Powered by 12th Gen Intel Alder Lake CPUs, we offer a wide range of single board computers, motherboards, box PCs, and all-in-one Panel PCs.
Vecow
Available in 6 variations
Vecow
Available in 7 variations
Available in 2 variations
Available in 3 variations
Nexcom
12th Gen Intel Core Low Profile Edge Computer
C&T Solution
Available in 15 variations
ASRock Industrial
Intel 12th/13th Gen ATX ASRock Embedded Motherboard with 2.5 Gig PoE
ASRock Industrial
Raptor Lake ATX Industrial x86 Motherboard with Gen 5 PCIe and W680 Chipset
ASRock Industrial
Intel 12th Gen Embedded ATX Motherboard with 4 PCI Slots and H610 Chipset
12th Gen Alder Lake-U Intel Core Railway Embedded PC with EN45545-2 Certification
ASRock Industrial
Industrial Alder Lake-PS Intel Core i3 i5 i7 3.5 Inch SBC with DDR5 Memory
ASRock Industrial
Raptor Lake-S Industrial Micro-ATX Motherboard with Q670 Chipset and 2.5GbE LAN
ASRock Industrial
Available in 3 variations
Available in 3 variations
Released in late 2021, Intel’s 12th Generation processors, known as Alder Lake, marked a significant leap forward in computing technology. These processors introduced an innovative hybrid architecture, combining two distinct types of cores within a single chip: high-performance cores (P-cores) designed for intensive, demanding tasks, and power-efficient cores (E-cores) tailored for lighter, everyday operations. This strategic blend allows the 12th Gen processors to deliver both high-performance capabilities and energy efficiency, dynamically managing workloads to optimise both speed and power efficiency. Learn more about P-Core vs E-Core CPU Architecture.
Alder Lake chips are built on Intel’s advanced 10nm Enhanced SuperFin technology, a refinement that enables faster processing speeds, improved power efficiency, and enhanced adaptability compared to previous generations. They also support a range of modern and legacy memory types, including DDR4 and DDR5, providing flexibility for various hardware configurations. Learn more about how Intel Alder Lake 12th Gen CPUs benefit industrial applications at the edge.
Compare the available Alder Lake and Alder Lake-N CPUs below:
4 Efficient Cores: The Intel Processor N97 is equipped with 4 efficient cores, providing solid performance for everyday tasks and light workloads. Burst Frequency (3.60 GHz): Offers responsive performance and efficient task handling for general computing needs. Intel 7nm Process: Utilizes Intel’s advanced 7nm process, increasing transistor density to improve power efficiency and reduce energy consumption. Supports DDR4 Memory: Compatible with DDR4 memory, providing reliable performance for standard computing environments. Fanless Design Capability: With low power consumption, it supports fanless system designs, making it suitable for quiet and efficient operation, especially in industrial applications.
8 Efficient Cores (Alder Lake-N): Increased core count enhances performance across a variety of workloads. Higher Burst Frequency (3.80 GHz): Delivers quicker responsiveness and faster task execution. Improved Intel 7nm Process: Similar to the N97, this improved process increases transistor density, reducing power consumption. Supports DDR5 Memory: Enables higher data handling capacity depending on the system setup, providing better performance than systems like the N97. Fanless Designs: Low power consumption allows for fanless designs, making these systems reliable and ideal for challenging industrial environments.
Fits LGA 1700 CPU Socket: Designed for the new LGA 1700 socket, offering compatibility with the latest motherboards and a wide range of computing platforms. Hybrid Architecture with Performance and Efficient Cores: Alder Lake-S processors combine high-performance (P-cores) and efficient (E-cores) to balance power and performance across various tasks, from intensive applications to background processes. High-Burst Clock Frequencies: Offers impressive clock speeds, enabling quick responsiveness and faster task completion, especially for demanding applications like AI Inference. Enhanced 10nm SuperFin Process: Built with Intel's advanced 10nm process, improving power efficiency, performance, and thermal management compared to previous generations. Supports DDR4 and DDR5 Memory: Compatible with both DDR4 and DDR5 memory, providing flexibility for users and enabling better performance based on memory setup. PCIe 5.0 and PCIe 4.0 Support: Supports the latest PCIe 5.0 standard for faster data transfer, along with backward compatibility with PCIe 4.0, enhancing performance for data-intensive tasks and hardware. Maintains Fanless Passive Cooling Capability: Available with 35W and 65W CPUs capable of fanless cooling with extended operating temperatures.
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