AMC stands for Advanced Micro Computing. It is an ecosystem designed for creating a simplified yet flexible small form factor world. The system is built upon 45*45 mm LGA OSM/OSM-like modules, which come with built-in DRAM, eMMC, and PMIC. These modules are fully compatible with both Intel and ARM architectures, and can be converted into smarc, Qseven, PC/104, or COM mini form factors easily. The AMC architecture is an Omni SiP, which means it can support any Embedded Appliance.
AMC is designed to reduce the development time of systems and limit the changes required, making upgrades more straightforward. By using modular and scalable components, AMC can have a significant impact on the environment.
AMC utilizes pre-existing OSM/OSM-like modules, which reduces the amount of time and resources required for product development. This feature allows for more efficient and cost-effective development and production, ultimately reducing waste generated during the product lifecycle.
The size constraints of OSM/OSM-like modules limit the use of parts and components in the design. This leads to more thoughtful and strategic choices of components, which result in a more environmentally friendly design. By using fewer and more efficient components, the overall power consumption of the system can be reduced, resulting in a smaller carbon footprint.
Fewer components allowed
More efficient components picked
Lower Carbon Footprint
The size constraints of OSM/OSM-like modules limit the use of parts and components in the design. This leads to more thoughtful and strategic choices of components, which result in a more environmentally friendly design. By using fewer and more efficient components, the overall power consumption of the system can be reduced, resulting in a smaller carbon footprint.
Another key feature of AMC is its easy upgradability, which limits the chance of errors and minimizes waste generated during the upgrade process. By simply changing the OSM modules, less development work is required, reducing the need for redesigns and ultimately minimizing waste.
Easy upgrade
Less development work
Minimized redesign
Reduced waste
limits the use of components
reduces the chance of errors during upgrades
lowers power consumption
Reduced waste
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