Low-power with outstanding price-performance ratio

phyFLEX®-AM62L

Root Part #: PFL-G-03

Efficient industrial compute with rich connectivity and long-term reliability.

  • 37 mm x 38 mm
  • Arm®Cortex®-A53
  • Low Power Consumption
  • FPSC

Product Overview

Designed for cost-sensitive and low-power industrial IoT applications where efficiency and reliability are critical. Built on TI AM62Lx processors within the FPSC standard footprint for scalable embedded design.

The phyFLEX®-AM62Lx is a low power AM62Lx SOM designed for embedded development, helping engineering teams move from evaluation to production faster. By integrating processing, memory, and essential interfaces into a production-ready module, it removes the complexity of designing processor-based hardware from scratch.

For cost-sensitive or power-constrained systems, this module delivers the required performance without unnecessary overhead. This reduces BOM cost, simplifies thermal design, and improves long-term system reliability.

Built for the FPSC standard footprint, the phyFLEX-AM62Lx enables pin-compatible scalability across the phyFLEX SOM family. This allows engineers to adapt or upgrade designs without redesigning the baseboard. This enables engineering teams to reduce development risk, simplify integration, and accelerate time to market.

Contact Sales for more information about this product or early-release development kits.

When to Choose an AM62Lx System On Module

Choose this module if your application requires:

  • Low power consumption for energy-efficient designs
  • Cost-optimised hardware for scalable deployments
  • Reliable processing for control systems, IoT devices, and industrial applications
  • A future proof, scalable SOM platform with pin-compatible upgrade paths

Typical applications include:

  • Industrial control systems
  • Building automation
  • Smart sensors and gateways
  • Entry-level HMIs

Development and Integration Benefits

  • FPSC standard footprint for scalable SOM design
  • Development kits for rapid evaluation and prototyping
  • Board Support Packages and software support
  • Direct access to embedded engineering expertise
  • Designed for long-term industrial deployment, including CRA readiness considerations
Expand All

Features

Low Cost

Best price-performance ratio with tiered prices

Low Power

Ideal for battery-powered devices and enables fanless designs

FPSC

Scalable and pin compatible with all FPSC SOMs

Compact and Robust

Vibration and shock resistant, 6-layer carrier boards possible

Specifications

Processor

Processor TI AM62Lx
Architecture Arm Cortex-A53
Frequency Up to 1.25 GHz
Co-Processors

Memory

RAM 512 MB / 4 GB Max DDR4
eMMC 4GB / 256 GB max
EEPROM 4 KB / 32 KB max
SD/SDIO/MMC Interfaces Up to 2

High-Speed Interfaces

USB 2x USB2.0 (all dual-role)

Peripherals

CAN Up to 3x CAN FD
eCAP Up to 3
eQEP Up to 3
I2C 4 / 5 Max
PWM Up to 3
SPI/SSP 3x (+1x OSPI) / 4x (+1x OSPI) Max
UART 3x / 8x Max

Connectivity

Ethernet 2x Gigabit (1x on-board PHY/ 1x RGMII, all with TSN and AVB)

Multimedia

Audio 1x McASP / 3x McASP Max
Display MIPI DSI (4-lane) or LVDS or DPI (24-bit)
ADC Up to 4 (10-bit)

Miscellaneous

JTAG Yes
RTC Yes
Security Accelerators AES-128, AES-256, DRBG, PKE, SHA 224, SHA 512, SM4

Mechanical

Dimensions 37 mm x 38 mm
Connector 1.27 mm pitch, Fused Tin Grid Array (FTGA)

Operating Conditions

Operating Temperature -40 to 85°C Industrial
Power (Max) TBD
Power (Typical) TBD
Supply Voltage 5.0V

Hardware Documentation

SOM

Hardware Manual

phyFLEX-AM62Lx Hardware Manual

Component Placement

phyFLEX-AM62Lx Component Placement Diagram

Schematic Symbol and Footprint

phyFLEX-AM62Lx

Carrier Board

Component Placement

phyFLEX-Libra Component Placement Diagram

PHYTEC PinMux Tool

Pinmuxing Tool 

The AM62Lx Processor

The AM62Lx Sitara® processor from Texas Instruments is built for efficient, high-performance industrial and embedded applications. Featuring dual Arm® Cortex®-A53 cores running at up to 1.25 GHz. It supports a broad range of connectivity options, including dual Ethernet, USB 2.0, and multiple CAN FD interfaces making it well-suited for factory and building automation systems. With integrated hardware security features such as Secure Boot, Trusted Execution Environment (TEE), and Arm TrustZone®, and designed for operation in harsh temperature environments, it provides a secure and reliable foundation for long-life designs.

The Texas Instruments Sitara™ AM62Lx processor

3D Model

Resources

3D Files
SOM

phyFLEX-AM62LX STEP Models

3D Files
Carrier Board

phyFLEX-Libra.2 STEP Models

 

Software

Linux

BSP-Yocto-Ampliphy-AM62Lx-ALPHA2
Date: 2025-07-17

Yocto Scarthgap 5.0.10 (Linux 6.12.33, U-Boot 2025.01)

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