Thu Sep 12 09:07:00 UTC 2024: ## AMD Makes Inroads in Automotive Cockpit with Ryzen V2000A Processor

**Dublin, Sept. 12, 2024 (GLOBE NEWSWIRE)** – The automotive industry is witnessing a shift in the cockpit domain controller market, with AMD’s x86 architecture making significant strides against the traditional dominance of Qualcomm’s ARM-based processors.

AMD’s Ryzen V2000A, the latest generation of its automotive-grade chips, boasts a 394K DMIPS peak computing power, surpassing its predecessor, the V1000, by 88%. This powerful chip supports four 4K displays, dual Gigabit Ethernet, and has received the Automotive Grade Linux and Android Automotive certifications.

ECARX, a leading Tier 1 supplier, has partnered with AMD to launch the Makalu computing platform, the world’s first mass production installation of the AMD V2000A processor. Makalu leverages AMD Radeon RX 6600 series discrete graphics cards (optional) and ECARX’s virtualization technology to support multiple operating systems, including Linux, Android, and a dedicated gaming OS for AAA titles.

This move signals a growing trend towards x86 architecture in automotive cockpits. While ARM has traditionally been the dominant platform for smart IVI systems, the increasing demand for features like 3D HMIs, AI large models, and advanced gaming capabilities is driving the need for higher computing power, which x86 offers.

This shift is also reflected in the increasing adoption of AMD Ryzen V1000 by Tesla, capturing 6.1% of the L1 and above intelligent cockpit SoC market.

The competition in the intelligent connected vehicle market is intensifying, with Tier 1 companies like ECARX leveraging their vertical integration capabilities to provide comprehensive solutions encompassing hardware, software, and applications. This approach allows them to navigate the rapidly evolving landscape of automotive intelligence, securing a competitive edge in the market.

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