The socketed LGA multichip package (CPU+PCH) brings together the graphics and lower processor base power of Intel’s mobile processor with the benefits of Intel’s desktop processors. This architecture provides greater flexibility for compact design of a main board as well as scalable computing performance from the selections of Intel® Core SoC processors.
MX-ADLPS provides one USB Type C Thunderbolt external connector. Thunderbolt 4 port provides 40Gbps high bandwidth for connecting high-speed devices.
Flexibility - delivers high-speed data transfer, outputs a video signal, and can deliver power to compatible devices.
Bandwidth - 40Gbps (gigabits per second) bidirectional bandwidth.
Versatile connectivity - compatible with many connection standards, including previous versions of Thunderbolt™, USB, DisplayPort, and PCle. The ports fit standard USB-C type connectors.
Coupling with select Intel® Core™ i7 or i5 processor with intetraged Intel® Iris Xe Graphic, delivers enhanced graphics performance, AI, and vision capabilities optimized for IoT video applications.
MX-ADLPS provides FOUR DP++ external I/O supports 4 independent displays simultaneously. Using the select processor with integrated Intel® Iris® Xe graphics, with up to 96 graphics execution units (EUs), powers up to four display pipes that can drive four concurrent 4K@60 displays or 8K single-display resolution.
MX-ADLPS is equipped with two Intel® I226-LM Ethernet Controllers delivering 2.5Gb network speed, increasing network performance to boost productivity. The controller supports the advanced technologies IEEE1588 suitable for measurement and control systems.
Improved graphics performance, DDR5 memory support, and multiple PCIe 4.0 lanes to the CPU provide the bandwidth, memory, and processing power that advanced medical imaging needs.
Coupling low-power with high-performance through a traditional SoC processor but in an LGA socket package enables the design of sleek point-of-sale devices without sacrificing manufacturing & supply flexibility of a CPU socket.
Four display pipes support 2x2 video walls of 4K at 60 Hz or up to four discrete digital signs/menu boards. Graphics engine supports up to 8K resolution for high-end displays.
More cores, more threads, & more graphics processing power for NVRs to run more workloads and achieve more functions in a single device. Four display pipes support four discrete 4K displays at 60Hz, competitive for use cases featuring 2x2 multiview video walls.
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