NV300 Automotive AI Thermal Camera Master Night Vision 300m for Car

Functions:

Power ON/OFF Button:

When off, briefly press the power button to turn on. While on, hold for 2 seconds to turn off. Double-click to toggle WiFi, and triple-click to switch volume/brightness adjustment.

UP Button +:

Volume/Brightness Increase, shortpress for single step increase, longpress for continuous increase.

DOWN Button -:

Volume/Brightness Decrease, shortpress for single step Decrease, longpress for continuous Decrease.

Combination:

Press and hold both volume keys for 2 seconds to activate defrost mode. It will automatically turn off after 20 minutes. To manually turn off, press and hold both volume keys again for 2 seconds.

Product Features:

Automotive AI Thermal Master(NV300) Detecting Life, 300m Collision Prevention

300m Nighttime Live Detection Distance: Provides clear vision through the darkness during night driving.

AI {Det} Life Collision Warning: Offers five major scenario warnings (pedestrians, vehicles, animals, vehicle distance,start-up) with intelligent safety distance assessment based on driving speed to proactively mitigate driving risks.

Shutterless Zero Lag: Equipped with Thermal Master's exclusive 35mK high-sensitivity core, ensuring a 0.1-second rapid response during nighttime driving for critical safety.

512 Super Resolution: Delivers a clear field of vision with Razor X exclusive image algorithms, enhancing image clarity.

Quick 5-Minute Installation: Features magnetic exterior mount and independent interior host, compatible with all vehicle models to meet the needs of multi-vehicle households.

IP69K Protection Grade: Withstands 80°C high-temperature and high-pressure water jets, 100% dustproof, and includes defrost function, ensuring performance in harsh weather.

TF Card Video Storage: Allows users to easily access infrared thermal imaging video files during use.

Automatic Brightness Adjustment: Adapts display brightness based on ambient light for optimal eye comfort. The auto-brightness adjustment feature can be enabled or disabled via the app.

Installation Suggestions:

Device Installation

Interior Host Module Power Supply: The interior host module is powered by the vehicle's 12V system (cigarette lighter). The camera module is powered through a coaxial cable from the interior host module. It can connect to a 24V vehicle power system via the cigarette lighter, but do not supply 24V directly to the host module. The bottom of the interior host module has a non-slip rubber pad and reusable double-sided foam tape for mounting on a flat surface in the car, ideally on the center of the dashboard. Note: Remove the original non-slip pad before applying the double-sided foam tape.

Exterior Thermal Imaging Camera Installation: The exterior infrared thermal imaging component is equipped with a magnetic base and double-sided tape for installation in the center of the vehicle roof. Ensure the connection cable runs along the edge of the car window into the interior, and that the camera's front view is unobstructed.

WiFi Connectivity: The interior NV300 host has a WiFi module that can connect to smart devices (set the smart device as a WiFi hotspot with the name: nv and password: 12345678, the NV300 host will connect automatically). Use the app for personalized settings.

TF Card Video Storage: The NV300 host features a TF card slot, allowing users to conveniently access infrared thermal imaging video files captured by the automotive AI night vision system.

Device Interfaces and Wiring Requirements

The interior NV300 host connects to the camera module via a coaxial cable, which supplies 12V power to the camera through POC (Power over Coax). The video transmission protocol between the host and the camera is GMSL, and the coaxial cable connectors are FAKRA Z-Type.

Safety Distance Requirements for Surrounding Components

The device has an IP69K protection rating. It is recommended that the operating environment temperature should not exceed 60°C for prolonged periods. Avoid direct contact with high temperature components.