company blog about Recycle EEASYTECH AI Chips: SA Series, SH Series, SV Series

Recycle EEASYTECH AI Chips: SA Series, SH Series, SV Series

Shenzhen Mingjiada Electronics Co., Ltd., as a leading player in the electronic component recycling industry, provides comprehensive recycling solutions through professional services, competitive pricing, and a principled approach.

We offer long-term recycling services for 5G chips, new energy ICs, IoT ICs, Bluetooth ICs, telematics ICs, automotive-grade ICs, communication ICs, AI ICs, memory ICs, sensor ICs, microcontroller ICs, transceiver ICs, Ethernet ICs, WiFi chips, wireless communication modules, connectors, and other electronic components.

Recent acquisitions include the following EEASYTECH AI chips:

SA Series: SA226, SA223, SA230, SA230C, SA230D, SA220, SA220C, SA210, SA206

SH Series: SH516, SH518, SH518C, SH518D, SH516C, SH510, SH506

SV Series: SV822H, SV826, SV823, SV823C, SV830, SV822, SV822D, SV820, SV806, SV810

【EEASYTECH Artificial Intelligence Chips: SA, SH, and SV Series Laying the Foundation for Edge AI Computing Power】

EEASYTECH Artificial Intelligence Chips: SA, SH, and SV Series Laying the Foundation for Edge AI Computing Power】

Leveraging its core strengths in AI machine vision algorithms and SoC chip design, EEASYTECH has developed three major AI chip series—SA, SH, and SV—covering three core domains: intelligent automotive, smart hardware, and intelligent security. Each series incorporates an in-house developed Neural Processing Unit (NPU), leveraging the Arm architecture ecosystem and refined power optimisation techniques. This forms a complementary, specialised edge AI computing matrix, delivering cost-effective, low-power core chip solutions for intelligent transformation across diverse industries.

【SA Series: Focusing on Intelligent Automotive, Empowering Advanced Driving Perception】

As EEASYTECH's AI SoC family tailored for intelligent automotive scenarios, the SA Series centres on precise environmental perception capabilities and stable automotive-grade performance. Encompassing multiple sub-series and derivative models such as SA230 and SA220, it efficiently supports intelligent perception of vehicles, lane markings, and surrounding driving environments, providing core computational power for advanced intelligent driving hardware.

Chips within this series universally integrate EEASYTECH's proprietary second-generation NPU, delivering computational power ranging from 0.5 TOPS to 1.0 TOPS to meet the computational demands of various levels of automotive vision tasks. The SA230 features a dual-CPU architecture combining Arm Cortex-A7 and RISC-V processors, with built-in multi-channel video input interfaces supporting DVP and MIPI-CSI2 three-channel camera connectivity. Paired with a professional 5-megapixel @30fps ISP, it enables 2F-WDR wide dynamic range fusion and 3DNR three-dimensional noise reduction, delivering clear and stable image data even in challenging driving conditions such as backlighting and low illumination. Its video encoding/decoding capability reaches H.264 4K@30fps level, enabling simultaneous processing of multiple high-definition video streams to provide robust support for multi-camera fusion perception.

To address varying cost and performance requirements across automotive scenarios, the SA series has spawned multiple optimised variants. For instance, the SA230C adjusts memory configuration (512Mb DDR2 onboard) and packaging to control costs while retaining core perception capabilities, making it suitable for entry-level intelligent in-vehicle terminals. The SA223 focuses on in-vehicle video recording and multi-object detection, supporting dual-channel recording at 2K@30fps + 2K@30fps alongside 4-channel sub-stream output, precisely meeting requirements for intelligent dashcams and in-vehicle surveillance. Through rigorous performance optimisation, the entire chip series achieves high-performance AI processing while meeting automotive-grade low-power demands, establishing itself as a core computational choice for intelligent in-vehicle applications.

【SH Series: Deeply Rooted in Edge Vision, Covering Diverse Consumer and Security Scenarios】

Positioned as highly integrated, low-power edge-side visual AI SoCs, the SH Series is built on TSMC's advanced 22nm process. It encompasses the SH516, SH518, and multiple customised derivatives, primarily tailored for smart education, smart homes, smart door locks, and budget-friendly security applications. Leveraging its core strengths of ‘high cost-effectiveness + scenario-specific customisation,’ it fulfils diverse edge-side AI demands such as object recognition, face detection, and text recognition.

