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Intel Ultra 7 265 2.4GHz Processor 20 Core for Socket 1851 Tray
CPU Processors

Intel Ultra 7 265 2.4GHz Processor 20 Core for Socket 1851 Tray

Key features:

  • Microarchitecture Arrow Lake
  • Threads 20
  • Max Frequency 5.3 GHz
  • Cache Memory 36 MB
  • TDP 182 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

The Intel® Core Ultra 7 265 is an advanced processor from the Core Ultra series (Series 2), designed with the Arrow Lake architecture and Socket 1851, targeting demanding users, content creators with AI needs, multitasking, and gamers.

Total Cores: 20

• 8 Performance-cores (P-cores) for heavy tasks & demanding applications

• 12 Efficient-cores (E-cores) for simultaneous light processing and energy saving

The base operating frequency of the Performance-cores is 2.4 GHz, with the ability to increase up to 5.3 GHz via Turbo Boost. The Efficient-cores operate at a base frequency of 1.8 GHz and can reach up to 4.6 GHz. The processor features 30 MB Intel® Smart Cache and supports DDR5 memory. The base power consumption is 65 W, with a maximum power consumption during Turbo operation of 182 W. It is aimed at users who desire strong performance for demanding applications and gaming, offering an excellent balance between performance and energy efficiency.


Comparison with the previous generation

The Intel Core Ultra (series 2) have 40% lower power consumption compared to the previous generation Raptor Lake. They provide up to 9% increased IPC (Instructions per Clock) performance in the cores and 32% in the threads.

Advanced hybrid architecture

The "Compute" tile of the new Intel® Core™ Ultra (series 2) includes two core clusters: the high-performance P cores (Performance) and the low-power E cores (Efficiency), utilizing Intel's innovative "Performance Hybrid Architecture." The P cores (code name Lion Cove) are designed for exceptional performance in single-threaded or lightly-threaded applications. The E cores (code name Skymont) are optimized for lower power consumption and are activated to boost performance in multi-threaded applications, minimizing interruptions from less critical processes. The revolutionary Intel® Thread Director manages and prioritizes the workflows.

Superior Performance

The new P (Performance) and E (Efficiency) cores offer improved IPC (Instructions Per Clock) performance compared to the previous generation. The high-performance Lion Cove cores feature 18x execution ports and 3 MB L2 Cache per core, providing up to 9% higher IPC compared to the previous generation Intel® Core™ P cores. On the other hand, the Skymont cores demonstrate double the L2 Cache bandwidth, have 4 MB L2 Cache per core, and offer up to 32% higher IPC compared to the previous generation E cores (Gracemont) in integer calculations and up to 72% higher IPC in floating-point calculations. Both core clusters (P-core cluster and E-core cluster) have access to up to 36 MB Shared Intel® Smart Cache.

With integrated NPU

The Intel® Core™ Ultra processors (series 2) are the first announced by the company for the desktop platform that feature a specialized Neural Processing Unit (NPU). The NPU integrated into the processor dramatically accelerates Artificial Intelligence (AI) applications and contributes to energy savings. From image processing and video processing with AI to creative AI, streaming, and gaming, the integrated AI capabilities of the Intel® Core™ Ultra processor (series 2) keep you at the cutting edge of technology. The 3rd generation specialized Neural Processing Unit (NPU 3) offers performance up to 13 TOPS in training reasoning and AI inference models.

Xe-LPG architecture graphics

The integrated Intel® Arc™ Graphics processing unit with Xe-LPG architecture features up to 4x Xe-cores and 4x Ray Tracing units and incorporates Xe vector computing engines and a capable Xe Media Engine (supporting video up to 8K @ 60 Hz with 10-bit HDR, VP9, AVC, HEVC, AV1, and SSC encoding capabilities, etc.) while also supporting DirectX® 12 Ultimate and the upscaling technology called XeSS (DP4a instructions are supported). The integrated graphics offer performance of up to 8 TOPS in terms of training and inference of artificial intelligence models (AI Inference).

New Intel 800 Series Chipset

The Intel Core Ultra 200S series processors, combined with the new Intel 800 Series chipset, expand platform compatibility, providing up to 24 PCIe 4.0 lanes, 8 SATA 3.0 ports, and 10 USB 3.2 ports. These capabilities allow users to leverage the most modern connectivity, storage, and other function technologies.

Intel AI Optimization

Allowing faster execution and more efficient resource utilization for demanding AI tasks, it offers up to 50% increased performance.

Manufacturer

Manufacturer Details

Warnings & Safety Information
See full description

Specifications

Specifications

Main Specifications

Year of Release
2025
Family
Ultra 7
Microarchitecture
Arrow Lake

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
1851

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."
Compatible Chipset
-
Type
High Performance

Performance

Cores
20

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
20

Threads

Threads are virtual versions of processor cores. They allow the processor to serve multiple tasks in parallel.
Processor Frequency (Base Frequency)
2.4 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
5.3 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
30 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)
182 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

Embedded Graphics
Intel Graphics

Embedded Graphics

Processors with integrated graphics processing unit. A motherboard that supports this function is required.

