Texas Instruments SoC Guides on SoC Guides

TI AM62x Series Guide

Tue, 07 Jul 2026 00:00:00 +0000

TI AM62x Series Guide#

Series Overview#

TI AM62x is a Sitara processor family aimed at low-power embedded Linux products such as industrial HMI panels, gateways, smart terminals, medical interfaces, energy devices, and connected industrial equipment. It is usually considered when documentation, Linux support, power efficiency, industrial positioning, and long-term product planning matter more than maximum Android multimedia performance.

TI AM335x Guide

Tue, 07 Jul 2026 00:00:00 +0000

TI AM335x Guide#

Quick Recommendation#

TI AM335x should be shortlisted for legacy industrial HMI, gateways, control panels, and products that already depend on AM335x software or PRU behavior. It is a practical candidate when the product requirements match the platform’s strongest ecosystem, not simply because the processor appears in a development board or low-cost module.

Do not choose AM335x for new designs that need modern graphics, AI, high multimedia performance, or a fresh long-term roadmap without legacy constraints. In those cases, compare adjacent platforms before the hardware design is frozen. A credible selection decision should name the exact SoC, board or module supplier, operating system, BSP release, enclosure assumption, and production update path.

TI AM64x Guide

Tue, 07 Jul 2026 00:00:00 +0000

TI AM64x Guide#

Quick Recommendation#

TI AM64x should be shortlisted for industrial gateways, control-adjacent systems, field communication products, and Linux plus real-time designs. It is a practical candidate when the product requirements match the platform’s strongest ecosystem, not simply because the processor appears in a development board or low-cost module.

Do not choose AM64x for simple Android panels or low-cost display products where multimedia and UI cost matter more than industrial communication. In those cases, compare adjacent platforms before the hardware design is frozen. A credible selection decision should name the exact SoC, board or module supplier, operating system, BSP release, enclosure assumption, and production update path.

TI AM62A Guide

Tue, 07 Jul 2026 00:00:00 +0000

TI AM62A Guide#

Quick Recommendation#

TI AM62A should be shortlisted for vision-enabled Linux products, smart cameras, AI-assisted inspection terminals, and industrial edge devices. It is a practical candidate when the product requirements match the platform’s strongest ecosystem, not simply because the processor appears in a development board or low-cost module.

Do not choose AM62A for basic HMI or gateway products that do not need camera or AI acceleration. In those cases, compare adjacent platforms before the hardware design is frozen. A credible selection decision should name the exact SoC, board or module supplier, operating system, BSP release, enclosure assumption, and production update path.

TI AM68A Guide

Tue, 07 Jul 2026 00:00:00 +0000

TI AM68A Guide#

Quick Recommendation#

TI AM68A should be shortlisted for higher-performance edge AI, machine vision, robotics, analytics, and industrial Linux systems that need stronger compute. It is a practical candidate when the product requirements match the platform’s strongest ecosystem, not simply because the processor appears in a development board or low-cost module.

Do not choose AM68A for small fanless panels, low-cost gateways, or products without a real AI or vision workload. In those cases, compare adjacent platforms before the hardware design is frozen. A credible selection decision should name the exact SoC, board or module supplier, operating system, BSP release, enclosure assumption, and production update path.

TI TDA4 Guide

Tue, 07 Jul 2026 00:00:00 +0000

TI TDA4 Guide#

Quick Recommendation#

TI TDA4 should be shortlisted for advanced vision, robotics, perception, automotive-related terminals, and industrial AI systems. It is a practical candidate when the product requirements match the platform’s strongest ecosystem, not simply because the processor appears in a development board or low-cost module.

Do not choose TDA4 / Jacinto for simple HMI, generic Linux gateways, or Android display products without serious vision requirements. In those cases, compare adjacent platforms before the hardware design is frozen. A credible selection decision should name the exact SoC, board or module supplier, operating system, BSP release, enclosure assumption, and production update path.