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AMD Epyc 9755 2.7GHz Processor 128 Core for Socket SP5 Tray
CPU Processors

AMD Epyc 9755 2.7GHz Processor 128 Core for Socket SP5 Tray

Key features:

  • Zen 4 Microarchitecture
  • Threads 256
  • Maximum Frequency 4.1 GHz
  • Cache Memory 512 MB
  • Thermal Design Power (TDP) 500 W
See full description

  • CPU Speed

    The speed at which the processor operates in everyday use.

    During the execution of demanding applications (e.g. games), the frequency may automatically increase up to the Maximum Processor Frequency.

  • Cores

    The natural individual processing units that the processor has. The more cores a processor has, the more efficient it is in running multiple applications simultaneously. For simple use, 4 cores are sufficient, while for gaming and video processing, at least 6 are recommended.

  • Socket

    The processor socket type.

    The motherboard we choose should have the same socket in order for the processor to "fit in".

  • Maximum CPU Speed

    The maximum processor frequency is the frequency that the processor can reach when executing demanding applications that use one core. Generally, when running demanding applications (e.g. games), the frequency can automatically increase up to the Maximum Processor Frequency depending on the number of cores in use. (the fewer cores are active, the closer they can operate to the maximum frequency)

  • Cache Memory

    Cache is a very fast memory that acts as an intermediary between the processor and RAM. It stores data that is frequently useful to the processor for faster access.
  • See all
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Product report

Description

Description

Meet the "Zen 4"

The AMD EPYC™ 9004 Series processors include up to 96 cores based on the "Zen 4" microarchitecture, manufactured using 5nm process technology. "Zen 4" enables leading bandwidth and memory capacity with 12 DDR5 channels, as well as next-generation input/output with PCIe® 5.0 and memory expansion with CXL™.

What is unique about AMD's approach to security?

AMD takes security seriously. With the modern "ZEN" architecture, AMD processors are designed with security in mind from the ground up, making them particularly resilient to today's sophisticated attacks, helping to protect your sensitive data, avoid downtime, and reduce resource consumption. Additionally, AMD Infinity Guard provides a unique and powerful set of security features that help complement the industry's ecosystem partners at the software and system level.

Modern Container Security

AMD extends its leadership in VM security from Secure Encrypted Virtualization (SEV) to containers with the latest EPYC™ processors. See how we collaborated with IBM to enable superior container security.

Secure Memory Encryption

Today, many security threats originate from within an organization. Secure Memory Encryption (SME) helps protect against attacks on the integrity of main memory (such as cold boot attacks) because it encrypts the data. High-performance encryption engines embedded in the memory channels help accelerate performance. All of this is achieved without modifications to your application's software.

Shadow Stack by AMD

With the 3rd Gen AMD EPYC™ processors, AMD Shadow Stack provides hardware-enhanced stack protection capabilities to guard against malware attacks. This security feature addresses threat vectors such as return-oriented programming attacks. It helps by keeping a record of return addresses so that comparisons can be made to ensure integrity is not compromised. Additionally, AMD Shadow Stack allows for stack protection from Microsoft® hardware that is enforced by the hardware.

AMD Infinity Architecture

A new era in accelerated system connectivity

The AMD Infinity architecture pushes the boundaries for performance, efficiency, security features, and overall x86 system performance, fulfilling the promise of the next generation of high-performance computing and enterprise data centers.

Leadership in Energy Efficiency

AMD EPYC™ processors power the most energy-efficient x86 servers, helping you reduce energy costs and achieve corporate sustainability goals.

Manufacturer

Manufacturer Details

Warnings & Safety Information
See full description

Specifications

Specifications

Main Specifications

Year of Release
2024
Family
Epyc

Family

Epyc

Intel processor family designed for specialized use in servers and data processing centers.
Microarchitecture
Zen 4

Microarchitecture

The code name of the generation and internal organization of the processor. A common indicative element is the nanometers (nm) of the microarchitecture; the smaller, the better. The latest and most recent generation of Intel, named Arrow Lake, includes the “Core Ultra” models without the "i" prefix. The latest and most recent generation of AMD is Zen 5.
Socket
SP5

Socket

The processor socket type.

The motherboard we choose should have the same socket in order for the processor to "fit in".
Packaging
Tray

Packaging

Tray

"They are not accompanied by a cooler and a fan. They are intended for those who wish to purchase a cooling system independently."
Type
Server

Performance

Cores
128

Cores

The natural individual processing units that the processor has. The more cores a processor has, the more efficient it is in running multiple applications simultaneously. For simple use, 4 cores are sufficient, while for gaming and video processing, at least 6 are recommended.
Threads
256

Threads

Threads are virtual versions of processor cores. They allow the processor to serve multiple tasks in parallel.
Processor Frequency (Base Frequency)
2.7 GHz

Processor Frequency (Base Frequency)

The speed at which the processor operates in everyday use.

During the execution of demanding applications (e.g. games), the frequency may automatically increase up to the Maximum Processor Frequency.
Max Processor Frequency
4.1 GHz

Max Processor Frequency

The maximum processor frequency is the frequency that the processor can reach when executing demanding applications that use one core. Generally, when running demanding applications (e.g. games), the frequency can automatically increase up to the Maximum Processor Frequency depending on the number of cores in use. (the fewer cores are active, the closer they can operate to the maximum frequency)
Cache memory
512 MB

Cache memory

Cache is a very fast memory that acts as an intermediary between the processor and RAM. It stores data that is frequently useful to the processor for faster access.
Unlocked
No

Unlocked

Ability to change the processor clock settings to achieve higher operating frequency (overclocking).
Thermal Design Power (TDP)
500 W

Thermal Design Power (TDP)

The TDP shows how much heat the processor generates during typical use.

