB/s / 4500 MB/s Random Read / Write: 500k IOPS / 600k IOPS
Relative Performance:
Relative Performance
This value represents the SSD's performance compared to top-tier NVMe drives.
Relative score based on read/write speeds, IOPS, and DRAM performance.
Most modern SSDs already provide excellent performance for daily use,
but high-end models can offer benefits in heavy I/O tasks like video editing or large data transfers.
63.4%
Projected Combined performance-Capacity per Price:
Combined Performance-Capacity per Price
This metric blends SSD speed, capacity, and current price into a single efficiency score.
It helps identify models offering the best balance between storage size and real-world performance.
Higher values suggest better overall value for the money.
61.4%
Projected performance per Price:
Projected Performance per Price
Indicates how much SSD performance you get for the price paid.
Often favors lower-capacity, high-speed drives.
Less relevant when prioritizing total storage capacity.
61.4%
Select PC Case
Select PC Case
Cases are filtered based on your selected motherboard form factor to ensure proper fit.
Changing the PC case after selecting other components like PSU and CPU cooler will reset those selections to maintain compatibility.
Consider airflow, cooling options, and physical dimensions when choosing a case.
Select a motherboard first. Only cases that fit that form factor will unlock.
Select CPU Cooler
Select CPU Cooler
Choose a cooling solution compatible with your CPU and case.
Proper cooling ensures optimal CPU performance and longevity.
Select a CPU and a PC case first. Coolers are filtered by socket and case clearance.
Select Power Supply Unit
Select Power Supply Unit (PSU)
The listed PSUs are filtered based on your system’s total power requirements.
Only PSUs compatible with your selected PC case and system type are shown.
Select a PC case first. Power supplies are then filtered by case PSU size and estimated wattage.
Select Monitor
Select Monitor
Use advanced filters to narrow down monitors by size, panel type, resolution, manufacturer, and more.
After selection, you’ll see detailed ratings for overall performance, work (productivity) usage, and gaming/media usage.
The system also checks how well your PC build matches the monitor’s resolution to ensure optimal performance.
Performance (Features) Chart
Performance (Features) per Price Chart
System Summary
For detail explanation of performance numbers please refer to an explanation at the botom of the page.
System Configuration Effects and Projected Application and Gaming Performance
PC Part
Selected Part
Application
Game_1080p
Total
CPU/GPU Average:
0.0%
%
0.0%
Additional Information About Calculations
All performance percentages are compared to top-performing components, where 100% represents the following:
Total system performance is calculated by taking the average of the CPU and GPU performance scores and then reducing that average by the small effect of SSD performance.
System Application Performance is derived from the motherboard’s VRM performance in conjunction with the selected CPU and RAM. A weak VRM can cause damage and significantly reduce the performance of high-end CPUs because it fails to supply the necessary power. Conversely, a robust VRM may slightly enhance CPU performance. The effect of RAM specifications on CPU performance can vary: some applications may not be affected, while others may experience noticeable slowdowns with lower-spec RAM.
System Gaming Performance is determined using complex formulas that account for several factors, including:
The influence of the CPU on GPU performance, which varies significantly with resolution. At 4K resolution, the GPU is typically the limiting factor rather than the CPU.
Reduced impact of the CPU on gaming performance when the GPU's performance is lower.
Greater influence of RAM on GPU performance when the CPU's gaming performance is suboptimal.
All systems, except those using the 9800X3D CPU with the highest-performing RAM, experience a reduction in maximum GPU performance due to the selected CPU and RAM.
All values are calibrated using real-world review data.
