PicoCore™MX8ULP
Computer On Module with NXP i.MX 8ULP CPU
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PicoCore™MX8ULP | ||
State | Samples | |
CPU | ||
CPU | NXP i.MX 8ULP | |
Core | ARM Cortex-A35 + Cortex-M33 + HIFI 4DSP | |
No of Cores | 2x A35 + 1x M33 + DSP | |
Frequency | 800MHz + 216MHz + 600MHz | |
L2-Cache | 512KB | |
GPU | 2D/ 3D, OpenGL/ CL3.1 | |
Operating System | ||
Linux | 6.1 YOCTO (uboot installiert) | |
Real Time | FreeRTOS | |
Memory | ||
Flash | 2k EEPROM | |
eMMC | max. 64GB | |
RAM | 2GB LPDDR4 x32 | |
Interfaces | ||
SD-Card | max. 2x SDIO | |
Ethernet | 1x 100Mb opt. RMII |
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WiFi | 802.11 ac/a/b/g/n | |
BT | 5.0 LE | |
USB Host | 1x 2.0 | |
USB Device | 1x OTG 2.0 | |
CAN | max. 2x | |
UART | max. 4x | |
I2C | max. 4x | |
SPI | max. 2x | |
Audio | Line In/ Out/ Mic/ Headphone opt. I2S | |
Touch Panel | analog resistive and PCAP Touch ext. via I2C | |
Camera analog/digital | 1x MIPI-CSI (2 Lanes) | |
RTC | CPU or external IC | |
additional Interfaces | PWM, Wachtdog SPDIF/DMIC 2x ADC (12 Bit) |
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Display | ||
RGB | 24 Bit | |
MIPI-DSI | 1x 4 Lanes | |
Common | ||
Supply Voltage | +3.8V bis 5.5VDC | |
Power Consumption | 1W typ. | |
Operating Temperature | 0°C - +70°C opt. -20°C - +85°C opt. -40°C - +85°C |
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Size | 35x40mm (LxB) |
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Weight | ~10g | |
Long Term Availability | 2035 |
PicoCore™MX8ULP-V1I-LIN | PicoCore™MX8ULP-V2I-LIN | PicoCore™MX8ULP-V5I-LIN | |
State | Q2/2024 | Q2/2024 | Q2/2024 |
CPU | - | - | - |
CPU | NXP i.MX 8ULP | NXP i.MX 8ULP | NXP i.MX 8ULP |
Core | ARM Cortex-A35 + Cortex-M33 + HIFI 4DSP | ARM Cortex-A35 + Cortex-M33 + HIFI 4DSP | ARM Cortex-A35 + Cortex-M33 + HIFI 4DSP |
No of Cores | 2x A35 + 1x M33 + DSP | 2x A35 + 1x M33 + DSP | 2x A35 + 1x M33 |
Frequency | 800MHz + 216MHz + 600MHz | 800MHz + 216MHz + 600MHz | 1GHz + 216MHz + 600MHz |
L2-Cache | 512KB | 512KB | 512KB |
GPU | 2D/ 3D, OpenGL/ CL3.1 | 2D/ 3D, OpenGL/ CL3.1 | 2D/ 3D, OpenGL/ CL3.1 |
Operating System | - | - | - |
Linux | 6.1 YOCTO (uboot installiert) | 6.1 YOCTO (uboot installiert) | 5.15 YOCTO (uboot installed) |
Real Time | FreeRTOS | FreeRTOS | FreeRTOS |
Memory | - | - | - |
Flash | 2k EEPROM | 2k EEPROM | 2k EEPROM |
eMMC | 8GB | 4GB | 8GB |
RAM | 2GB LPDDR4 x32 | 1GB LPDDR4 x32 | 2GB LPDDR4 x32 |
Interfaces | - | - | - |
SD-Card | 0x SDIO | 1x SDIO | 1x SDIO |
Ethernet | 1x 100Mb | 100Mb | RGMII |
WiFi | 802.11 ac/a/b/g/n | - | 802.11 ac/a/b/g/n |
BT | 5.0 LE | - | 5LE |
USB Host | 1x 2.0 | 1x 2.0 | 1x 2.0 |
USB Device | 1x OTG 2.0 | 1x OTG2.0 | 1x OTG2.0 |
CAN | 1x | 2x | 1x |
UART | 4x | 4x | 4x |
I2C | 4x | 4x | 4x |
SPI | 2x | 2x | 2x |
Audio | Line In/ Out/ Mic/ Headphone | I2S | Line In/ Out/ Mic/ Headphone |
Touch Panel | analog resistive and PCAP Touch ext. via I2C | analog resistive and PCAP Touch ext. via I2C | analog resistive and PCAP Touch ext. via I2C |
