Das Evaluierungsmodul (EVM) SK-AM62-SIP-Starterkit (SK) ist eine eigenständige Prüf- und Entwicklungsplattform basierend auf dem AM6254 System-on-a-Chip (SoC) mit integriertem 512 MB LPDDR4 SDRAM in einem einzigen Gehäuse. AM625SIP Prozessoren bestehen aus einem 64 Bit-Arm®-Cortex®-A53-Mikroprozessor mit vier Kernen und einer Arm Cortex-M4F-MCU mit einem Kern.
Das SK-AM62-SIP umfasst HS-FS-Chips (High-Security Field-Securable) für die optionale Anpassung von Schlüsseln und die Verschlüsselung in Sicherheitsanwendungen.
Der SK-AM62-SIP ermöglicht ein Benutzererlebnis mit Doppelanzeige-Funktion mit 3D-GPU über eine HD-Multimedia-Schnittstelle (HDMI) [über Dots per Inch (DPI)] und LVDS (Low Voltage Differential Signaling) sowie industrielle Kommunikationslösungen mit seriellen, Ethernet-, USB- und anderen Schnittstellen.
Der SK-AM62-SIP kann für Displayanwendungen (z. B. HMI (Human Machine Interface) und Bedienfeld) mit einem HDMI-Display oder einem externen LVDS-Panel mit einer Auflösung von bis zu 2K bei 60 fps verwendet werden. Und seine leistungsstarke Arm-Leistung, bis zu Quad-A53 bei 1,4 GHz, mit umfangreichen industriellen Schnittstellen, bietet gute Steuerungs- und Kommunikationsfunktionen für ein breites Spektrum von Anwendungen, wie zum Beispiel speicherprogrammierbare Steuerung (SPS), Automatisierungssteuerung, Gateway, EV-Ladesysteme, medizinische oder Gebäudeautomatisierungssysteme.
Darüber hinaus kann das SK-AM62-SIP mit anderen Prozessoren oder Systemen kommunizieren und als Kommunikations-Gateway fungieren. Es kann direkt als Standard-Remote-E/A-System oder als einfacher Sensor verbunden mit einem industriellen Kommunikationsnetzwerk betrieben werden.
Beim Design von benutzerdefinierten Platinen tendieren Kunden dazu, die SK-Designdateien wiederzuverwenden und Änderungen an der Designdatei vornehmen. Alternativ können Kunden einige der gebräuchlichen Implementierungen, einschließlich SOC, Speicher und Kommunikationsschnittstellen, wiederverwenden. Da der SK erwartungsgemäß zusätzliche Funktionen aufweisen wird, optimieren Kunden die SK-Implementierung entsprechend ihren Platinendesignanforderungen. Bei der Optimierung der SK-Schaltpläne werden Fehler in das benutzerdefinierte Design eingeführt, die Funktions-, Leistungs- oder Zuverlässigkeitsprobleme verursachen können. Bei der Optimierung haben Kunden Fragen zur SK-Implementierung, die zu Designfehlern führen. Viele der Optimierungs- und Designfehler sind bei allen Designs gleich. Basierend auf den Erkenntnissen und den Empfehlungen zur Pin-Konnektivität im Datenblatt wurden neben jedem Abschnitt des SK-Schaltplans umfassende Designhinweise (D-Note:), Review Notes (R-Note:) und CAD Notes (CAD Note:) hinzugefügt, die Kunden überprüfen und befolgen können, um Fehler zu minimieren. Zusätzliche Dateien als Teil der Design-Downloads wurden hinzugefügt, um die Evaluierung durch den Kunden zu unterstützen.
MCU PLUS SDK Linux Installer
MCU PLUS SDK Windows Installer
MCU PLUS SDK online documentation
Performance measurement datasheet
Code Composer Studio™ integrated development environment (IDE)
TI ARM CLANG compiler
Tool to configure SOC pinmux and MCU PLUS SDK driver parameters
GCC aarch64 cross compiler for linux
GCC aarch64 cross compiler for windows
Build sheet of supported features
Manifest of software components used with license details
Thank you for your interest in the AM62x MCU PLUS Software Development Kit (SDK). This software accelerates application development schedules by eliminating the need to create basic system software functions from scratch.
