The value of an in-vehicle device is never about cold specifications, but about solving owners' daily worries: worrying about car scratches in old residential communities, fretting about vehicle conditions while traveling on business, fearing battery drain when enabling parking monitoring, and lacking complete evidence videos after collisions. Leveraging the native AOV low-power computing power of Ingenic T33VN, ecological partner Qianshi Internet Interconnection has delivered a complete solution that integrates driving recording and all-weather parking monitoring.
4G AOV Car Sentinel Whole Device
I. Directly Address the Core Vehicle Usage Troubles of Car Owners
Qianshi Internet Interconnection has been deeply engaged in the 4G intelligent imaging field for more than ten years, with a R&D team accounting for 90% of the total staff, and its products are sold to supermarkets and cross-border platforms in many countries around the world. Based on massive feedback from terminal users, the product is designed to target four core industry pain points: ordinary driving recorders shut down after the engine is turned off, traditional monitoring only triggers recording upon impact leading to easy missed footage, long-term parking consumes power and damages the battery, and single-lens image switching causes the risk of missing accident scenes.
Continuous AOV Recording, Complete Evidence Retention for Scratches and Abrasions
Traditional parking monitoring is only woken up by impacts, so it is extremely easy to lose evidence videos of slight scratches. Equipped with T33's native Atlas AOV architecture, the device automatically records uninterruptedly after the engine is turned off, with the frame rate adjustable from 1 to 30fps, completely preserving the entire process footage. Thanks to the power consumption optimization of T33, the dual-lens monitoring consumes very little power, so there is no need to worry about battery loss even after long-term parking.
4G Remote Monitoring, Real-time Vehicle Condition Mastery From Anywhere
Equipped with a 4G+GPS dual-card module that covers mainstream frequency bands worldwide, users can remotely view dual-channel footage and vehicle positioning via a mobile APP. The radar + gravity sensor (Gsensor) provides dual-level warnings: it instantly pushes alerts when someone approaches or the vehicle collides, and automatically locks key videos; it supports geofence cross-border reminders, two-way audio to drive away suspicious persons, and a one-tap privacy mode to turn off camera and audio recording.
Synchronized Dual Recording by Dual Lenses, No-delay Full Coverage
Two independent cameras record synchronously without mechanical switching: the front camera is a 2K large-aperture wide-angle lens that delivers clear images on rainy days and in underground garages; the in-vehicle camera is a 1080P infrared wide-angle lens that captures clear images in no-light environments. Relying on the H.265 encoding optimized by T33, the device can store longer videos with the same storage space, and there is less motion blur in high-speed scenes.
Dual Power Supply + Low Voltage Protection, Stable Operation in Full Temperature Range
Car owners are generally worried that parking monitoring will drain the battery. The device provides two power supply solutions: the OBD interface is plug-and-play, and the ACC step-down cable provides more stable power supply, which is compatible with 12V passenger cars and 24V commercial vehicles. The device will automatically power off when the battery voltage is too low, and the whole machine can operate stably in the temperature range of -30℃ to +60℃.
Tiered Warning, Efficient Evidence Retrieval
The radar gives an early warning when pedestrians approach, and the collision triggers the sensor to save emergency videos separately; it supports fast video review via timeline and event list; TF card and cloud provide dual backup, and there are three simple network configuration methods via Bluetooth, QR code scanning and AP, making the device suitable for private cars, online-hailed cars and trucks.
Schematic Diagram of Driving/Parking Scenarios
II. T33VN: Exclusive Computing Power Base for In-vehicle AOV Scenarios
All differentiated functions of this product are realized relying on the Ingenic T33VN chip:
Heterogeneous dual-core architecture specially optimized for AOV low-power monitoring;
Native dual MIPI interfaces, perfectly adapting to synchronous dual-lens recording;
Upgraded ISP optimizes low-light image quality, and the built-in 0.5T NPU supports human and vehicle detection;
Compatible with the previous generation T32 in terms of pins and SDK, which greatly shortens the customer's R&D cycle.
Architecture Block Diagram of T33 Chip
III. Ecological Collaboration: Transforming Chip Technology Into Perceived Peace of Mind for Car Owners
Qianshi focuses on terminals and digs deep into the real usage emotions of car owners around the world; Ingenic provides a stable and cost-effective technical base with the T33 series of low-power AOV chips, and the two sides break through the single limitation of traditional driving recorders that "only record driving footage". Most in-vehicle products on the market pile up hardware parameters, but ignore the subtle daily anxiety of users. This car sentinel is designed based on real emotions such as "fear of scratches, fear of battery drain, and inability to check the vehicle when away from home", and lands the mature AOV low-power technology of T33 in consumer in-vehicle scenarios. It is also a typical case of large-scale commercial application of this chip in the multi-camera long-term monitoring track.
Conclusion
The ultimate meaning of chip technology is to eliminate trivial unease in daily life. In the future, Ingenic will continue to iterate the computing power and power consumption performance of the T33 series, and cooperate with industry partners to implement inclusive AI vision in people's livelihood scenarios such as in-vehicle systems and home security, using chips to protect travel safety.
