AM5706BCBDJEA

The AM5706BCBDJEA is a Sitara™ microprocessor IC from Texas Instruments featuring a single ARM® Cortex®-A15 32‑bit core running at 667 MHz. Designed for embedded applications, it integrates high‑performance processing with a broad set of on‑chip interfaces to simplify system design for commercial embedded products.

With integrated memory controllers, multiple high‑speed peripheral interfaces and graphics/display support, this device targets embedded systems that require a compact, highly integrated MPU with commercial-grade operating range and compliance credentials.

Key Features

• Core  Single ARM® Cortex®-A15 32‑bit core at 667 MHz for application processing.
• Co‑processors  Includes ARM® Cortex®-M4 and C66x DSP co‑processors for real‑time control and signal processing offload.
• Memory  Supports DDR3 and DDR3L memory via on‑chip RAM controllers to accommodate system memory needs.
• Display and Graphics  Display interface controllers including HDMI and Video plus graphics acceleration for multimedia and HMI implementations.
• Networking  Two 10/100/1000 Mbps Ethernet interfaces for high‑throughput network connectivity.
• Storage and USB  One SATA 3 Gbps interface and multiple USB ports (USB 2.0 ×2, USB 3.0 ×2) for storage and peripheral connectivity.
• Field Interfaces  Integrated CAN interface for vehicle or industrial network integration.
• Package and Mounting  538‑FCBGA (17 × 17 mm) supplier device package; surface mount package case options listed as 538‑LFBGA / FCBGA.
• Operating Range & Compliance  Commercial grade with operating temperature specified from 0 °C to 90 °C; RoHS compliant and listed qualification AEC‑Q100.

Typical Applications

• Multimedia and Display Systems  HDMI, video controllers and graphics acceleration enable HMI, digital signage and multimedia playback solutions.
• Networked Embedded Gateways  Dual gigabit Ethernet interfaces support high‑throughput networked devices and industrial/commercial gateways.
• Storage‑Enabled Controllers  Integrated SATA and multiple USB ports provide direct support for local storage, mass‑storage peripherals and data logging systems.
• Real‑time and DSP Offload  On‑chip ARM® Cortex®‑M4 and C66x DSP cores enable deterministic control tasks and signal processing alongside application processing.

Unique Advantages

• Integrated high‑performance MPU and accelerators: Delivers a 667 MHz ARM® Cortex®-A15 core plus M4 and C66x co‑processors to consolidate application, control and DSP functions on a single device.
• Extensive peripheral set: Multiple Ethernet, SATA, USB and CAN interfaces reduce external components and simplify board‑level design.
• Display and graphics support: HDMI and graphics acceleration enable compact multimedia and HMI implementations without heavy external graphics subsystems.
• Memory flexibility: DDR3/DDR3L controller support provides options for system memory performance and power optimization.
• Commercial grade with industry qualification: RoHS compliant and listed with AEC‑Q100 qualification while operating across 0 °C to 90 °C, supporting reliable deployment in commercial embedded systems.
• Compact surface‑mount package: 538‑FCBGA (17×17) package supports dense, space‑constrained PCB layouts.

Why Choose AM5706BCBDJEA?

The AM5706BCBDJEA positions itself as a compact, highly integrated MPU for embedded designers who need application processing performance together with real‑time and DSP acceleration. Its combination of a 667 MHz ARM® Cortex®‑A15 core, on‑chip co‑processors, extensive I/O (Ethernet, SATA, USB, CAN) and display capabilities make it suitable for embedded multimedia, networking and storage‑enabled systems.

Backed by Texas Instruments and provided in a space‑efficient 538‑FCBGA surface‑mount package, this device offers a versatile platform for commercial embedded designs that demand integrated peripherals, memory flexibility and qualification for regulated environments.

Request a quote or submit an inquiry to check availability and lead time for AM5706BCBDJEA and to evaluate its fit for your embedded application needs.