High Value, High Precision: SENSING Visual Solutions Empower L4 Autonomous Driving

With the accelerated deployment of L4 autonomous driving in low-speed scenarios like unmanned delivery and logistics, visual perception systems are facing higher demands. SENSING recently launched its new L4 autonomous driving vision solution, achieving comprehensive upgrades across four core dimensions: miniaturization, cost-effectiveness, high sensitivity, and all-environment compatibility, providing the industry with more reliable and efficient perception capabilities.

Upgraded Miniaturization & Cost-Effectiveness:

Enabling Flexible Deployment in Confined Spaces

Addressing the stringent installation space constraints of unmanned vehicles, SENSING has not only completed a full miniaturization upgrade of its perception cameras but also achieved a dual breakthrough in performance enhancement and cost reduction.

After two generations of upgrades, the perception camera dimensions have been optimized from 30×30×22.5mm to 25×25×19mm, with a newly introduced ultra-thin model boasting a thickness of only 13mm. The cumulative volume reduction exceeds 58%, significantly enhancing adaptability to tight spaces.

While achieving miniaturization, the products also deliver improved performance and optimized costs, creating vision solutions that are smaller, more powerful, and more cost-effective for customers.

To meet the cargo compartment monitoring needs of unmanned logistics vehicles, SENSING introduces the SG1Z2AESH cargo compartment monitoring camera. Equipped with a high-performance sensor and a fisheye lens, it achieves panoramic coverage inside the compartment at a highly competitive cost.

Designed specifically for the interior environments of logistics vehicles, this camera can monitor cargo status, loading rates, and anomalies in real-time, providing customers with a super cost-effective vision solution.

Imaging Performance Leaps Forward:

8MP Low-Light & HDR & Superior LFM for Traffic Light Suppression

Traffic light recognition is a core challenge in urban autonomous driving scenarios. SENSING's recently released new-generation traffic light recognition camera features excellent low-light imaging capability, supports 120dB High Dynamic Range, and incorporates LED Flicker Mitigation technology. It can handle backlighting, strong glare, and complex nighttime lighting conditions to accurately identify traffic lights and signs.

Furthermore, this camera features ultra-low latency transmission and multi-camera synchronous triggering, meeting the high real-time and synchronization requirements of L4 algorithms.

All-Weather Application Upgrade:

Stable Performance Around the Clock, Unlocking More Scenarios

To ensure the stable operation of unmanned vehicles in extreme weather conditions such as rain, snow, fog, and ice, SENSING introduces the industry-leading RedFox-D3Gx camera with automatic defogging and de-icing capabilities.

This camera integrates a Sony CMOS sensor, a built-in image processor, and an ADI GMSL serializer. It features electronic lens heating, anti-glare, low latency, and multi-camera synchronous triggering. It complies with automotive-grade performance standards, has undergone professional image tuning, is paired with an automotive-grade lens, and boasts an IP67 high protection rating, enabling it to output stable, clear, high-quality images in various harsh environments.

The RedFox-D3Gx camera adopts a POC power supply architecture, supports GMSL interfaces and coaxial power supply, allowing seamless compatibility with existing domain control systems for easy upgrades without hardware changes.

The camera's automatic heating delivers excellent defogging and defrosting results. In environments as cold as -40°C, it can rapidly remove ice and fog within minutes, restoring a clear view. Available with various lens angles like 60°, 120°, and 190°, it meets the selection needs for multiple scenarios such as front-view, side-view, and surround-view, making it suitable for extreme climates, mining areas, cold storage facilities, and other complex environments.

Now, let's watch the RedFox-D3Gx camera's defogging, defrosting, and de-icing effects under various extreme test conditions. ☟☟☟

Comprehensively Empowering Multi-Scenario Deployment of L4 Autonomous Driving

Through continuous product iteration, SENSING has strengthened its technological advantage in the field of autonomous driving visual perception. In the future, the company will continue to focus on customer scenario requirements, promoting the evolution of vision solutions towards greater efficiency, reliability, and economy, facilitating the large-scale commercial application of L4 autonomous driving.