XAAU15P-1SBVB484I

The XAAU15P-1SBVB484I is a field-programmable gate array (FPGA) from AMD designed for applications requiring substantial programmable logic, embedded memory, and a robust automotive-grade qualification. It combines 170,100 logic elements, approximately 5.35 Mbits of on-chip RAM, and 204 I/Os in a compact 484-FCBGA package for space-constrained system designs.

With AEC-Q100 qualification, RoHS compliance, a wide operating temperature range, and a surface-mount 484-WFBGA/FCBGA package, this device targets automotive and other embedded systems where reliability across temperature and long-term qualification are important.

Key Features

• Logic Capacity  170,100 logic elements provide substantial programmable logic resources for complex control, processing, and interfacing tasks.
• Embedded Memory  Approximately 5.35 Mbits of on-chip RAM to support buffering, lookup tables, and data-intensive FPGA functions.
• Rich I/O  204 general-purpose I/Os enable multiple peripheral interfaces, multi-lane sensor connections, and flexible board-level routing.
• Package and Mounting  Available in a 484-FCBGA (19×19) / 484-WFBGA package; designed for surface-mount assembly in compact system layouts.
• Power Supply  Core voltage range from 825 mV to 876 mV, suitable for modern low-voltage FPGA core domains.
• Automotive Qualification  Grade: Automotive with AEC-Q100 qualification for use in applications requiring automotive-level component qualification.
• Operating Range  Rated for −40 °C to 100 °C operation to meet wide temperature requirements typical in vehicle and embedded environments.
• Environmental Compliance  RoHS compliant for lead-free manufacturing and environmental regulatory adherence.

Typical Applications

• Automotive Electronic Control  Programmable logic and I/O density support domain controllers, gateway functions, and control subsystems requiring AEC-Q100-qualified components.
• Sensor Fusion and Interfaces  Ample logic and I/Os enable aggregation and preprocessing of multiple sensor streams for real-time data handling.
• In-Vehicle Networking  High I/O count and integrated memory support protocol bridging, packet buffering, and custom networking logic within automotive environments.
• Embedded Signal Processing  On-chip RAM and large logic capacity allow implementation of custom signal processing blocks and deterministic hardware acceleration.

Unique Advantages

• Substantial Logic and Memory in One Device: Combines 170,100 logic elements with approximately 5.35 Mbits of embedded memory to consolidate functions and reduce external components.
• Automotive-Qualified Reliability: AEC-Q100 qualification and automotive grade designation provide documented suitability for vehicle systems and long-term deployments.
• High I/O Flexibility: 204 I/Os support diverse peripheral sets and complex board-level connectivity without extensive multiplexing.
• Compact, Surface-Mount Packaging: 484-FCBGA (19×19) package allows dense PCB integration while maintaining routing and thermal considerations for embedded designs.
• Wide Operating Temperature: Rated from −40 °C to 100 °C to address harsh thermal environments encountered in automotive and industrial settings.
• Regulatory Compliance: RoHS compliance simplifies environmental and manufacturing compliance for OEMs.

Why Choose XAAU15P-1SBVB484I?

The XAAU15P-1SBVB484I delivers a balance of large programmable logic capacity, embedded memory, and a high pin count in a compact, automotive-qualified package. It is well suited for designers who need a qualified FPGA platform for in-vehicle systems, sensor interfacing, networking, and embedded signal processing where temperature range and qualification matter.

Backed by AMD manufacturing, this device provides a qualified, RoHS-compliant option for long-term designs that require scalable programmable logic, robust I/O capability, and suitability for automotive environments.

Request a quote or submit your pricing and availability inquiry to obtain specific lead times and volume pricing for the XAAU15P-1SBVB484I. Our team can provide the information you need to move your design forward.