In terms of core performance, the SH series incorporates Yizhi's second-generation proprietary NPU, delivering computational power ranging from 0.6 TOPS to 1.0 TOPS. On-chip integrated memory (1Gb DDR3L/512Mb DDR2, etc.) achieves exceptional integration, significantly simplifying terminal hardware design. The base model SH516 utilises a compact 9×9mm QFN88 package, with typical operating power consumption below 1W and standby power consumption under 50mW. supporting 2MP@60fps video input and 1080P@60fps real-time encoding, making it perfectly suited for low-power devices such as smart cameras and interactive toys. The high-performance SH518 model upgrades to dual-channel video input, supporting picture-in-picture and binocular vision, with integrated 2Gb DDR3L memory. Designed specifically for smart educational tablets and smart home visual interaction terminals, it enables precise facial tracking and gesture recognition.

Scenario-specific customisation remains the SH series' defining strength. For the smart lock market, the SH518C and SH518D variants deliver 0.8TOPS-optimised computing power, enhancing binocular liveness detection and infrared/visible light fusion capabilities. with the SH518D further passing industrial-grade EMC testing and financial-grade liveness detection certification, making it the preferred choice for commercial deployment. For the smart home appliance and interactive toy markets, the SH516C achieves cost control through streamlined memory (512Mb DDR2) and interface design while retaining core AI interaction capabilities. It supports voice keyword recognition and human-form tracking, significantly lowering the intelligence threshold for end products.

【SV Series: Comprehensive Edge Coverage, Recognised for Industry-Leading Innovation】

The SV series represents EEASYTECH's most extensive family of edge AI SoCs, encompassing multiple sub-series including SV820, SV822, SV823, and SV830. with computing power ranging from 0.5 TOPS to 1.0 TOPS. It adapts to diverse edge scenarios including smart security, smart home, lightweight in-vehicle assistance, and video conferencing. Notably, the SV830C secured the 2025 ‘China Chip’ Outstanding Technological Innovation Product title, underscoring the series' technical prowess.

The SV series chips combine architectural flexibility with high performance. Premium models like the SV823 feature a dual-core CPU and a 1.0TOPS proprietary NPU, supporting 4K@20fps video encoding/decoding and three-channel camera input. Utilising intelligent H.265+ encoding technology alongside security-grade ISP with 2F-WDR and 3DNR capabilities, it delivers outstanding imaging performance in backlight and low-light conditions, making it a core choice for AI-IPCs and intelligent security cameras. Its derivative model, the SV823C, optimises memory configuration (with built-in 1Gb DDR3L) to reduce costs while maintaining equivalent computing power, catering to price-sensitive security scenarios.

For broader smart terminal applications, the SV series introduces multiple high-value models. The SV830 series employs a dual-architecture design featuring ‘Arm Cortex-A7 + RISC-V’, integrating a 0.5TOPS NPU. It supports dual-camera signal processing and graphic-video overlay, with rich peripheral interfaces including USB, SPI, and CAN. This makes it suitable for smart home cameras and in-vehicle assistance terminals, where its low power consumption and flexible interface design significantly enhance terminal product development efficiency. The SV822 series targets affordable AI terminals, offering pin compatibility with the SV820 for rapid deployment and visualisation. It is ideal for smart doorbells and rural security cameras, driving widespread AI adoption. Notably, EEASYTECH provides complimentary algorithm support for the SV series, encompassing core functionalities such as facial detection and human figure recognition, substantially reducing clients' development costs and timelines.

[Three Major Series Constructing a Comprehensive Edge AI Ecosystem]

From precise perception in intelligent automotive applications, to low-power interaction in consumer electronics, and stable monitoring across comprehensive security systems, EEASYTECH's SA, SH, and SV chip series achieve differentiated positioning and scenario-optimised performance. establishing an all-scenario edge AI computing framework spanning automotive, consumer, and security domains. Leveraging proprietary NPU core technology, Arm ecosystem support, and refined power management, these series deliver outstanding PPA (performance, power, area) metrics. Through extensive derivative models and complimentary algorithm support, they provide end-device manufacturers with integrated ‘chip + algorithm + toolchain’ solutions.

Amidst the trend of AI technology's deep penetration into edge computing, EEASYTECH is making high-performance, cost-effective edge AI computing accessible through continuous technological innovation and scenario-specific refinement. This establishes a robust chip foundation for building an intelligent society.