Android 13 Car Radio Stereo Compatible for Hyundai Accent Verna 2011-19, 9" Touchscreen Car Radio Audio Receiver with Wireless CarPlay,Android Auto,GPS Navigation,Bluetooth,Back-up Camera,FM,SWC

9-inch Touch Screen Car Stereo Compatible with Hyundai Accent Verna 2011-19Double DIN Car Stereo Radio with built-in Android 13 system, equipped with a 4-core processor for excellent performance and high energy efficiency. 2GB RAM ensures smooth operation and faster response, while 32GB ROM allows installation of more applications. Support CarPlay and Android Auto and Mirror LinkThis wireless CarPlay screen is compatible with CarPlay and Android Auto. Connect your phone via wired or wireless connection to access contacts, emails, GPS navigation, music, and more, with intelligent voice control through Siri and Google Assistant.

Suitable for car radios that support iOS/Android mirror link, using a USB data cable or WiFi to mirror the phone screen to the device's display. GPS Navigation/WiFi/HiFiBuilt-in GPS navigation supports both offline and online navigation maps. With WiFi connection, enjoy real-time GPS navigation on the car radio touch screen through Google Maps, iOS Maps, Waze, and Sygic while driving. This CarPlay screen stereo allows Android apps to be installed or deleted from the app store, just like a smartphone. Bluetooth and FM RDS RadioThe Bluetooth function allows hands-free calls, phone book download, and music playback from your smartphone directly through the car stereo.

FM radio provides real-time traffic information, news broadcasts, and weather forecasts. Equipped with DSP and EQ equalizer supporting Vbass, balance, loudness, and filter adjustment, you can set different sound effects according to your preferences. Steering Wheel Control and HD Rearview CameraThis car radio features intuitive steering wheel controls for hands-free operation, allowing the driver to manage audio and navigation without distraction. The integrated reversing camera displays the rear view to assist safe parking, improving maneuverability in narrow spaces