Avitu Technology Co., Ltd. uses Lattice FPGA to develop multi-axis servo drive FOC power loop acceleration application-EEWORLD

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Shanghai, China – March 29, 2022 – Lattice Semiconductor , a leading supplier of low power programmable devices, today announced that Shenzhen Avitu Technology Co., Ltd., a leading domestic servo system manufacturer, has adopted Lattice’s small-footprint, low-power FPGA to accelerate the development of its latest ID500 platform and significantly shorten time to market.

ID500 is widely used in textile, packaging, plastic, printing, machine tools, microelectronics, automation product lines, precision machinery and other supporting fields. Avitu and Lattice have worked closely to accelerate the development of multi-axis servo drive FOC current loop acceleration applications. Lattice's low-power and reliable programmable FPGA devices have won it a valuable market competitive advantage.

He Xing, Head of Technology Hardware R&D at Avitu, said, “The use of Lattice low-power FPGAs in our servo drive FOC current loop acceleration application, coupled with the support of Lattice’s excellent field engineering team in China, has helped Avitu accelerate the market introduction of the latest platform and greatly improve the platform’s performance. We are very pleased to work with Lattice to incorporate their FPGAs and their technology into our new multi-axis servo platform.”

Wang Cheng, Vice President of Sales at Lattice Semiconductor, said: "Avert Technology is a leading professional servo system manufacturer in China. It has independent core technology in servo drive development and has long helped its customers improve product efficiency and enhance market competitiveness. Our local technical engineering team is committed to providing innovative products to customers including Avert to meet their platform and application needs. We are honored to work with Avert to provide high-quality industrial automation solutions to the market."

Reference address：Avitu Technology Co., Ltd. uses Lattice FPGA to develop multi-axis servo drive FOC power loop acceleration application

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