Scaling New Architecture – An Introduction to AAEON’s Solutions Based on 12th Generation Intel Processor’s

Experience a revolutionary stride in computing power with the 12th Generation Intel Core processor platform, featuring an innovative performance hybrid architecture. This groundbreaking design integrates two distinct core types, namely Performance-cores (P-cores) and Efficient-cores (E-cores), within a single chip. The key advantage of this architecture lies in its unparalleled ability to optimize both performance and power efficiency simultaneously.

P-cores are specifically engineered to tackle resource-intensive tasks, ensuring seamless handling of demanding applications. On the other hand, E-cores excel in efficiently managing lighter workloads, contributing to an overall balanced and optimized user experience. Recognising that not every application requires the intense processing power offered by P-cores, Intel responded by introducing cost-effective entry-level platforms built on the Gracemont CPU microarchitecture.

These platforms redefine the landscape by delivering a distinctive blend of high performance, affordability, and low power consumption. The Gracemont CPU microarchitecture ensures that users can enjoy a responsive and efficient computing experience tailored to their specific needs. Embrace the future of computing with Intel’s 12th Generation Core processors, where innovation meets versatility for a superior computing experience.

Introducing the latest generation, formerly recognized as Alder Lake-N, featuring a diverse lineup of processors, including the Intel Processor N-series, Intel Atom Processor X Series, and notably, the Intel Core i3 Processor N-series. Central to this collection is a predominant emphasis on power efficiency, with CPUs ranging from 6W to 15W in thermal design power (TDP), aligning with various processing capacities.

This processor range addresses a wide array of applications, starting from the 2-core Intel Atom x7211E to the robust 8-core Intel Core™ i3-N305. This comprehensive lineup caters to a broad spectrum of computing needs, providing a versatile range of processors suitable for empowering solutions across diverse markets. Whether you require the efficiency of lower power options or the robust capabilities of higher-end processors, this generation stands as a reliable and adaptable solution, poised to meet the demands of various computing environments.

Low Power, High Performance

Experience a cutting-edge processor platform crafted exclusively on the Gracemont core architecture, placing a premium on power conservation without compromising performance. Boasting clock speeds that soar up to 3.80 GHz and featuring a substantial 6MB of Intel Smart Cache, this lineup is meticulously engineered to adeptly manage an extensive array of tasks with efficiency at its core.

Whether you opt for the robust 8-core Intel Core i3-N305 processor or the nimble dual-core Atom x7211E, the entire series excels in power efficiency, making it an optimal choice for embedded solutions where low power consumption and steadfast performance take centre stage. Revel in a seamless balance of power and efficiency, ensuring these processors stand out as the perfect solution for applications where reliability and energy efficiency are of paramount importance.

MIPI Camera Compatibility

Unveiling a revolutionary feature, the processor series introduces a game-changing MIPI camera support, catering to applications that demand top-tier imaging capabilities. Leveraging MIPI technology, this series seamlessly integrates superior image quality with efficient visual data acquisition. This attribute renders the generation exceptionally well-suited for applications like advanced machine vision, industrial automation, and AMR (Autonomous Mobile Robots).

The high-speed MIPI interface serves as a critical element, facilitating precise and rapid data exchange between the processor and cameras. This not only enhances image processing but also elevates analytics capabilities, ensuring a seamless and efficient workflow for applications where high-quality imaging is paramount. Embrace the future of visual data integration with this processor series, where cutting-edge MIPI camera support sets a new standard for excellence in imaging technology.

Flexible Scalability

In delivering embedded computing solutions designed for deployment across diverse vertical markets, Assured Systems is committed to providing products equipped with the most fitting technologies tailored to its customers’ unique requirements. The extensive array of processor options available across the Intel Processor N-series, Intel Atom Processor X Series, and Intel Core i3 Processor N-series platforms affords customers the flexibility to select between low-power, cost-effective solutions and CPUs boasting more robust processing capabilities. This broad spectrum of choices streamlines the development of embedded solutions, offering customers the freedom to tailor computing solutions precisely to their needs.

Featuring SKUs powered by the Intel Processor N200, Intel Processor N50, and Intel Atom x7211E processors, the BOXER-6406-ADN stands out as a remarkably compact and rugged fanless embedded box PC, measuring a mere 186mm x 104.6mm x 49.1mm. Designed for versatility, it operates within a wide temperature range of -20°C to 60°C and accepts a voltage input range of 9V to 36V, boasting over/under-voltage and short-circuit protection. With high shock and vibration tolerance, along with lockable I/O connectors, it is exceptionally well-suited for deployment in challenging industrial environments.

This powerhouse offers dual 2.5GbE RJ-45 and dual USB 3.2 Gen 2 Type-A ports, ensuring excellent connectivity for peripheral devices. The inclusion of DB-9 and DB-15 ports provides access to RS-232/422/485 and digital I/O functions. Specifically tailored for automated guided vehicle (AGV), edge gateway, and factory automation applications, the BOXER-6406-ADN goes above and beyond with expansion slots, including M.2 2230 E-Key and M.2 2280 M-Key, facilitating wireless connectivity and additional storage options. Elevate your data exchange capabilities and support automation protocols with this compact yet powerful embedded box PC.

Leveraging the robust capabilities of the Intel Core i3-N305, Intel Atom x7211E, Intel Processor N50, or Intel Processor N97, the newly introduced BOXER-6617-ADN is equipped with a comprehensive suite of interfaces designed for high-speed data exchange with external devices. This feature-rich configuration includes six DB-9 ports supporting RS-232/422/485, dual 2.5GbE LAN, dual HDMI ports, and a 10-pin terminal block. These interfaces are strategically tailored to meet the precise communication protocols essential for Autonomous Mobile Robot (AMR) functionality, while the system’s versatile storage options provide the necessary resources for Automated Guided Vehicle (AGV) route mapping.

