Comprehensive Performance Analysis of Samsung Exynos Auto V9 Premium Smart Cockpit Chip
Samsung Exynos Auto V9: Samsung's Flagship Automotive SoC for High-Performance Cockpits & Multi-Screen Systems
As the flagship product in Samsung’s automotive SoC lineup, the Samsung Exynos Auto V9 targets high-load scenarios such as premium smart cockpits, multi-screen connectivity, AR-HUD, and in-vehicle AI algorithms. Since its launch, the V9 has been recognized as a high-performance cockpit chip competing with Qualcomm SA8195P and NVIDIA Drive CX-level SoCs, boasting industry-leading computing power and multimedia processing capabilities.
Launch Timeline & Sales Performance of Exynos Auto V9
The V9 was officially released as the "flagship model" when Samsung unveiled its automotive SoC ecosystem, targeting cockpit platforms for mid-to-high-end vehicles. It forms a high-mid-low product tiering alongside the V7 and V3. Post-launch, the V9 gained traction among European and South Korean automotive brands, with sales showing consistent growth amid the surge in demand for multi-screen cockpit systems.
Application Scenarios: Which Core Automotive Fields Is the V9 Suitable For?
•Premium smart cockpit platforms
•Multi-screen connectivity (instrument cluster + central control + passenger display)
•AR-HUD real-time graphics rendering
•In-vehicle voice assistants & multimodal AI
•High-resolution camera image processing
•3D UI animation rendering
•In-vehicle gaming & multimedia systems
Primarily used in premium vehicles with extreme performance requirements, the V9’s processing capabilities stand as its core selling point.
Performance Analysis of Exynos Auto V9 (Including Upgrade Highlights)
1. Octa-Core CPU & High-End GPU
Equipped with an octa-core high-performance CPU and an industry-leading GPU, the V9 delivers faster response speeds and robust complex UI rendering capabilities.
2. Support for Up to Six Displays
One of its hallmark features, catering to the full "screenization" trend of smart cockpits.
3. Enhanced AI Application Scenarios
Built-in powerful NPU enabling AI use cases such as voice recognition, image recognition, and in-vehicle monitoring.
4. Upgraded ISP for High-Res Cameras
Ideal for advanced driver assistance visual displays and streaming rearview mirrors.
Compared to the V7, the V9 offers a 2–3x performance boost.
Competitive Analysis: Benchmarking NVIDIA Drive & Qualcomm SA8195P
Key Competitors:
•Qualcomm SA8155P / SA8195P
•NVIDIA Drive Orin (partial scenarios)
•Intel high-performance cockpit solutions
Advantages of Exynos Auto V9:
•Class-leading GPU performance
•Industry-topping multi-screen processing capabilities
•Lower cost than premium NVIDIA/Qualcomm cockpit solutions
•Stable supply chain via Samsung, minimizing stock shortages
In an era of fierce cockpit competition, the V9 has emerged as a promising choice for mid-to-high-end vehicles.
Why Does Kingrole Recommend the Exynos Auto V9?
1. Ideal for Premium Cockpit Projects
Offers high performance, reliability, and multi-screen expandability.
2. Cost-Effective Alternative to Qualcomm & NVIDIA
Meets performance demands while reducing overall BOM costs.
3. Kingrole Delivers Optimal Supply Pricing
•Authentic automotive-grade original equipment
•Competitive pricing for bulk contracts
•Synchronized supply for multi-screen cockpit projects
For automakers, the Exynos Auto V9 strikes the perfect balance between performance, cost, and stability.