PROCESSOR AMD EPYC
( number of products: 211 )

CPU AMD EPYC 7573X (768MB Cache, 32x 2.80GHz) 100-000000506


CPU AMD EPYC 7343 (128MB Cache, 16x 3.20GHz) 100-000000338


CPU AMD EPYC 7443 (128MB Cache, 24x 2.85GHz) 100-000000340


CPU AMD EPYC 7413 (128MB Cache, 24x 2.65GHz) 100-000000323


CPU AMD EPYC 7713P (256MB Cache, 64x 2.30GHz) 100-000000337


CPU AMD EPYC 7543P (256MB, 32x 3.70GHz) 100-000000341


CPU AMD EPYC 9754 (256MB, 128x 3.1GHz) 100-000001234


CPU AMD EPYC 7303 (64MB, 16x 3.4GHz) 100-000001288


CPU AMD EPYC 7203P (64MB, 8x 3.4GHz) 100-000001287


CPU AMD EPYC 9454 (256MB, 48x 3.8GHz) 100-000000478


CPU AMD EPYC 9124 (64MB, 16x 3.7GHz) 100-000000802


CPU AMD EPYC 7543P (256MB, 32x 3.70GHz) 100-000000341


AMD Processor EPYC 7742 (256MB Cache, 64x 2.25GHz) 100-000000053


AMD Processor EPYC 7742 (256MB Cache, 64x 2.25GHz) 100-100000053WOF


AMD Processor EPYC 7702 (256MB Cache, 64x 2.00GHz) 100-000000038


AMD Processor EPYC 7702 (256MB Cache, 64x 2.00GHz) 100-100000038WOF


AMD Processor EPYC 7702P (256MB Cache, 64x 2.00GHz) 100-000000047


AMD Processor EPYC 7702P (256MB Cache, 64x 2.00GHz) 100-100000047WOF


AMD Processor EPYC 7642 (256MB Cache, 48x 2.30GHz) 100-000000074


AMD Processor EPYC 7642 (256MB Cache, 48x 2.30GHz) 100-100000074WOF


AMD Processor EPYC 7552 (192MB Cache, 48x 2.20GHz) 100-000000076


AMD Processor EPYC 7552 (192MB Cache, 48x 2.20GHz) 100-100000076WOF


AMD Processor EPYC 7542 (128MB Cache, 32x 2.90GHz) 100-000000075


AMD Processor EPYC 7542 (128MB Cache, 32x 2.90GHz) 100-100000075WOF


AMD Processor EPYC 7502 (128MB Cache, 32x 2.50GHz) 100-000000054


AMD Processor EPYC 7502 (128MB Cache, 32x 2.50GHz) 100-100000054WOF


AMD Processor EPYC 7502P (128MB Cache, 32x 2.50GHz) 100-000000045
AMD EPYC Processors – A Leader in Data Center Performance
AMD EPYC™ processors have revolutionized the server market by offering an unprecedented number of cores, massive memory bandwidth, and advanced security features. These CPUs are designed for professionals who require maximum performance in cloud computing, virtualization, and Big Data analytics. Thanks to the “Zen” architecture, AMD EPYC delivers more power while reducing total cost of ownership (TCO).
Why choose AMD EPYC for your server?
Choosing AMD EPYC is an investment in tomorrow’s architecture. Compared to traditional solutions, these processors offer:
Record-breaking number of cores and threads
With AMD EPYC processors, you can forget about limitations. These CPUs offer up to 128 cores and 256 threads in a single socket, allowing infrastructure consolidation – one EPYC-based server can replace several older machines, reducing software licensing and energy costs.
“Infinity Guard” architecture – security from the ground up
AMD places strong emphasis on data protection. AMD Infinity Guard provides a set of features such as:
- Secure Encrypted Virtualization (SEV): encrypts virtual machine memory, isolating VMs from each other and the hypervisor.
- Secure Memory Encryption (SME): protects physical RAM from hardware-based attacks.
- Hardware Root of Trust: ensures only trusted firmware (BIOS/UEFI) is executed.
Unmatched I/O bandwidth and DDR5 support
Modern AMD EPYC series support PCIe Gen 5 and DDR5 memory. With 128 PCIe lanes per CPU, AMD servers are ideal for high-speed NVMe storage arrays as well as GPU and FPGA accelerators.
AMD EPYC generations in Esus IT offer
- AMD EPYC 7002 (Rome) / 7003 (Milan): proven CPUs supporting DDR4, ideal for upgrading existing systems.
- AMD EPYC 9004 (Genoa/Bergamo): the latest generation delivering extreme performance, DDR5 and CXL support, designed for the most demanding data centers.
FAQ – Most frequently asked questions about AMD EPYC
1. Are AMD EPYC processors compatible with Intel servers?
No. AMD EPYC processors require motherboards with the correct socket (e.g. SP3 or SP5) and AMD chipsets. They are not compatible with Intel Xeon platforms.
2. What does TDP mean in EPYC processors?
TDP (Thermal Design Power) defines how much heat the cooling system must dissipate. EPYC processors can reach high TDP values (up to 400W), therefore they require efficient server cooling solutions.
3. Is AMD EPYC better for virtualization than Intel Xeon?
In many scenarios, yes. The higher core count per socket allows more virtual machines (VMs) per server, which can significantly reduce licensing costs for operating systems and databases.
4. Do AMD EPYC processors support ECC memory?
Yes. All AMD EPYC processors fully support ECC (Error Correction Code) memory, ensuring server stability and protection against data corruption.


