AM3703CUSD60

The AM3703CUSD60 is a Sitara ARM® Cortex®-A8 microprocessor from Texas Instruments, offering a single 32-bit core running at 800 MHz in a compact 423-FCBGA (16×16) package. Designed for industrial embedded applications, it integrates processing, memory interface, display and multiple high-speed I/O to simplify system design and accelerate time to market.

With industrial-grade temperature range and surface-mount packaging, the AM3703CUSD60 targets embedded systems that require reliable operation across extended environments while providing multimedia-capable compute via NEON SIMD and extensive peripheral connectivity.

Key Features

• Core  ARM® Cortex®-A8 single core, 32-bit architecture running at 800 MHz for general-purpose embedded processing.
• Multimedia/DSP Acceleration  Includes NEON™ SIMD coprocessor support for multimedia and signal-processing workloads.
• Memory and Storage  Integrated SDRAM controller to interface with external SDRAM devices and support system memory requirements.
• Display  On-chip LCD display interface controller for driving graphical user interfaces and HMIs.
• USB Connectivity  Multiple USB 2.0 interfaces (four) providing high-speed host and device connectivity options for peripherals and storage.
• Additional Interfaces  HDQ/1-Wire interface plus a range of serial connectivity options documented for the Sitara series to support sensor networks and control links.
• Power and I/O Voltage  1.8 V I/O voltage specification to match commonly used peripheral voltage domains in embedded designs.
• Package and Mounting  423-FCBGA package (16×16) with surface-mount construction for compact, board-level integration.
• Industrial Temperature Grade  Rated for operation from −40°C to 90°C to meet industrial environmental requirements.

Typical Applications

• Industrial Control & Automation  Embedded controllers and machine interfaces that require an industrial temperature rating, real-time I/O and reliable compute.
• Human-Machine Interfaces (HMI)  LCD-driven operator panels and touch displays leveraging the on-chip display controller and NEON-accelerated graphical processing.
• Embedded USB Devices and Gateways  Systems that need multiple USB 2.0 connections for peripherals, storage, or connectivity aggregation.
• Multimedia & Signal Processing  Edge devices performing local multimedia processing or DSP tasks that can benefit from the NEON SIMD coprocessor.

Unique Advantages

• Balanced Compute and Integration: An 800 MHz Cortex‑A8 core combined with integrated SDRAM and display interfaces reduces external component count and simplifies board design.
• Industrial Reliability: −40°C to 90°C operating range and industrial-grade classification support deployment in harsher environments.
• Multiple High-Speed I/O: Four USB 2.0 interfaces and additional serial connectivity options enable flexible peripheral and system-level integration.
• Compact Surface-Mount Package: 423‑FCBGA (16×16) packaging supports high-density designs while providing the footprint needed for modern embedded products.
• Efficient Multimedia Acceleration: NEON SIMD coprocessor support helps offload media and signal-processing tasks from the main CPU to improve throughput.

Why Choose AM3703CUSD60?

The AM3703CUSD60 brings a practical combination of 800 MHz Cortex‑A8 compute, NEON SIMD acceleration, integrated SDRAM and display interfaces, and multiple USB ports in an industrial-grade Sitara package from Texas Instruments. Its balance of processing capability and system integration makes it suitable for embedded designs that demand reliable operation across temperature extremes and compact board-level implementation.

As part of the Sitara AM37xx series, this device is positioned for developers and OEMs building industrial HMIs, embedded controllers, and multimedia-capable edge devices where stable operation, peripheral flexibility, and a reduced BOM are priorities.

Request a quote or submit a pricing inquiry for AM3703CUSD60 to receive current availability and lead-time information for your design and procurement planning.