The cooler used should be capable of handling this amount of heat.

Features & Functions

Includes Heatsink
No

Includes Heatsink


The processor requires cooling in order to operate. If the processor does not come with a heatsink, you will need to purchase a suitable CPU heatsink or a separate water cooling system.

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

See all specifications

Description & Specifications

Meet the "Zen 4"

The AMD EPYC™ 9004 Series processors include up to 96 cores based on the "Zen 4" microarchitecture, manufactured using 5nm process technology. "Zen 4" enables leading bandwidth and memory capacity with 12 DDR5 channels, as well as next-generation input/output with PCIe® 5.0 and memory expansion with CXL™.

What is unique about AMD's approach to security?

AMD takes security seriously. With the modern "ZEN" architecture, AMD processors are designed with security in mind from the ground up, making them particularly resilient to today's sophisticated attacks, helping to protect your sensitive data, avoid downtime, and reduce resource consumption. Additionally, AMD Infinity Guard provides a unique and powerful set of security features that help complement the industry's ecosystem partners at the software and system level.

Modern Container Security

AMD extends its leadership in VM security from Secure Encrypted Virtualization (SEV) to containers with the latest EPYC™ processors. See how we collaborated with IBM to enable superior container security.

Secure Memory Encryption

Today, many security threats originate from within an organization. Secure Memory Encryption (SME) helps protect against attacks on the integrity of main memory (such as cold boot attacks) because it encrypts the data. High-performance encryption engines embedded in the memory channels help accelerate performance. All of this is achieved without modifications to your application's software.

Shadow Stack by AMD

With the 3rd Gen AMD EPYC™ processors, AMD Shadow Stack provides hardware-enhanced stack protection capabilities to guard against malware attacks. This security feature addresses threat vectors such as return-oriented programming attacks. It helps by keeping a record of return addresses so that comparisons can be made to ensure integrity is not compromised. Additionally, AMD Shadow Stack allows for stack protection from Microsoft® hardware that is enforced by the hardware.

AMD Infinity Architecture

A new era in accelerated system connectivity

The AMD Infinity architecture pushes the boundaries for performance, efficiency, security features, and overall x86 system performance, fulfilling the promise of the next generation of high-performance computing and enterprise data centers.

Leadership in Energy Efficiency

AMD EPYC™ processors power the most energy-efficient x86 servers, helping you reduce energy costs and achieve corporate sustainability goals.

Manufacturer

Manufacturer Details

Warnings & Safety Information

Main Specifications

Year of Release
2024
Family
Epyc

Family

Epyc

Intel processor family designed for specialized use in servers and data processing centers.
Microarchitecture
Zen 4

Microarchitecture

The code name of the generation and internal organization of the processor. A common indicative element is the nanometers (nm) of the microarchitecture; the smaller, the better. The latest and most recent generation of Intel, named Arrow Lake, includes the “Core Ultra” models without the "i" prefix. The latest and most recent generation of AMD is Zen 5.
Socket
SP5

Socket

The processor socket type.

The motherboard we choose should have the same socket in order for the processor to "fit in".
Packaging
Tray

Packaging

Tray

"They are not accompanied by a cooler and a fan. They are intended for those who wish to purchase a cooling system independently."
Type
Server

Performance

Cores
128

Cores

The natural individual processing units that the processor has. The more cores a processor has, the more efficient it is in running multiple applications simultaneously. For simple use, 4 cores are sufficient, while for gaming and video processing, at least 6 are recommended.
Threads
256

Threads

Threads are virtual versions of processor cores. They allow the processor to serve multiple tasks in parallel.
Processor Frequency (Base Frequency)
2.7 GHz

Processor Frequency (Base Frequency)

The speed at which the processor operates in everyday use.

During the execution of demanding applications (e.g. games), the frequency may automatically increase up to the Maximum Processor Frequency.
Max Processor Frequency
4.1 GHz

Max Processor Frequency

The maximum processor frequency is the frequency that the processor can reach when executing demanding applications that use one core. Generally, when running demanding applications (e.g. games), the frequency can automatically increase up to the Maximum Processor Frequency depending on the number of cores in use. (the fewer cores are active, the closer they can operate to the maximum frequency)
Cache memory
512 MB

Cache memory

Cache is a very fast memory that acts as an intermediary between the processor and RAM. It stores data that is frequently useful to the processor for faster access.
Unlocked
No

Unlocked

Ability to change the processor clock settings to achieve higher operating frequency (overclocking).
Thermal Design Power (TDP)
500 W

Thermal Design Power (TDP)

The TDP shows how much heat the processor generates during typical use.

The cooler used should be capable of handling this amount of heat.

Features & Functions

Includes Heatsink
No

Includes Heatsink


The processor requires cooling in order to operate. If the processor does not come with a heatsink, you will need to purchase a suitable CPU heatsink or a separate water cooling system.

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

5.189,10 €
14,00 €   shipping cost