Processore Intel Core i5-13600KF 3,5 GHz 14 core 24 MB cache LGA 1700

Intel technologies listed here describe processor features that improve virtualization, security, performance, power efficiency and specialized acceleration. They include support for I/O device virtualization (VT-d), processor virtualization (VT-x and VT-x with EPT), 64-bit addressing (Intel 64), cache sharing (Intel Smart Cache), and instruction set and extension support for accelerated cryptography and vector processing. Additional features cover power-management states (C-states, Enhanced SpeedStep, Speed Shift), multi-threading (Hyper-Threading), turbo frequency boost, hardware security features (Execute Disable Bit, Secure Key, Boot Guard, Control-Flow Enforcement Technology, Mode-based Execute Control), thermal monitoring, volume management for NVMe (VMD), and on-chip accelerators for AI and audio workloads (Intel DL Boost, GNA).

Advantages

These Intel CPU technologies provide a combination of improved virtualization capabilities, stronger hardware-based security, better performance for single- and multi-threaded workloads, and optimized power consumption. Virtualization features (VT-x, VT-d, EPT) increase isolation and I/O efficiency; hardware instructions such as AES-NI and Secure Key accelerate cryptography; Intel DL Boost and GNA speed up AI and audio inference tasks; and thermal and power-management features help balance performance with energy use.

Key specifications

• Virtualization: Intel VT-x, VT-d, VT-x with Extended Page Tables (EPT)
• Architecture: Intel 64 (64-bit addressing)
• Cache: Intel Smart Cache (shared last-level cache)
• Cryptography: Intel AES-NI, Secure Key
• Performance technologies: Intel Turbo Boost, Max Turbo Frequency, Intel Speed Shift
• Power management: Idle States (C-states), Enhanced Intel SpeedStep Technology
• Multithreading: Intel Hyper-Threading Technology
• Instruction sets and extensions: Base instruction set compatibility, SSE/AVX extensions, Instruction Set Extensions
• AI and acceleration: Intel Deep Learning Boost (VNNI), Intel Gaussian & Neural Accelerator (GNA)
• Security features: Execute Disable Bit, Intel Boot Guard, Control-Flow Enforcement Technology (CET), Mode-based Execute Control (MBEC)
• Thermal: On-die Digital Thermal Sensor and Thermal Monitoring Technologies
• Storage management: Intel Volume Management Device (VMD) for NVMe hot plug and LED management

How to use

Enable and configure supported features through the system BIOS/UEFI and the operating system or hypervisor. For virtualization, enable VT-x and VT-d in firmware and configure the hypervisor to use Extended Page Tables (EPT) where supported. Activate security features such as Execute Disable Bit, Boot Guard and CET according to platform guidance. Use OS and application support for AES-NI, Secure Key and instruction extensions to benefit from hardware-accelerated cryptography and vector operations. Monitor thermal and power behavior and adjust power-management settings to balance performance and efficiency. Consult vendor documentation for enabling VMD and on-chip accelerators (DL Boost, GNA) and for any required drivers or firmware updates.

Recommendations

Review platform and OS documentation before enabling advanced features, and test changes in a controlled environment. Keep firmware and drivers up to date to ensure correct operation of virtualization, security, storage management (VMD) and AI-acceleration features.