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A 2D graphics library for memory-constrained embedded systems is called embedded-graphics. Drawing graphics without utilising any buffers is one of the main aims of embedded-graphics; the crate is not std compatible and functions without a dynamic memory allocator or pre-allocating huge amounts of memory.
This is accomplished using an iterator-based approach, in which pixel colours and positions are determined instantly with the least amount of preserved state. The consuming program can consume significantly less RAM as a result with little to no performance hit.
The Global Embedded Graphics Module market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Embedded MXM Graphics Modules were launched by ADLINK. For edge applications, where a greater need for processing power is present, the new integrated MXM graphics modules offer the ideal compromise between size, weight, and power. At the edge, where size, weight, and power (SWaP) are important factors, GPUs are being employed more and more to perform AI inferencing.
The integrated MXM graphics modules come in a standard format for systems integrators, ISVs, and OEMs, enhancing choice in both power and performance. They provide the high processing power needed to translate data at the edge into actionable intelligence.
The embedded MXM graphics modules from ADLINK speed up edge computing and edge AI in a variety of compute-intensive applications, especially those that are harsh or environmentally difficult, like those that are corrosive or have little to no air.
It includes transportation, aerospace and defence, industrial automation, biometric access control, mobile autonomous robots, and medical imaging. As AI at the edge becomes more common, the demand for high-performance, low-power GPU modules grows increasingly urgent.
ADLINK is a market leader in providing strong computing and AI inferencing at the edge while staying within customers’ SWaP limits with the launch of the embedded MXM graphics modules based on the Turing architecture.
