The potential of seamless entry technology in enhancing the user experience of car access systems is limitless. Users can walk towards the car while unlocking it with their smartphone key. The car can automatically adapt to user preferences, such as the positions of mirrors, seats, steering wheel, and head-up display, based on custom digital profiles. With a car access system based on CAN communication technology, the car can also use various secure ranging and positioning technologies to locate authorized phones inside the car, adding an extra layer of security before unlocking the doors and starting the car. In addition, users can create digital keys for friends and family, temporary digital keys for valet parking attendants, making car sharing even more convenient.

This solution is based on TI CC2640R2F, CC2640R2F-Q1, CC2642R-Q1 automotive Bluetooth 5.0 chips and NFC technology, and works on Android 8.0 and above or iOS 5.0 and above. The smartphone's built-in master-slave mode works with the slave devices and CAN scanning antennas installed in the car to achieve seamless recognition and positioning. This function becomes available when the user completes user registration and vehicle ownership verification using the app, and the smartphone's Bluetooth function is turned on, without the need to open the app.

Product Features

1. Compatibility

   - The provided BLE API is compatible with mainstream brand mobile phones such as Apple, HUAWEI, VIVO, OPPO, Xiaomi, Meizu, etc.

   - Supports Android system version 8.0 and above.

   - Supports iOS system version 5.0 and above.

2. IoT

   - With the convenience of mobile phone Bluetooth interaction, the electric car can upload its status information to the data operation platform, reducing the risk of theft through big data monitoring.

3. Positioning Accuracy

   - The built-in algorithm in the positioning module can control the error range for locking and unlocking within 3 meters.

   - In a pocket test, the unlocking distance is about 1 meter; in a hand-held test, the unlocking distance is about 3 meters.

4. Bluetooth Low Energy

   - By deploying multiple Bluetooth antennas on the electric car, we can ensure a good user experience while also achieving power saving.

5. Stability

   - Testing with 8 different brand mobile phones, each unlocked 100 times, resulted in a total of 800 mobile phone unlocks, with an unlock success rate of up to 99.8%.

6. Customization

   - Considering that customers' product positioning and features are different, we only provide Bluetooth module hardware and corresponding technical support for Bluetooth connections, giving customers more customization space for upper-layer business logic.

Near Field Scenario

◎ Automatic system connection, with an effective distance of 20~30 meters.

◎ Proactive welcome feature, with an effective distance of 8~12 meters.

◎ Keyless entry, with an effective distance of 1~2 meters

    (Accuracy of inside and outside car determination is +20~-50cm)

◎ Keyless opening of the trunk 

Remote Scenario

◎ Remote virtual key sharing for remote car borrowing.

◎ Remote vehicle control (unlocking, locking, turning on/off air conditioning, opening/closing windows, etc.)

1+5 solution: More stable inside the car, supports distinguishing left from right, smaller overflow outside the car.