Events & News

As edge AI continues to transform industries—from smart cities and autonomous vehicles to factory automation and remote monitoring—hardware architecture plays a crucial role in determining success. Developers are constantly faced with a key decision: should they build around a System on Module or a System on Chip? While both approaches deliver powerful compute capabilities, they

From ChatGPT and DeepSeek to autonomous vehicles and intelligent security systems, artificial intelligence has rapidly evolved into a cornerstone of digital innovation. But while breakthroughs in algorithms get the spotlight, the reality is that these models rely on equally powerful hardware to run efficiently. Traditional CPUs, even the most powerful ones, struggle to handle the

The AI Landscape Is Evolving—Fast Over the past decade, AI has largely been powered by the cloud. Complex models were trained and deployed in massive data centers, relying on constant connectivity and remote compute power. But that’s changing rapidly. Edge AI—where intelligence is embedded directly in devices at the edge of the network—is gaining serious

From large language models like ChatGPT to autonomous vehicles, generative AI, and high-resolution video analytics, AI is transforming nearly every industry at breakneck speed. But behind every intelligent model lies a hidden challenge — the ability to feed massive amounts of data into these AI systems quickly and reliably. As AI models grow from millions

The AI hardware market in 2025 encompasses a diverse range of hardware solutions tailored for different performance needs and deployment environments. From massive cloud-based training to compact embedded inference, AI hardware plays a pivotal role in enabling intelligent applications across industries. This article explores the three main categories of AI hardware —GPUs, FPGAs, and ASICs—highlighting

As industries demand faster, more secure, and reliable data processing, the convergence of edge computing and artificial intelligence (AI) is reshaping how we interact with technology. By moving computational power closer to data sources, edge computing eliminates the bottlenecks of centralized cloud systems, enabling real-time insights and autonomous decision-making. This article explores the transformative potential of AI on the Edge,

Geniatech ARM SOM is engineered to empower product designers by simplifying embedded system development. By leveraging a modular design and a robust AI + software ecosystem, our SOM solutions accelerate product time-to-market while reducing both development risks and overall costs. Whether you’re targeting industrial automation, medical instrumentation, or smart transportation, Geniatech’s ARM SOM offers the cutting-edge technology