Intel Core i5-10500 vs AMD EPYC 4585PX CPU Comparison

The main differences between Intel Core i5-10500 and AMD EPYC 4585PX are in Socket, Integrated Graphics, CPU Cores and CPU Threads.

Save comparison

Intel Core i5-10500	AMD EPYC 4585PX
Prices (Change region) In Stock Free shipping $196.78 In Stock $235.00 Last updated 59 minutes ago.	Prices (Change region) Out of Stock Free shipping $709.99 Out of Stock $757.76 Out of Stock Free shipping $774.67 - Buy now Show 1 more offers
* Pangoly may earn a commission when you use one of the links to make a purchase. (Disclosure) * Product prices and availability are subject to change frequently. Any price and availability information displayed on Amazon at the time of purchase will apply.
Brand Intel	Brand AMD
Model BX8070110500	Model 100-100001561WOF
Release Date 📅 May 2020	Release Date 📅 August 2025
* First availability for purchase, it may not correspond to the actual market launch date.
User reviews ★★★★★ (26 reviews) Add a product review	User reviews ★★★★★ (3 reviews) Add a product review
CPU Single-Core Performance (Charts) 143rd / 589	CPU Single-Core Performance (Charts) n/a
Single-Core Effective Value 186th / 244	Single-Core Effective Value -
Workstation Performance (Charts) 168th / 270	Workstation Performance (Charts) n/a
Workstation Effective Value 176th / 263	Workstation Effective Value -
Gaming Performance (Charts) n/a	Gaming Performance (Charts) n/a
Gaming Effective Value -	Gaming Effective Value -
TDP 🔌 65 Watts	TDP 🔌 170 Watts
Price history View Details ►	Price history View Details ►
Compatible PC parts Motherboards ► CPU Coolers ►	Compatible PC parts Motherboards ► CPU Coolers ►
Series Core i5 10th Gen	Series -
Core Name Comet Lake	Core Name -
Socket LGA1200	Socket AM5
Integrated Graphics Intel UHD Graphics 630	Integrated Graphics Radeon
CPU Cores 6	CPU Cores 16
CPU Threads 12	CPU Threads 32
CPU Clock Rate 3100 MHz	CPU Clock Rate 4300 MHz
CPU Turbo Clock Rate 4500 MHz	CPU Turbo Clock Rate 5700 MHz
CPU Cooler included Yes	CPU Cooler included No
Manufacturing Process 14 nm	Manufacturing Process 5 nm
Maximum Supported Memory 128 GB	Maximum Supported Memory -
Cache L3 12 MB	Cache L3 128 MB