Core Technology

Benefiting from its proprietary NPU (Neural Network Processor Unit) architecture, Eeasy Tech can provide a rich AI SoCs portfolio, accelerating inference performance with INT8/INT16/INT32 precision and supporting multi-core heterogeneous computing. Meanwhile, Eeasy Tech optimizes the design according to various solutions to realize an ideal balance of performance, bandwidth, and power consumption.

The Image Signal Processor applies multi-exposure WDR technology, especially the 3F-WDR, to ensure high-performance image processing for intelligent vision applications in all scenarios, such as strong backlight, high dynamic, and so on.

Eeasy Tech’s ISP applies 2D/3D noise reduction (NR) technology. Through the high-accuracy motion estimation algorithm, the moving objects and the static area of the image can be accurately distinguished, thus avoiding motion smear while noise reduction.

Eeasy Tech’s ISP integrates the geometric distortion correction (GDC) module to support projection transformation, fisheye correction, lens distortion correction, and more.

Eeasy Tech’s ISP integrates the geometric distortion correction (GDC) module to support projection transformation, fisheye correction, lens distortion correction, and more.

Eeasy Tech applies intelligent H.265+ encoding technology to separate the background and foreground of the monitoring picture by establishing a background model, and extract the foreground target as ROI (area of interest) encoding. The encoding bit rate is significantly reduced without reducing the monitoring picture quality, thus saving storage space and network transmission bandwidth.

The proprietary power management control system supports adaptive frequency and voltage regulation, dynamic switching power, and step-by-step switching technology. It can manage the state of different power domains of the system in standby and various working scenarios, thus achieving power consumption optimization.

The intelligent bus management system realizes the adaptive scenario optimization of bandwidth, effectively improving utilization. With adaptive frequency modulation and voltage regulation technology, the intelligent bus management system further reduced the power consumption of the equipment.

The fast boot technology can enable devices booting within hundreds of milliseconds to solve the ultra-low standby power requirements for battery and solar products.

At the same time, according to the specific events, the fast boot technology can trigger the fast cold boot of the system.