OpenSTLinux expansion packages

OpenSTLinux expansion packages can be combined with STM32 MPU Yocto-based OpenSTLinux embedded software to enable the use of additional components for a specific feature such as AI-based computer vision, real-time Linux, or GNSS applications. X-LINUX components can be used as software add-ons only or may be combined with hardware shields, such as NFC expansion boards.
The X-LINUX part numbers are offered and maintained by ST, and I-LINUX part numbers are developed and maintained by partners and third parties.


OpenSTLinux_expansion_packages


Part number Supplier Supported devices Supported boards Latest supported ecosystem release[1]
X-LINUX-AI
to demonstrate AI-based computer vision applications		 ST STM32MP1 series
STM32MP2 series		 STM32MP1 series' boards
STM32MP2 series' boards 		ecosystem release <span title="Main software components: unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision">v6.2.0
X-LINUX-AWS
to enable the development of your IoT solution by bringing AWS IoT Greengrass[2] software in the Linux® kernel		 ST STM32MP13x lines 
STM32MP25x lines 		 STM32MP135F-DK
STM32MP257F-EV1 		ecosystem release v6.0.0
X-LINUX-AZURE
to enable the development of your IoT solution by bringing Microsoft® Azure® IoT Edge[3] software in the Linux® kernel		 ST STM32MP13x lines 
STM32MP25x lines 		 STM32MP135F-DK
STM32MP257F-EV1 		ecosystem release v6.0.0
X-LINUX-GNSS1
to demonstrate GNSS-based applications		 ST STM32MP13x lines 
STM32MP15x lines 		 STM32MP135F-DK
STM32MP157F-DK2 		ecosystem release v4.0.0
X-LINUX-IOT01E/A
to demonstrate SPIRIT1 and LSM6DSOX-based applications		 ST STM32MP13x lines 
STM32MP15x lines 		 STM32MP135F-DK
STM32MP157F-DK2 		ecosystem release v3.1.0
X-LINUX-ISP
to demonstrate a free-of-charge open-source software package providing Image Signal Processing (ISP) image quality software in the Linux® kernel		 ST STM32MP25x lines  STM32MP257F-EV1 ecosystem release v6.1.0
X-LINUX-MEMS1
to demonstrate MEMS sensor fusion-based applications		 ST STM32MP13x lines 
STM32MP15x lines 		 STM32MP135F-DK
STM32MP157F-DK2 		ecosystem release v4.1.0
X-LINUX-NFC5
to demonstrate RFAL-based NFC applications		 ST STM32MP15x lines  STM32MP157F-DK2 ecosystem release v3.0.0
X-LINUX-NFC6
to demonstrate RFAL-based NFC applications		 ST STM32MP15x lines  STM32MP157F-DK2 ecosystem release v3.0.0
X-LINUX-PREDMNT
to demonstrate predictive maintenance applications		 ST STM32MP15x lines  STM32MP157F-DK2 ecosystem release v2.1.0
I-LINUX-Qt
90-day evaluation of Qt Design Studio and Qt Device Creation Enterprise licenses		 Qt STM32MP25 STM32MP257F-DK STM32MP257F-EV1 ecosystem release <span title="Main software components: unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision">v6.2.0
X-LINUX-QT
to demonstrate Qt framework feature in the Linux® kernel		 ST STM32MP257 line 
STM32MP255 line 		 STM32MP257F-EV1 ecosystem release <span title="Main software components: unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision">v6.2.0
X-LINUX-RT
to demonstrate the real-time (RT) feature in the Linux® kernel		 ST STM32MP13x lines 
STM32MP15x lines 
STM32MP25x lines 		 STM32MP1 series' boards
STM32MP257F-EV1 		ecosystem release <span title="Main software components: unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision">v6.2.0
X-LINUX-TPM
to demonstrate TPM feature in the Linux® kernel		 ST STM32MP1 series
STM32MP257 line 		 STM32MP157F-DK2
STM32MP135F-DK
STM32MP257F-DK
STM32MP257F-EV1 		ecosystem release <span title="Main software components: unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision">v6.2.0
X-LINUX-TSNSWCH
to demonstrate the real-time (RT) feature in the Linux® kernel		 ST STM32MP257 line  STM32MP257F-EV1 ecosystem release v6.1.0
  1. ↑ If the latest supported ecosystem release for the expansion package (e.g., ecosystem release v4.0.0 ) is not the latest delivered ecosystem release (ecosystem release <span title="Main software components: unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision unknown revision">v6.2.0 ), then adaptations might be needed for this expansion package be built and executed on this latest delivered release.
  2. ↑ AWS IoT Greengrass
  3. ↑ Microsoft® Azure® IoT Edge


Microprocessor unit

Artificial intelligence

Linux® is a registered trademark of Linus Torvalds.

Near field communication ( is a short-range wireless standard for communication over distances up to around 10cm that will enable enhanced services for users of NFC-enabled smart phones. These could include receiving coupons from retailers upon entering a store, or sharing contacts or photos, in addition to making mobile payments and collecting data from medical monitors, smart meters or other equipment containing ST’s dual-interface EEPROM. We produce a wireless memory that can transmit and receive information from the heart of an application to a smart phone containing NFC technology. NFC is expected to become a widely used system for making payments by smart phone in the United States and it is estimated that by 2015, 30.5% (iSupply) of all handsets shipped will contain NFC technology.)

Internet of things

Image signal processor - NEW

Real-time

Trusted platform module

Microprocessor unit

Artificial intelligence

Linux® is a registered trademark of Linus Torvalds.

Near field communication ( is a short-range wireless standard for communication over distances up to around 10cm that will enable enhanced services for users of NFC-enabled smart phones. These could include receiving coupons from retailers upon entering a store, or sharing contacts or photos, in addition to making mobile payments and collecting data from medical monitors, smart meters or other equipment containing ST’s dual-interface EEPROM. We produce a wireless memory that can transmit and receive information from the heart of an application to a smart phone containing NFC technology. NFC is expected to become a widely used system for making payments by smart phone in the United States and it is estimated that by 2015, 30.5% (iSupply) of all handsets shipped will contain NFC technology.)

Internet of things

Image signal processor - NEW

Real-time

Trusted platform module

Electrically-erasable programmable read-only memory

Subcategories

This category has the following 9 subcategories, out of 9 total.

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