Camera analog/digital | 1x MIPI-CSI (2 Lanes) | 1x MIPI-CSI (2 Lanes) | 1x MIPI-CSI (2 Lanes) |
RTC | external IC | external IC | external IC |
additional Interfaces | PWM, Wachtdog SPDIF/DMIC 2x ADC (12 Bit) |
PWM, Wachtdog SPDIF/DMIC 2x ADC (12 Bit) |
PWM, Wachtdog SPDIF/DMIC 2x ADC (12 Bit) |
Display | - | - | - |
RGB | - | 24 Bit | 24 Bit |
MIPI-DSI | 1x 4 Lanes | - | 1x 4 Lanes |
Common | - | - | - |
Supply Voltage | +3.8V bis 5.5VDC | +3.8V bis 5.5VDC | +3.8V bis 5.5VDC |
Power Consumption | 1W typ. | 1W typ. | 2W typ. |
Operating Temperature | 0°C - +70°C | -20°C - +85°C | -20°C - +85°C |
Size | 35x40mm (LxB) |
35x40mm (LxB) |
35x40mm (LxB) |
Weight | ~10g | ~10g | ~10g |
Long Term Availability | 2035 | 2035 | 2035 |
PicoCore™MX8ULP-V1I-LIN | PicoCore™MX8ULP-V2I-LIN | PicoCore™MX8ULP-V5I-LIN |
Starterkit PicoCore™MX8ULP Linux
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360,- € |
NXP i.MX 8ULP Evaluation Board PCoreMX8ULP-V2-LIN, Baseboard, Display, Kabel-Kit, Zugangsdaten zu Dokumentation und Software
Software
Displays
Touch-Kits
Cable
Adapters
Plug Connector
Workshops
Other Accessories
Yocto Release Y2023.09
Für die CPU NXP i.MX8M Plus bietet F&S ein Yocto-basierte Umgebung an. Wir bieten das Linux BSP fsimx8mp-Y2023.09 an, das auf Yocto basiert.
Unsere Standardkonfiguration, die einen ersten Eindruck vom Funktionsumfang der Baugruppe geben soll, enthält unter anderem folgende Features: Busybox, gdb, alsa-utils, gstreamer, fbv, matchbox, feh, openssl, openssh, ncurses, can-utils, iproute2, ftpd, httpd, telnet, tftp, u.v.m.
Das BSP beinhaltet die von F&S angepassten Quelltextpakete von U-Boot (2021.04), Linux-Kernel (basierend auf 5.15.71) und Yocto (4.0 Kirkstone). Außerdem ist unsere Cross-Toolchain beigefügt, einige Beispielsapplikationen, sowie alle Binaries in der Standardkonfiguration. Und nicht zuletzt sind ausführliche Dokumente zur Hardware enthalten sowie die First-Steps-Dokumentation für den leichten Einstieg.
F&S bietet eine virtuelle Maschine (basierend auf VirtualBox) mit einem installierten Linux basierend auf der Distribution Fedora 36 zum kostenlosen Download anbieten. Alle zum Übersetzen unserer Software notwendigen Pakete sind bereits installiert. Ebenfalls sind alle Services (NFS, TFTP) zum Arbeiten mit unseren Boards installiert. Unser BSP liegt ausgepackt und vorkompiliert in den richtigen Verzeichnissen. Mit dieser virtuellen Maschine spielt es keine Rolle ob sie als Host Windows oder Linux verwenden. Einfach die VHD downloaden, in VirtualBox importieren und die Entwicklung kann sofort beginnen.
➜ Mehr Informationen über das neue Yocto Release Y2023.09
Entwicklungsstart in unter einer Stunde
F&S Development Machine - Fedora 27
Zum schnellen Einstieg in die Entwicklung mit Linux stellen wir eine auf VirtualBox basierende virtuelle Festplatten VHD zum Download bereit. Die VHD verwendet Fedora 27 als Linux Distribution.
