Against the backdrop of population aging, the pain points of traditional elderly care monitoring equipment—such as response delays, high false alarm rates, and high power consumption—urgently need resolution. Maiteng's smart care camera, developed based on the Ingenic T41 chip, addresses these issues with a fully localized solution, making it a practical choice for elderly care scenarios.
I. Maiteng Smart Care Camera: Core Advantages Focused on Elderly Care Scenarios
As a care device specifically designed for the elderly, the product precisely meets the needs of elderly care from four dimensions: response speed, accuracy, privacy, and cost:
Ultra-Fast Response, No Delays in Critical Alarms: Tested response time of 0.8 seconds, a 60% improvement compared to traditional solutions (2 seconds or more). Emergencies such as falls or sudden discomfort can be quickly communicated, buying valuable time for rescue efforts.
High-Precision Recognition, Reducing Invalid Costs: Through self-developed 3D posture analysis algorithms and multi-modal data fusion, the recognition accuracy rate reaches 95%. After deploying 200 units in a high-end retirement community in Shanghai, the false alarm rate dropped from 15% to 3%, reducing the burden of manual verification.
Zero Privacy Leaks, Safeguarding Information Security: All data is processed locally, with no cloud transmission links, fundamentally eliminating privacy risks and providing peace of mind for seniors and their families.
Round-the-Clock Monitoring, Uncompromised Nighttime Surveillance: Supports 24/7 operation, paired with calibrated low-light algorithms, increasing nighttime monitoring accuracy by 40%. It can accurately capture anomalies even in insufficient light conditions.
II. Ingenic T41 Chip: The Core Computational Foundation Supporting Product Performance
The stable performance of the Maiteng camera stems from the T41 chip's support in four key dimensions: computational power, power consumption, security, and compatibility:
Sufficient Computational Power, AI Functions Run Locally: 1.2 TOPS@int8 local computing power, no need for external AI acceleration modules, directly supporting core functions like fall detection, providing the foundation for fast response and accurate recognition.
Ultra-Low Power Consumption, Meeting 24/7 Operation Requirements: Utilizes 12nm process technology, standby power consumption < 0.5W (traditional solutions > 1W). In typical scenarios, power consumption for 1080P video operation is < 300mW, and for 4K video + AI operation is approximately 700mW, reducing energy consumption and heat generation risks.
Hardware-Level Security, Strengthening Privacy Defenses: Equipped with AES-128/SHA-1 hardware acceleration, eliminating reliance on complex software encryption. Deeply integrated with Maiteng's zero privacy leak architecture, it enhances data security.
Efficient Architecture, Adaptable for Algorithm Iteration: XBurst2 dual-core + RISC-V co-processor achieves optimal energy efficiency. Compatible with both TensorFlow and Magik AI frameworks. Combined with the Magik 2.0 platform's rapid quantization and simplified toolchain, it facilitates Maiteng's algorithm iteration. The 5MP intelligent ISP supports 3A, noise reduction, WDR, and other functions, contributing to the improvement of nighttime monitoring accuracy.
III. Product and Chip Synergy: Setting a Technical Benchmark for Smart Elderly Care
The uniqueness of the Maiteng Smart Care Camera lies in its scenario-demand-oriented approach, deeply integrating functional innovation with chip performance—solving the pain points of traditional equipment while achieving affordability through cost control. The Ingenic T41 chip, positioned with "Democratizing Professional AI," utilizes its 12nm process, 1.2 TOPS computational power, low power consumption, and other core performances to become the key enabler for product implementation. The value of "precise monitoring, rapid response, and stable reliability" built by their synergy not only provides a technical implementation template for the elderly care industry but also allows technological guardianship to truly benefit more seniors.
