INTEL CORE ULTRA 5 225 4.9GHZ 20MB SOCKET 1851 PROCESSOR

Description

Features

Performance Hybrid Architecture: Integrates two entirely new core microarchitectures onto a single die that prioritize and distribute workloads to optimize performance.

Intel® Thread Director: Optimizes workloads by helping the OS scheduler intelligently distribute workloads to the optimal cores.

NPU: A Neural Processing Unit is a processor made to handle AI and machine learning tasks. Some Intel® Core™ Ultra processors include a CPU, GPU, and NPU.

TOPS: Trillions of Operations Per Second. A calculated technical specification of the theoretical maximum an AI accelerator can achieve if 100% efficient with software and workload.

Intel® Graphics with Xe LPG graphics architecture: A graphics architecture optimized and designed specifically for lower wattage and higher performance-per-watt. Smart graphics capabilities and rich media enable amplified visual complexity, enhanced 3D performance, and faster image processing.

Intel® Smart Cache: CPU memory caching method for sharing between P-cores, E-cores, and processor graphics, if applicable.

Intel® Extreme Tuning Utility (Intel® XTU): A precision tool suite for tuning and overclocking that features processor overclocking capability, so both new and experienced users can get more out of their unlocked processors.

Intel® Extreme Memory Profile (Intel® XMP) 3.0: Allows users to overclock supported DDR5 memory modules to enhance the gaming features integrated into PCs with Intel® Core™ Ultra processors.

Intel® Speed Shift Technology: Gives your CPU more precise control over its frequency, allowing for a rapid jump to maximum clock frequency.

Intel® Turbo Boost Max Technology 3.0: Identifies the fastest cores on the processor and directs critical workloads to them as power, heat, and workload allow.

Intel® Turbo Boost Technology 2.0: Accelerates processor and graphics performance for peak loads to automatically allow processor cores to run faster than the rated operating frequency if they are operating below their power, temperature, and current specification limits.

Intel® Dynamic Tuning Technology: Power optimization tools that intelligently adapt power policies based on usage mode and temperature, with a new policy that determines and directs real-time application resource optimization.

Intel® Application Optimization: A software policy within Intel® Dynamic Tuning Technology (DTT) that determines and directs real-time application resource optimization.

Intel® Deep Learning Boost: Greatly accelerates inference performance for deep learning workloads optimized to use VNNI.

Intel® Thermal Velocity Boost: Opportunistically and automatically increases the clock frequency of select Intel® Core™ Ultra desktop processors by up to 100 MHz, if the processor is at a temperature of 70°C or lower and if turbo power is available.

Intel® Turbo Boost Technology: Intelligently helps the processor run faster than its nominal frequency allows, as power, heat, and workload permit.

Intel® Gaussian and Neural Accelerator 3.5: Designed to process AI voice and audio applications, such as neural noise cancellation, while at the same time freeing up CPU resources for overall system performance and responsiveness.

Thunderbolt™ 5 Technology: Next-generation universal cable connectivity that enables simple, reliable connections and delivers incredible performance.

Thunderbolt™ 4 Technology: A connectivity standard developed by Intel that provides power, data, and a video signal through a single connection. Thunderbolt™ technology certification establishes mandatory minimum requirements for cables, PCs, and accessories to help ensure greater reliability and interoperability between devices and vendors.

Thunderbolt™ Share13: Unlocks ultra-fast connectivity experiences between PCs.

Standalone Wi-Fi 7 Support: The next step in the evolution of wireless connectivity, improving speed, responsiveness, and reliability.

Intel® Connectivity Performance Suite: A software solution that enhances the performance of PC networks by creating a personalized network experience based on each user's unique situation, automatically prioritizing high-priority traffic over lower-priority traffic.