Black Sesame Technologies has launched its advanced Safety Intelligent Platform at IAA Mobility 2025, featuring innovative Wudang C1200 series chips to revolutionise smart cockpits and driver assistance systems globally.

Chinese automotive computing solutions provider Black Sesame Technologies has taken a pretty big step into the global arena by unveiling its "Safey Intelligent Platform" at IAA Mobility 2025 held in Munich. This new platform is based on the Wudang C1200 series of cross-domain fusion chips, and it’s designed to offer hardware-level security isolation, scalable computing capacity, and lifecycle compatibility—aimed specifically at meeting the ever-changing needs of smart cockpits and advanced driver assistance systems (ADAS). Basically, the idea is to help automakers roll out smooth upgrades across their vehicle lines, whether it’s mass-market models or luxury flagship cars.

Now, the Wudang series—especially the C1236 and C1296 chips—really represent a major breakthrough in cross-domain computing for intelligent vehicles. The C1236, for instance, is actually China’s first single-system-on-chip (SoC) built for pilot navigation and highway driving assistance. Meanwhile, the C1296 holds the distinction of being the first chip platform in the industry capable of supporting full multi-domain fusion computing. It’s not just for smart cockpits, either; it also integrates driving functions. Since their launch, these chips have been developed hand-in-hand with some of the big-name automotive players and Tier 1 suppliers, highlighting their importance both commercially and technically.

During the Munich event, Black Sesame also showcased a cockpit-driving integration solution crafted in collaboration with Aptiv, leveraging the C1296 chip. This joint effort is a glimpse into how top-tier suppliers like Aptiv, Continental, Joyson, and Banma are rallying around the Wudang platform to advance cross-domain fusion solutions. Interestingly enough, Dongfeng Motor intends to incorporate the C1296-based cockpit-driving system into several upcoming vehicle models, with mass production expected before the end of 2025. This signals that adoption—at least in China—is really picking up speed.

The capabilities of the Wudang platform aren’t just confined to chip design. Black Sesame’s earlier product launches at major auto events—like CES 2024 and the 2025 Hong Kong Auto Show—highlighted both hardware and software integrations. Take the nCCU (Central Computing Unit), for example. It combines high-speed intelligent driving, parking functions, Android-based cockpit systems, and in-vehicle data exchange all on a single chip. The goal here? To make cost-effective solutions for mainstream automotive markets. It’s a pretty holistic approach, aligning well with the industry’s push for seamless merging of assistance systems, infotainment, and connectivity.

Adding another layer to their ecosystem, Black Sesame’s partnered with Valens Semiconductor to embed MIPI A-PHY connectivity technology into their autonomous driving and cross-domain platforms. This move is expected to significantly increase bandwidth, improve safety, and make system architecture more efficient—key factors for OEMs and Tier 1 suppliers dealing with the complexity of modern vehicle electronics.

Beyond just developing chips and connectivity tech, Black Sesame’s Wudang chips are already being validated in scalable, production-ready AD/ADAS solutions that cater to everyday driving scenarios. Collaborations like the one with Nullmax are providing fully integrated intelligent driving features—from memory driving in urban and highway environments to home zone parking—trying to make high-level driver assistance accessible to a broader group of consumers.

All in all, Black Sesame Technologies launching the Safey Intelligent Platform at IAA Mobility 2025 really signals that the company is ready to compete globally with a solid cross-domain computing lineup. Its comprehensive chip architecture, strong industry partnerships, and software solutions all suggest this platform has the potential to transform smart cockpits and driving assistance functions, meeting the rising demand for safer, more connected, and upgradeable vehicles all around the world.


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Source: Noah Wire Services