With such a combination, the need to purchase a graphics card can be eliminated. It is recommended only for simple use.
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

The Intel® Core Ultra 7 265 is an advanced processor from the Core Ultra series (Series 2), designed with the Arrow Lake architecture and Socket 1851, targeting demanding users, content creators with AI needs, multitasking, and gamers.

Total Cores: 20

• 8 Performance-cores (P-cores) for heavy tasks & demanding applications

• 12 Efficient-cores (E-cores) for simultaneous light processing and energy saving

The base operating frequency of the Performance-cores is 2.4 GHz, with the ability to increase up to 5.3 GHz via Turbo Boost. The Efficient-cores operate at a base frequency of 1.8 GHz and can reach up to 4.6 GHz. The processor features 30 MB Intel® Smart Cache and supports DDR5 memory. The base power consumption is 65 W, with a maximum power consumption during Turbo operation of 182 W. It is aimed at users who desire strong performance for demanding applications and gaming, offering an excellent balance between performance and energy efficiency.


Comparison with the previous generation

The Intel Core Ultra (series 2) have 40% lower power consumption compared to the previous generation Raptor Lake. They provide up to 9% increased IPC (Instructions per Clock) performance in the cores and 32% in the threads.

Advanced hybrid architecture

The "Compute" tile of the new Intel® Core™ Ultra (series 2) includes two core clusters: the high-performance P cores (Performance) and the low-power E cores (Efficiency), utilizing Intel's innovative "Performance Hybrid Architecture." The P cores (code name Lion Cove) are designed for exceptional performance in single-threaded or lightly-threaded applications. The E cores (code name Skymont) are optimized for lower power consumption and are activated to boost performance in multi-threaded applications, minimizing interruptions from less critical processes. The revolutionary Intel® Thread Director manages and prioritizes the workflows.

Superior Performance

The new P (Performance) and E (Efficiency) cores offer improved IPC (Instructions Per Clock) performance compared to the previous generation. The high-performance Lion Cove cores feature 18x execution ports and 3 MB L2 Cache per core, providing up to 9% higher IPC compared to the previous generation Intel® Core™ P cores. On the other hand, the Skymont cores demonstrate double the L2 Cache bandwidth, have 4 MB L2 Cache per core, and offer up to 32% higher IPC compared to the previous generation E cores (Gracemont) in integer calculations and up to 72% higher IPC in floating-point calculations. Both core clusters (P-core cluster and E-core cluster) have access to up to 36 MB Shared Intel® Smart Cache.

With integrated NPU

The Intel® Core™ Ultra processors (series 2) are the first announced by the company for the desktop platform that feature a specialized Neural Processing Unit (NPU). The NPU integrated into the processor dramatically accelerates Artificial Intelligence (AI) applications and contributes to energy savings. From image processing and video processing with AI to creative AI, streaming, and gaming, the integrated AI capabilities of the Intel® Core™ Ultra processor (series 2) keep you at the cutting edge of technology. The 3rd generation specialized Neural Processing Unit (NPU 3) offers performance up to 13 TOPS in training reasoning and AI inference models.

Xe-LPG architecture graphics

The integrated Intel® Arc™ Graphics processing unit with Xe-LPG architecture features up to 4x Xe-cores and 4x Ray Tracing units and incorporates Xe vector computing engines and a capable Xe Media Engine (supporting video up to 8K @ 60 Hz with 10-bit HDR, VP9, AVC, HEVC, AV1, and SSC encoding capabilities, etc.) while also supporting DirectX® 12 Ultimate and the upscaling technology called XeSS (DP4a instructions are supported). The integrated graphics offer performance of up to 8 TOPS in terms of training and inference of artificial intelligence models (AI Inference).

New Intel 800 Series Chipset

The Intel Core Ultra 200S series processors, combined with the new Intel 800 Series chipset, expand platform compatibility, providing up to 24 PCIe 4.0 lanes, 8 SATA 3.0 ports, and 10 USB 3.2 ports. These capabilities allow users to leverage the most modern connectivity, storage, and other function technologies.

Intel AI Optimization

Allowing faster execution and more efficient resource utilization for demanding AI tasks, it offers up to 50% increased performance.

Manufacturer

Manufacturer Details

Warnings & Safety Information

Main Specifications

Year of Release
2025
Family
Ultra 7
Microarchitecture
Arrow Lake

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
1851

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."
Compatible Chipset
-
Type
High Performance

Performance

Cores
20

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
20

Threads

Threads are virtual versions of processor cores. They allow the processor to serve multiple tasks in parallel.
Processor Frequency (Base Frequency)
2.4 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
5.3 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
30 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)
182 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

Embedded Graphics
Intel Graphics

Embedded Graphics

Processors with integrated graphics processing unit. A motherboard that supports this function is required.

With such a combination, the need to purchase a graphics card can be eliminated. It is recommended only for simple use.
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.

397,10 €
14,00 €   shipping cost