Built on SMIC’s 40nm process, Trion T120 FPGAs are designed to address high-volume cutting-edge products and applications in edge, compute and acceleration. At its core is the company's Quantum architecture, which looks to deliver low power, small form factor and cost advantages.
“The T120 FPGAs demonstrate how the Quantum architecture scales for high density,” explained Efinix Co-founder, CTO, and SVP of Engineering Tony Ngai. “Higher density equals more compute power, which is driving the future of edge AI computing. Our disruptive Quantum architecture is taking FPGAs to the next level in today’s exciting environment of innovation.”
“Efinix’s Quantum technology is making the complex and challenging development of FPGA programmable products look simple and effortless,” added Kelvin Low, VP Marketing, Strategy & Overseas Sales of SMIC. “Coupled with our advanced and reliable 40nm Low Leakage platform, together we are accelerating innovation at unprecedented speeds.”
Trion T120 FPGAs’ low-power fabric delivers programmability at the edge, while its dense architecture packs more compute power into a smaller footprint, according to the company. The T120 FPGAs also include a hardened DDR controller and MIPI CSI-2 and D-PHY blocks, supporting application acceleration in a low-power, small form factor device.
“We are at a pivotal moment for driving edge, compute and acceleration. T120 FPGAs are only at the beginning of the journey of where our Quantum architecture can take edge AI computing,” said Sammy Cheung, co-founder, CEO, and president of Efinix. “We will continue to advance our programmable compute platforms, as the development of T200 samples are already underway.”
