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Proliferation of Connected DevicesAlong with rise of AI, market is seeing an explosion in the number of internet-connected devices across numerous markets including automotive, industrial Internet of Things, communications infrastructure, and consumer electronics. This proliferation of connected devices is generating vast amounts of data that needs to be processed closer to its source for latency-sensitive applications and to avoid bottlenecks in cloud connectivity. Embedded FPGAs enable OEMs to integrate flexible accelerators and heterogeneous computing resources directly into the edge silicon powering these connected devices. Not only can FPGAs handle a variety of processing tasks involving video, vision, sensor data and communications protocols, these also provide device manufacturers with programmability to easily upgrade products in the field via firmware updates. As more and more ‘things’ across various verticals become internet-connected over the coming decade, embedded FPGAs will continue gaining prominence to power the edge layers of distributed architectures and meet the low-power, high-performance requirements of next-generation connected devices.
For Instance, In February 2022, the Indian government acknowledged the global rise of Machine to Machine (M2M) and Internet of Things (IoT) technologies, recognizing their potential benefits across industries. To bolster the M2M ecosystem, several measures were introduced, including guidelines for M2M Service Providers and Connectivity Providers, new licenses for M2M operations, and an extension of spectrum availability for M2M/IoT applications. These actions aim to facilitate registration processes, enhance connectivity, and foster innovation in sectors such as power, automotive, healthcare, agriculture, and smart infrastructure development.
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