Operating seamlessly within a temperature range of -20°C to 70°C and featuring a wide 9V to 36V DC input range with circuit protection, the BOXER-6617-ADN emerges as the ideal choice for demanding environments, such as factories. With a focus on flexibility, the device supports unrestricted development through SSD-based storage, incorporating a 2.5″ SATA HDD and an M.2 M-Key slot. Moreover, the inclusion of M.2 E and B-Key slots facilitates 5G, Wi-Fi, and LTE connectivity, enabling seamless edge-to-cloud data exchange and wireless communication with industrial machinery. Experience unparalleled adaptability and performance with the BOXER-6617-ADN in challenging industrial scenarios.

The MIX-ALND1 Mini-ITX board stands out as a highly efficient and versatile market solution, offering a distinctive edge among AAEON’s industrial motherboards. Available in SKUs featuring onboard CPUs, specifically the Intel Processor N97 and Intel Processor N50, both equipped with integrated Intel UHD Graphics, the MIX-ALND1 delivers optimal performance.

Distinguishing itself with multiple display configuration options, the board supports simultaneous 4K display resolution at 60Hz through physical HDMI 2.0 and DP 1.4 ports. Additionally, it provides colored internal eDP and LVDS connectors, making the MIX-ALND1 particularly well-suited for applications aimed at enhancing point-of-sale and gaming experiences.

The inclusion of digital I/O and serial port headers, supporting two RS-232/422/485 and four RS-232 interfaces, further streamlines the integration of various types of sensors. The board’s M.2 B, E, and M-Key slots offer robust support for 5G, Wi-Fi, and NVMe, providing the MIX-ALND1 with the essential tools to reliably run sophisticated CNC (Computer Numerical Control) controller applications. Experience unparalleled efficiency and versatility with the MIX-ALND1, a standout choice for a wide range of industrial applications.

Introducing the GENE-ADN6, a densely populated 3.5″ SubCompact Board designed to harness the capabilities of Intel Processor N-series, Intel Atom Processor X Series, and Intel Core i3 Processor N-series CPUs. This feature-rich board offers a wide range of functionalities catering to diverse applications.

Standout features of the GENE-ADN6 include four COM connectors, 8-bit GPIO support, and an SMBus interface. Combined with high-bandwidth DDR5 system memory, these attributes facilitate expedited reactive decision-making, positioning the board as an ideal choice for applications such as Autonomous Mobile Robot (AMR).

With three 2.5GbE LAN ports and a versatile display interface comprising LVDS, HDMI 1.4, and VGA connectors, the GENE-ADN6 emerges as a robust candidate for machine vision applications. Despite its small size, impressive processing power, and support for numerous expansion modules, the board excels in harsh environments, with operational capabilities ranging from -40°C to 85°C. This ruggedness ensures suitability for deployment in challenging conditions, maintaining functional integrity throughout. Experience a compact yet powerful solution with the GENE-ADN6, setting new standards for SubCompact Boards in diverse applications.

Introducing the upcoming PICO-ADN4, an advanced yet efficient single-board computer built on the compact 100mm x 72mm Pico-ITX form factor. This versatile solution is engineered to operate flawlessly in a wide temperature range of -40°C ~ 85°C, making it well-suited for deployment in rugged environments across diverse markets.

Despite its small footprint, the PICO-ADN4 doesn’t compromise on features. It offers a comprehensive range of I/O options, supporting up to three simultaneous displays through a combination of LVDS, eDP, HDMI, and DDI interfaces. External I/O features two RJ-45 ports, one for Intel I226 and the other for Realtek RTL8111H-CG Ethernet, operating at speeds of 2.5GbE and 1GbE, respectively. The board also includes two USB 3.2 Gen 2 ports, and internal I/O boasts RS-232/422/485 support via two COM pin headers.

Operating within a wide temperature range and offering thermal dissipation options through a fanless heatsink or heatspreader, the PICO-ADN4 is highly versatile and accommodates various expansion slots. These options include a full-size mSATA and an M.2 2230 E-Key, along with a 4-bit GPIO for additional functionality. Experience advanced computing in a compact form with the PICO-ADN4, setting new standards for single-board computers in rugged market deployments.

Introducing the EPIC-ADN9, a purpose-built 4″ EPIC Board designed for smart manufacturing and industrial automation projects. SKUs are available with power options ranging from the Intel Atom x7425E to the Intel Core i3-N305, or Intel Processor N97/N50 CPUs, allowing users to tailor performance to efficiency as needed.

Equipped with up to four physical LAN ports supporting Intel I226-V running at 2.5GbE, along with six COM and six USB ports, the board provides essential communication protocols crucial for smart factory deployments. Its wide voltage input range of 9V to 24V, coupled with a fanless design, positions the EPIC-ADN9 to adeptly handle the environmental challenges often encountered in industrial settings.

The board offers a diverse array of display outputs, including HDMI 1.4, eDP 1.4, DP 1.2, VGA, and LVDS, enabling support for up to three simultaneous displays. This versatility makes the EPIC-ADN9 suitable for seamless integration with both modern and legacy infrastructure in industrial automation applications. Experience tailored performance and robust communication capabilities with the EPIC-ADN9, setting new benchmarks for EPIC Boards in smart manufacturing and industrial automation.