ESWIN Computing’s deep neural network (DNN) technology provides CNN and LLM inference solutions, featuring AI framework compilers, AI accelerator products, and operator libraries. Focused on edge and cloud inference, it is capable of performing image recognition, NLP, and other tasks, widely applicable in such fields as video transcoding, facial recognition, and machine vision.
ESWIN Computing’s high-speed interface and basic IPs cover DDR, LPDDR, VBO, HDMI, DP/eDP, P2P, LVDS, MIPI A-PHY, MIPI D-PHY, 112G SerDes, PLL, Temp Sensor, ADC ,etc. They show the excellent performance on area, performance, power consumption, and other aspects, making it suitable for scenarios in consumer electronics and automotive electronics.
ESWIN Computing’s ISP and image quality enhancement technology boasts a full set of image capture and display processing units. This technology offers cutting-edge image capture features such as HDR, starlight-level noise reduction, distortion correction, color noise suppression, edge enhancement, color correction, and 3A functions (auto white balance, auto exposure, auto focus). For image display, it provides capabilities such as HDR (HDR10/HDR10+/HLG/VIVID/Dolby-Vision), spatial noise reduction (2DNR), temporal noise reduction (3DNR), super resolution, sharpening enhancement, contrast enhancement, color enhancement, and local dimming. These capabilities make it widely applicable in camera monitor systems, automotive displays, monitors, commercial displays, and other products.
ESWIN Computing software-defined radio (SDR) technology supports frequency bands below 6GHz and is compatible with advanced communications standards such as 4G/5G, Wi-Fi. With support for dynamic modulation, bandwidth, and frequency settings, this technology enables flexible multi-mode communication (e.g., TDD/FDD) and is widely applicable in 5G base stations, industrial IoT, and emergency communications.
Leveraging high-precision mixed signal design and adaptive algorithms, ESWIN Computing’s high-performance smart power management technology breaks new ground in efficiency, power consumption, and reliability of power systems. Self-developed power-efficient IPs enable fast response in nanoseconds and μA-level standby power consumption, providing high-efficiency and ultra-low-power solutions tailored for smart mobile devices. The dynamically adaptive design enables real-time monitoring of load requirements and intelligent adjustment of operating modes and loop responses in order to maximize efficiency and system stability. Certified to the rigorous AEC-Q100 standard for automobiles, the IPs support intelligent fault diagnosis and are well-suited for demanding applications in industry, automotive, and other fields. Through programmable digital interfaces, power parameters can be configured as needed and system-wide optimizations are achieved to deliver low power consumption, high-efficient and reliable power solutions.
ESWIN Computing’s automotive grade and functional safety technology guarantees the reliability and safety of automotive electronic systems, ensuring our products comply with the industry standards throughout the full life cycle. In strict accordance with ISO 26262 and ISO 21448 functional safety standards, ISO 21434 automotive cybersecurity standard, AEC-Q standards, and the ASPICE development process, ESWIN Computing has in place a full-chain safety protection system ranging from requirement analysis, IC specifications definition, IC design, and hardware development to mass production management, software implementation, and supply chain management. Advanced methodologies like Failure Mode and Effects Analysis (FMEA) and Fault Tree Analysis (FTA) are employed to systematically identify and forestall potential risks, achieving an ASIL-D grade ― the highest level safety certification. Full-stack solutions designed for autonomous driving, electric driving, and other new applications meet the requirements for functional safety (FuSa), safety of the intended functionality (SOTIF), and automotive cybersecurity. These empower customers to develop zero-defect, highly reliable smart auto products and provide technical safeguards support for the upgrading of the entire industry.
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