Quick verdict
Which choice makes more sense?
Choose by the workload that matters, then price the complete platform. The score and decision panels below show where each processor leads and whether that lead is relevant to an upgrade.
Focused comparison guide
Compare Core i5-14500 and Core i5-13400 using recorded benchmark results and platform specifications. This guide focuses on generational gains, hybrid-core throughput, power and upgrade value.
Quick verdict
Choose by the workload that matters, then price the complete platform. The score and decision panels below show where each processor leads and whether that lead is relevant to an upgrade.
At-a-glance results
Leads by about 27.5%
Leads by about 9.4%
Not enough data for a lead
Leads by about 40.0%
| Specification | Intel Core i5-14500 | Intel Core i5-13400 |
|---|---|---|
| CPU Mark | 30,462 | 23,888 |
| Single-thread score | 3,923 | 3,586 |
| Cores / threads | 14 / — | 10 / — |
| Maximum turbo | — | — |
| TDP | 65 W | 154 W |
| Socket | — | — |
| Memory | DDR4 / DDR5 | — |
| Release year | 2024 | 2022 |
Scores are broad references, not a substitute for tests in your own games and applications or full-platform pricing.
Workload verdicts
These starting points use the recorded data and should be balanced against local prices and the rest of the system.
Start here, then check tests for your games and target resolution.
The stronger starting point for multi-core workloads by overall score.
Favors this option when heat and power draw matter.
Sockets differ; include motherboard, memory and cooling costs.
FAQ
Use CPU Mark as broad overall context, then check single-thread speed, core count and your actual applications before deciding.
The score alone is not enough. Price the CPU, motherboard, memory and cooling, then compare that total with the gain in your workload.
Check the socket row below. Even when the socket matches, confirm the board support list, BIOS revision and power limits.