Processor SDK LINUX AM62x - Linux Installer for sources, pre-built binaries and file system images generated using Yocto build environment
Processor SDK LINUX AM62x SIP - Linux Installer for sources, pre-built binaries and file system images generated using Yocto build environment
Processor SDK LINUX AM62x Yocto - SD card image
Processor SDK LINUX AM62xx-LP Yocto - SD card image
Processor SDK LINUX AM62x SIP Yocto - SD card image
Processor SDK LINUX AM62x Jailhouse Hypervisor - SD card image
Processor SDK LINUX AM62xx-LP Jailhouse Hypervisor - SD card image
Processor SDK LINUX AM62x Debian Trixie - SD card image
Processor SDK LINUX AM62x SIP Debian Trixie - SD card image
Processor SDK LINUX AM62x-LP Debian Trixie - SD card image
Processor SDK LINUX AM62x Buildroot - SD card image
Processor SDK LINUX Beagleplay Yocto - SD card image
Get access to latest bug fixes and feature enhancements with Yocto build environment
Quick Start Guide for the AM62x/AM62xSIP Starter Kit (SK) board
Quick Start Guide for the Beagleplay board
Learn how to build embedded systems using AM62 processors
Yocto SDK user manual for developers
Instructions to build Linux image using Yocto build environment
Debian SDK manual for developers with build instructions
Buildroot SDK manual for developers with build instructions
Get the various Linux Performance Benchmarks for this release
Software manifest for Yocto Linux - Processor SDK AM62x SIP
Software manifest for Yocto Linux - Processor SDK AM62x/AM62x LP/Beagleplay
Software manifest for Jailhouse Hypervisor - Processor SDK AM62x/AM62x LP
Software manifest for Debian Linux - Processor SDK AM62x/AM62x LP
Software manifest for Debian Linux - Processor SDK AM62xSIP
Software manifest for Buildroot Linux - Processor SDK AM62x
Build Sheet of supported features for AM62x
Thank you for your interest in PROCESSOR SDK LINUX AM62X Software Development Kit (SDK). This SDK is a Linux only package. The Processor SDK is a unified software platform for TI embedded processors providing easy setup and fast out-of-the-box access to benchmarks and demos. All releases of Processor SDK are consistent across TI’s broad portfolio, allowing developers to seamlessly reuse and develop software across devices.
This release adds support for High Security - Field Securable (HS-FS) devices. For more information, please see the Migration Guide.
TI Linux CI/CD Snapshot
In order to improve access to the very latest bug fixes and feature enhancements, TI is enabling Continuous Integration and Continuous Deployment (CI/CD) for AM62x processors. The patches for these changes have always been available on public repositories hosted on git.ti.com, and these source repositories could be built using the Yocto build environment on a daily basis. The new TI Linux CI/CD Snapshot makes it even easier to consume these changes with pre-built binaries of Linux boot images to try out on TI Evaluation Modules (EVMs and SKs) before migrating or picking the patches. A detailed test report is also published to help users understand the status of the build and features being validated. The Linux boot images from a snapshot can be regenerated using sources by following the build instructions provided on the snapshot page.
The daily snapshot is not a replacement for the official Processors SDK releases which have full documentation, training and support. The snapshot is a new easy way to try bug fixes and feature enhancements planned for the next SDK while enabling much more tighter integration with customizations and application development. This improved integration should allow users to release their customized code built on the SDKs more quickly and confidently.
