Autolink has moved to localise a China‑developed electrical/electronic (E/E) architecture for European carmakers, unveiling AI Link 3.0 ‘Deep Fusion’ EEA for Europe and a programme of engineering and manufacturing steps to adapt the system to local vehicle programmes. The kit is built on the Qualcomm Snapdragon 8797 platform and combines central compute, zonal controllers and a high‑speed optical backbone that Autolink says delivers up to 256 Gbps bidirectional bandwidth and sub‑microsecond latency.
What Autolink announced
The company said Deep Fusion EEA is designed to simplify integration of cross‑domain AI functions — from advanced cockpit assistants to perception and ADAS stacks — and is scheduled to enter mass production on new vehicle models by the end of 2026.
To adapt the architecture for European development processes and regulations, Autolink has opened offices in France and Germany, established an R&D centre in Romania and said it is establishing a manufacturing facility there. The company has started a joint proof‑of‑concept with EDAG Group covering functional scope, system boundaries and interface specifications.
Autolink noted its production background in China — SA8155P‑based cockpit controllers have shipped more than 2.3 million units as of May 2026 — and said the Deep Fusion package aims to offer OEMs a scalable foundation for future cross‑domain AI applications.
What this means for the market
For Central and Eastern Europe the move matters in three ways. First, Autolink’s R&D and planned manufacturing presence in Romania creates local engineering and production capacity for high‑compute vehicle electronics, a step suppliers and OEMs here have sought as software and AI replace mechanical differentiation.
Second, the platform’s emphasis on high‑bandwidth, low‑latency optical networks and a central compute node reflects the industry shift to zonal/central E/E architectures that host large on‑vehicle AI models — an architecture European OEMs are already testing and, in some cases, selecting from global chip partners. That technical trend will shape supplier sourcing, calibration centres and test labs across the CEE supplier base.
Third, Autolink’s EDAG proof‑of‑concept signals a practical route to adaptation: EDAG brings decades of vehicle development and can help translate a China‑origin platform to European safety, homologation and supplier interfaces. For regional suppliers and integrators, that offers a clearer pathway to participate in AI‑first vehicle programs rather than being limited to traditional wiring‑harness and component roles.
Autolink’s Ethan Li, chief strategy officer, framed the approach as a local partnership play: “European automakers need architectures that manage growing system complexity while leaving room for future innovation. We want to work with local partners to understand their engineering needs and explore how cross‑domain integration can support future vehicle development in Europe.”
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Sources: Autolink/PR Newswire (via EQS News), PressReleaseFeed
