Processor Intel Core i5-11400F 2,6 GHz 6 cores 12 MB cache LGA 1200

Intel technologies provide hardware-based features to improve security, virtualization, performance and power efficiency for desktop, mobile and server platforms. The set includes Intel Trusted Execution Technology for isolated protected execution, Intel Virtualization Technologies (VT-x and VT-d) for platform virtualization and I/O-device virtualization, and Intel 64 for 64-bit addressing and larger memory support. Additional capabilities cover cache sharing (Intel Smart Cache), AES instruction acceleration (Intel AES-NI), execution protection (Execute Disable Bit), hyper-threading, extended page tables (EPT) for virtualized memory, Optane memory support, and platform stability and boot protection mechanisms.

Advantages

These Intel features enable more secure execution of sensitive applications, improved reliability and performance in virtualized environments, and better utilization of multi-core processors through Hyper-Threading and Turbo Boost technologies. Power-saving functions such as Idle States and Enhanced Intel SpeedStep reduce energy consumption, while instruction set extensions and Intel DL Boost accelerate compute- and AI-related workloads. Hardware-based security elements like Secure Key, Intel SGX, Intel IPT and Boot Guard reduce exposure to attacks and help protect data and system integrity.

Key specifications

• Intel Trusted Execution Technology: measured launch and protected execution environment
• Intel VT-d: I/O-device virtualization support
• Intel VT-x: platform virtualization and VT-x with EPT (Second Level Address Translation)
• Intel 64: 64-bit architecture, supports addressing beyond 4 GB
• Cache: Intel Smart Cache, shared last-level cache
• Intel AES-NI: hardware AES encryption/decryption acceleration
• Idle States (C-states): multi-level CPU idle power states
• Intel Turbo Boost / Turbo Boost 2.0 / Turbo Boost Max 3.0 / Thermal Velocity Boost: dynamic single-core and multi-core frequency increases
• Max Turbo Frequency: maximum single-core frequency under Turbo
• Execute Disable Bit: hardware execute protection
• Intel Hyper-Threading: two threads per physical core
• Instruction set and extensions: SSE, AVX, and AVX-512 with VNNI (Intel DL Boost)
• Intel Optane Memory supported: tiered storage acceleration with required hardware/software
• Enhanced Intel SpeedStep: dynamic voltage/frequency scaling for power efficiency
• Secure Key: hardware random number generator
• Intel SGX: trusted execution enclaves for application protection
• Thermal Monitoring Technologies: on-die DTS and thermal management
• Intel GNA: low-power accelerator for audio and small AI workloads
• Intel SIPP: platform stability program (minimum 15 months for key components)
• Intel Boot Guard: pre-OS environment protection

How to use

Enable and configure these features through BIOS/UEFI settings and the operating system or hypervisor where applicable. Virtualization options (VT-x, VT-d, EPT) must be turned on in firmware and supported by the host OS or hypervisor to benefit from VM isolation and I/O passthrough. Security features such as Intel SGX, Execute Disable Bit, Secure Key and Boot Guard require compatible software support and correct platform configuration. Power and performance technologies like Turbo Boost, SpeedStep and C-states operate automatically when supported and do not require user intervention beyond ensuring firmware and drivers are up to date.

Recommendations

For systems requiring secure execution, virtualization performance and efficient power management, enable the relevant BIOS/UEFI options and keep chipset, firmware and OS/hypervisor drivers updated. Verify software compatibility for features such as Intel Optane memory, Intel SGX and Intel DL Boost before deployment.