AMD Released Automotive-Qualified Spartan FPGA
The new Spartan UltraScale+ XASU35P targets ADAS sensor integration with a compact 12 x 12mm footprint.
Updated on Oct. 9, 2026 in Semiconductors
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AMD has announced the Spartan UltraScale+ XASU35P, an automotive-qualified FPGA designed for advanced driver-assistance systems (ADAS). The device is currently available in a compact chipscale package for vehicle sensor applications.
Why it matters
The introduction addresses the automotive industry requirement for smaller form factors and lower power consumption in sensor arrays. This development allows engineers to reduce system footprint for vision and lidar components without sacrificing signal performance.
The Spartan UltraScale+ XASU35P features a 12 x 12mm chipscale package and supports MIPI D-PHY interfaces with a maximum lane rate of 2.5Gb/s. This compact design increases routing and signal density for input/output pins compared to standard FPGA packaging.
The players
AMD
A semiconductor company known for high-performance computing, data center processors, and adaptive SoC and FPGA architectures.
The details
The device serves as a programmable logic controller tailored for the processing demands of ADAS (advanced driver-assistance systems). By utilizing a chipscale package—a form factor where the integrated circuit is mounted directly onto the circuit board—the design improves signal integrity and density. It specifically supports MIPI D-PHY, a physical interface protocol optimized for high-speed camera and sensor data transmission in vehicular vision and lidar systems.
Timeline
October 8, 2026: AMD announced the Spartan UltraScale+ XASU35P FPGA.
The Tech Race
This release follows the established UltraScale+ architecture but marks a specific departure into high-density, automotive-qualified packaging. The development demonstrates AMD's focus on competing for space within the increasingly crowded ADAS sensor ecosystem.
Automotive engineers and tier-one suppliers can now begin integrating the XASU35P into next-generation vision and lidar modules. The compact package allows for thinner sensor housing and tighter integration into current vehicle design workflows.
The takeaway
This chip provides a smaller, more dense option for processing sensor data in modern vehicles. Watch for upcoming vehicle teardowns or engineering reviews to confirm its real-world integration footprint in commercial lidar systems.
Further reading
For more on evolving silicon capabilities, explore our Semiconductors section.
Source note: This article includes information reported by Autonomous Vehicle International.
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Should vehicle manufacturers prioritize power efficiency over processing speed in new automotive sensor designs?
