Neusoft Smart Go and GigaDevice have expanded their strategic cooperation to strengthen intelligent EV development. The partnership now covers automotive chips, cockpit systems, central computing, communication platforms, and broader vehicle electronics integration.
Cooperation Overview
The collaboration links GigaDevice’s automotive-grade chips with Neusoft Smart Go’s upper-body electronics expertise. Neusoft says its business now focuses on full-domain vehicle electronics, including intelligent cockpits, intelligent communication, central computing, cockpit-driving-parking integration, and zone controllers.
This matters because vehicle electrical and electronic architecture is moving toward domain centralization and cross-domain fusion. As a result, suppliers need tighter chip-platform integration, faster validation, and stronger mass-production support.
GigaDevice says its automotive-grade Flash shipments have exceeded 450 million units. It also highlights a complete automotive chip matrix built around memory, MCUs, sensors, and analog products.
Intelligent vehicle design
This is not only a component supply agreement. It is a system-level partnership built around how intelligent vehicles are designed, validated, and scaled.
Neusoft Smart Go brings software, hardware, and services integration. The company also says it has already embedded large AI models into its product portfolio, which supports smarter cockpit and connectivity features.
GigaDevice contributes high-performance, high-reliability automotive chips and manufacturing depth. The company also holds automotive functional safety credentials, including ISO 26262:2018 ASIL D certification for its product ecosystem.
Three Cooperation Pillars
Chip and application integration
The two companies will deepen the fit between automotive-grade chips and in-vehicle applications. This includes faster adaptation and larger-scale deployment of GigaDevice’s automotive storage and MCUs inside Neusoft Smart Go’s product matrix.
This step should improve development efficiency across software and hardware teams. It also supports more direct optimization for intelligent cockpit and central computing use cases.
Supply chain assurance
The partners will also build a secure and reliable supply chain support system. GigaDevice contributes mature mass-production capability, while Neusoft Smart Go brings market resources and vehicle application reach.
That approach is important in a market that depends on stable chip availability and fast response. It also helps automakers reduce risk when launching new vehicle electronics platforms.
Ecosystem cooperation
The third pillar focuses on industrial ecosystem building. The companies will carry out chip access testing, connect upstream and downstream partners, and support a safer and more sustainable intelligent vehicle ecosystem.
This is especially relevant as intelligent vehicle supply chains become more layered. Partnerships now extend beyond parts delivery into joint validation, interoperability, and platform readiness.
Product Areas In Focus
The cooperation targets several high-value vehicle domains. These include intelligent cockpits, intelligent communication, central computing platforms, cockpit-driving-parking integration, and zone controllers.
Neusoft’s wider intelligent vehicle connectivity portfolio helps explain the logic behind the deal. Its product range already includes cockpit platforms, navigation solutions, communication systems, V2X cooperation tools, and automotive software engineering services.
Key application areas
- Intelligent cockpit systems.
- Central computing platforms.
- Intelligent communication modules.
- Cockpit-driving-parking integration.
- Zone control units.
- Chip access testing and validation.
- Supply chain coordination.
- Ecosystem co-development.
Neusoft’s Broader EV Position
Neusoft positions its intelligent vehicle business around the SDV era. Its connected vehicle portfolio spans next-generation automotive software platforms, operating systems, intelligent cockpit systems, autonomous driving, EV powertrain systems, automotive cloud services, smart communication, information security, and big data.
That broader base gives the GigaDevice cooperation more strategic weight. The partnership fits a company already working across the vehicle digital stack, not a narrow cockpit-only supplier.
Neusoft also has strong V2X experience. Its V2X cooperation solutions include V2X boxes, protocol stacks, software kits, testing systems, simulation platforms, and cloud infrastructure for vehicle-to-everything use cases.
What Neusoft said
Jian Guodong, Senior Vice President of Neusoft Corporation and CEO of Neusoft Smart Go, said high-performance automotive chips are a foundation for hardware-software integration. He argued that the partnership can help break traditional supply chain boundaries and produce more competitive intelligent vehicle solutions.
His comments also point to a larger industry trend. Automakers now expect safety resilience, faster evolution, and better integration from their cockpit and vehicle computing suppliers.
What GigaDevice said
Li Wenxiong, Vice President of GigaDevice and General Manager of its Automotive Business Unit, said the deal links chip development with in-vehicle intelligent system platforms. He described Neusoft Smart Go as a strong provider of full-domain upper-body electronics solutions.
That framing shows the partnership is meant to be strategic, not transactional. It ties silicon capability directly to vehicle platform design and commercial deployment.
Industry Meaning
The cooperation reflects a broader automotive shift toward centralized and cross-domain architectures. Chip vendors and system suppliers are now aligning earlier in the design process to reduce friction later in production.
It also highlights how smart EV development now depends on more than performance alone. Reliability, supply continuity, software compatibility, and ecosystem support now shape competitiveness as much as raw silicon capability.
Importance for intelligent EVs
Intelligent EVs rely on tightly connected compute, communications, and control layers. That makes partnerships like this relevant because they help connect chip platforms with real vehicle-level functions.
The collaboration may support faster deployment of smarter cockpit experiences, more stable central computing systems, and better electronic architecture scaling. It also gives automakers a clearer path toward integrated, production-ready solutions.
Sources: Neusoft