Processor SDK LINUX RT AM62x - RT-Linux Installer for sources, pre-built binaries and file system images generated using Yocto build environment
Processor SDK LINUX RT AM62x SIP - RT-Linux Installer for sources, pre-built binaries and file system images generated using Yocto build environment
Processor SDK LINUX RT AM62x Yocto - SD card image
Processor SDK LINUX RT AM62xx-LP Yocto - SD card image
Processor SDK LINUX RT AM62x SIP Yocto - SD card image
Processor SDK LINUX RT AM62x Jailhouse Hypervisor - SD card image
Processor SDK LINUX RT AM62xx-LP Jailhouse Hypervisor - SD card image
Processor SDK LINUX RT AM62x Debian Trixie - SD card image
Processor SDK LINUX RT AM62x SIP Debian Trixie - SD card image
Processor SDK LINUX RT AM62x-LP Debian Trixie - SD card image
Processor SDK LINUX RT AM62x Buildroot - SD card image
Processor SDK LINUX RT Beagleplay Yocto - SD card image
Get access to latest bug fixes and feature enhancements with Yocto build environment
Quick Start Guide for the AM62x/AM62xSIP Starter Kit (SK) board
Quick Start Guide for the Beagleplay board
Learn how to build embedded systems using AM62 processors
Yocto SDK user manual for developers
Instructions to build RT Linux image using Yocto build environment
Debian SDK manual for developers with build instructions
Buildroot SDK manual for developers with build instructions
Get the various Linux Performance Benchmarks for this release
Software manifest for Yocto Linux RT - Processor SDK AM62x SIP
Software manifest for Yocto Linux RT - Processor SDK AM62x/AM62x LP/Beagleplay
Software manifest for Jailhouse Hypervisor RT - Processor SDK AM62x/AM62x LP
Software manifest for Debian Linux RT - Processor SDK AM62x/AM62x LP
Software manifest for Debian Linux RT - Processor SDK AM62xSIP
Software manifest for Buildroot Linux RT - Processor SDK AM62x
Build Sheet of supported features for AM62x
Thank you for your interest in PROCESSOR SDK LINUX RT AM62X Software Development Kit (SDK). This SDK is a Linux-RT only package. The Processor SDK is a unified software platform for TI embedded processors providing easy setup and fast out-of-the-box access to benchmarks and demos. All releases of Processor SDK are consistent across TI’s broad portfolio, allowing developers to seamlessly reuse and develop software across devices.
This release adds support for High Security - Field Securable (HS-FS) devices. For more information, please see the Migration Guide.
TI Linux CI/CD Snapshot
In order to improve access to the very latest bug fixes and feature enhancements, TI is enabling Continuous Integration and Continuous Deployment (CI/CD) for AM62x processors. The patches for these changes have always been available on public repositories hosted on git.ti.com, and these source repositories could be built using the Yocto build environment on a daily basis. The new TI Linux CI/CD Snapshot makes it even easier to consume these changes with pre-built binaries of Linux boot images to try out on TI Evaluation Modules (EVMs and SKs) before migrating or picking the patches. A detailed test report is also published to help users understand the status of the build and features being validated. The Linux boot images from a snapshot can be regenerated using sources by following the build instructions provided on the snapshot page.
The daily snapshot is not a replacement for the official Processors SDK releases which have full documentation, training and support. The snapshot is a new easy way to try bug fixes and feature enhancements planned for the next SDK while enabling much more tighter integration with customizations and application development. This improved integration should allow users to release their customized code built on the SDKs more quickly and confidently.
Informationen zum Support sind der Seite mit den Produktdetails zu entnehmen.
Informationen zum Support sind der Seite mit den Produktdetails zu entnehmen.
The Code Composer Studio™ IDE is a complete integrated suite that enables developers to create and debug applications of all Texas Instruments Embedded Processors (Sitara, DSP, Automotive, Keystone), Microcontrollers (SimpleLink™, C2000 Digital Control, MSP430, TM4C, Hercules), as well as Digital Power (UCD) and Programmable Gain Amplifier (PGA) devices.
CCS v20 is TI’s next generation Integrated Development Environment (IDE) based on Theia IDE framework. CCS v20.4.0 uses a modified version of the Theia-IDE framework and offers a user experience similar to Visual Studio Code™.
AM62-ACADEMY first release.
| Typ | Titel | Neueste englische Version herunterladen | Datum | ||
|---|---|---|---|---|---|
| * | EVM User's guide | AM62x-SIP SK Evaluation Module User's Guide (Rev. A) | PDF | HTML | 11.12.2025 | |
| Weitere Dokumente | AM62x Starter Kit Quick Start Guide | 06.05.2025 | |||
| Anwendungshinweis | Minimal Platform Development on AM62x Devices (Rev. A) | PDF | HTML | 24.09.2024 | ||
| Product overview | SK-AM62-SIP Design Package Folder and Files List | PDF | HTML | 31.07.2024 | ||
| Zertifikat | SK-AM62-SIP EU Declaration of Conformity (DoC) | 21.06.2023 |
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