AM6252ASGFHIAMCRQ1

The AM6252ASGFHIAMCRQ1 is a dual-core, 64-bit ARM® Cortex®-A53 microprocessor IC running at 1 GHz with an on-chip ARM® Cortex®-M4F co-processor. It provides a combination of application-class processing, integrated multimedia and display interfaces, and hardware security features targeted at embedded and automotive applications.

Designed for systems that require display, camera and network connectivity alongside robust security and functional-safety considerations, the device combines DDR4/LPDDR4 memory support, multiple display interfaces, dual gigabit Ethernet ports and extensive cryptographic and secure-boot capabilities.

Key Features

• Core and Co-processor  Dual ARM® Cortex®-A53 64‑bit cores at 1 GHz for application processing, plus an ARM® Cortex®-M4F co-processor for real-time tasks and subsystem control.
• Memory Subsystem  Integrated controllers for DDR4 and LPDDR4 memory types to support system and multimedia memory bandwidth requirements.
• Display and Graphics  Display interface controllers including LVDS, MIPI/CSI, MIPI-DPI and OLDI, with graphics acceleration indicated for UI and multimedia workloads.
• Connectivity  Dual 10/100/1000 Mbps Ethernet ports and two USB 2.0 ports for networking and peripheral connectivity.
• Security  Extensive security features including AES, ARM TrustZone, cryptography engines (RSA, ECC, SHA2, MD5), PKA, DRBG, secure boot and a hardware random number generator.
• Functional Safety & Qualification  Automotive-grade device with AEC‑Q100 qualification and functional-safety design targeted for ISO 26262 system support and ASIL goals as documented for the AM62x family.
• Package and Thermal Range  Supplied in a 441‑FCBGA package (17.2 × 17.2 mm) for surface-mount assembly and specified for operation from −40 °C to 125 °C.
• System Interfaces  Additional interfaces include DMA and other subsystem support for efficient data movement and peripheral integration.

Typical Applications

• Automotive Infotainment and Digital Cockpits  Display interfaces and graphics acceleration support high-resolution instrument clusters and in-vehicle displays.
• Camera and Vision Systems  MIPI CSI support and DMA-capable memory paths enable camera capture and image stream processing for vision-assisted features.
• Networked Gateways and Telematics  Dual gigabit Ethernet and USB connectivity provide the I/O backbone for vehicle gateways, telematics units and secure edge nodes.
• Secure Embedded Compute  Integrated cryptography, secure boot and TrustZone support on-chip trusted execution and protected storage for safety- and security-sensitive applications.

Unique Advantages

• AEC‑Q100 Automotive Qualification: The device is qualified to AEC‑Q100, enabling use in automotive-grade designs with extended temperature range.
• Dual-Core 64‑Bit Compute with Real‑Time Offload: Combines application-class A53 cores with an M4F co-processor to separate real-time tasks from high-level processing.
• Integrated Display and Multimedia Support: Multiple display controllers and graphics acceleration reduce external GPU or scaler requirements and simplify BOM.
• Comprehensive Hardware Security: On-chip cryptography, secure boot and a hardware random number generator provide a strong foundation for protected systems.
• Designed for Functional Safety: Family-level functional-safety documentation and ASIL-targeted capabilities support ISO 26262 system design activities.
• Robust Thermal and Packaging Options: 441‑FCBGA package and −40 °C to 125 °C operating range for demanding embedded and automotive environments.

Why Choose AM6252ASGFHIAMCRQ1?

The AM6252ASGFHIAMCRQ1 positions itself as a capable, automotive-grade microprocessor that pairs application-level ARM® Cortex®-A53 processing with an ARM® Cortex®-M4F co-processor for deterministic subsystem tasks. Its combination of memory interfaces, display and camera connectivity, dual Ethernet, and rich security features makes it suitable for systems that require multimedia, networking and secure operation in harsh environments.

Backed by family-level functional-safety documentation and AEC‑Q100 qualification, the device provides a platform for designs that need long-term robustness, integration and a clear pathway to meeting automotive safety and security requirements.

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