NVIDIA-based IVI installed in the interiors of three premium SUVs
Combination of Natural Language Processing, 3D Graphics, and AR Navigation


NVIDIA's MBUX intelligent cockpit has been applied to the interiors of the Mercedes-Maybach GLS, Mercedes GLS AMG 63, and Mercedes GLE AMG 63 S, the top-of-the-line SUVs recently unveiled by Mercedes-Benz.
The Mercedes-Maybach GLS is a vehicle designed with an emphasis on comfort and luxury, allowing passengers to relax in a comfortable position in the spacious rear seat while enjoying champagne stored in the console refrigerator.

Inside the vehicle, you can smell the scent of white osmanthus flowers, and the SUV automatically lowers when getting in and out to facilitate easy boarding.

In particular, it features an AI-powered MBUX infotainment system, in which NVIDIA's technology was used. MBUX combines natural language processing, seamless 3D graphics, and an AR-enhanced navigation system to enable the vehicle to have a new level of intuitive interaction and also enhances safety.

In addition, wireless updates are possible, allowing drivers to use the latest applications with added new features.


Smartening through a combination of AI, 3D graphics, and AR navigation
The Mercedes-AMG GLS 63 and GLE 63 S are top-of-the-line luxury models among SUVs. The GLS 63's 4.0L V8 biturbo engine produces a maximum output of 603 horsepower and is equipped with AMG Active Ride Control air suspension and an all-wheel drive system (AMG Performance 4Matic+ all-wheel drive), enabling outstanding performance.
The GLE 63 S is equipped with advanced off-road capabilities, and both the AMG GLS 63 and GLE 63 S are equipped with the NVIDIA-powered system driver MBUX. This system driver provides all the information the driver needs through interfaces at two 10.25-inch digital displays.

In addition, by supporting a more comprehensive cockpit display through 3D graphics and AR navigation, it helps the driver perceive the driving situation.

Because this AI-powered system understands language commands through natural language processing, it facilitates interaction between drivers and passengers, as well as between vehicles, and can support intelligent driving based on this.