Intel Core i7 Embedded Series
The Intel Core i7 Embedded processors deliver powerful multi-threaded performance through quad-core and higher configurations based on Intel’s latest microarchitectures. These processors provide advanced features such as Intel Turbo Boost, Hyper-Threading, and integrated graphics, enabling complex real-time data processing, multimedia handling, and high-speed communication. Designed for industrial, medical, and networking applications, these processors support wide operating temperature ranges and offer enhanced security features including Intel SGX and VT-x virtualization. The embedded series also includes extended lifecycle support and robust manageability to meet the needs of long-term industrial deployments. Their extensive I/O options, such as PCIe Gen3, USB 3.1, SATA, and multiple display interfaces, facilitate integration into complex embedded systems requiring versatile connectivity and scalability.
TechnicalSpecifications
• Quad-core and higher configurations based on Intel microarchitectures • Intel Turbo Boost Technology and Hyper-Threading • Integrated Intel HD or Iris Graphics • I/O interfaces: PCIe Gen3, USB 3.1, SATA, multiple display outputs • Security: Intel SGX, VT-x virtualization, secure boot • Operating temperature range: -40°C to 85°C • Extended lifecycle and manageability features • Software support: Windows Embedded, Linux, RTOS
UsageAreas
• Industrial automation and control systems • Medical imaging and diagnostics • Networking and telecommunications equipment • Digital signage and infotainment systems • Aerospace and defense embedded systems
Features
NoFeatures
Advantages
- • High-performance multi-core and multi-threading • Advanced integrated graphics capabilities • Comprehensive security and virtualization features • Wide operating temperature support for industrial use • Long lifecycle and remote management support
Disadvantages
- • Higher power consumption compared to lower-end embedded processors • Increased complexity in thermal management • Greater cost and design complexity • Requires advanced software and hardware design expertise