Mit dieser Maschine können Sie mit Ihrer Entwicklung in weniger als einer Stunde beginnen.
Für unsere Kunden ist die Maschine kostenlos.
VirtualBox ist ein leistungsstarkes Produkt für Firmenkunden und gleichzeitig auch die einzige professionelle Lösung, welche als Open Source Software unter den Bedingungen der GNU General Public License Version 2 frei erhältlich ist.
Die F&S Development Machine enthält vorinstallierte Board Support Packages für fsimx8mm und fsimx8mp (64 bit CPU).
In der HVD ist die passende F&S Toolchain installiert, der Source Code ist extrahiert und gebrauchsfertig.
Erforderliche System Packages und notwendige Tools sind ebenfalls bereits installiert.
Des weiteren enthält es eine konfigurierte Umgebung für QT Entwicklung (QT5) mit Cross-Compile/ Debug Kit, Deployment Strategy und Demoapplikation.
Hinweis: Um die Development Machine herunterzuladen, müssen Sie auf unserer Website registriert sein.
➜ Mehr Informationen zur F&S Development Machine im F&S Support Forum
➜ Download F&S Development Machine - Fedora 36
➜ Quickstart Dokumentation
PicoCoreMX8ULP - Product Flyer
- English (521 KB, pdf) - 18/04/2024
- Customer Specific Boards (93 KB, pdf) - 20/09/2017
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
PicoCoreMX8ULP - Linux
- i.MX 8ULP Linux First Steps (3.2 MB, pdf) - 01/02/2024
- Quickstart with FS Development Machine (1 MB, pdf) - 06/05/2020
- Application Development with Eclipse (2.4 MB, pdf) - 18/10/2022
- Application Development with Crank (485 KB, pdf) - 28/07/2022
- Application Development with QT (2.1 MB, pdf) - 16/01/2024
- Steps Required For Creating A Progress Bar In Linux (473 KB, pdf) - 12/07/2019
- Linux on F&S Boards (2.9 MB, pdf) - 20/12/2023
- How to Write SD Card Image (121 KB, pdf) - 29/03/2021
- DOTNET on F&S Boards (333 KB, pdf) - 16/01/2024
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
PicoCoreMX8ULP - Hardware
- Hardware Documentation (876 KB, pdf) - 16/04/2024
- Baseboard PCoreBBDSI 3D Files (760 KB, zip) - 26/04/2024
- Baseboard PCoreBBDSI Schematic (2.8 MB, pdf) - 09/09/2021
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
Usage
By downloading you accept our general terms and conditions.
Variants
PicoCore™MX8ULP-V1I-LIN SKU: PCoreMX8ULP-V1I |
Request | |||
PicoCore™MX8ULP-V2I-LIN SKU: PCoreMX8ULP-V2I |
Request | |||
PicoCore™MX8ULP-V5I-LIN SKU: PicoCoreMX8ULP-V5I-LIN |
Request |
Starterkit
Software
Displays
Touch-Kits
Cable
Adapters
Plug Connector
Workshops
Other Accessories
Link to the Forum
You will always find support in our Forum.
Recent Contributions
25 Apr, 07:45 |
u-boot-fus support for A/B update scheme |
24 Apr, 13:26 |
New Buildroot Release fsimx6-B2024.04 |
24 Apr, 13:24 |
New F&S Development Machine - Fedora36-arm32 |
23 Apr, 09:45 |
GPIO not working |
19 Apr, 10:38 |
File System Build on new Fidora x86 Maschine |
19 Apr, 09:19 |
Device tree for Toshiba TC358775 DSI to LVDS bridge |
19 Apr, 09:08 |
PicoCoreMX8MM eMMC partition table: MBR or GPT? |
15 Apr, 10:34 |
Y2023.09: xwayland RDP problems with Chromium & and chromium-derived APPs (such as Electron) |
13 Apr, 00:51 |
Configuring ATF for power optimization |
10 Apr, 09:14 |
Creating Y2022.09 for armStoneA9 |
Windows 10 IOT Enterprise
Win 10 IoT Enterprise on i.MX 8 & 9 family brings full Windows application capabilities in a small footprint delivering a low cost, low power solution ideal for compact & fan less designs .
Customers get longer-term OS support. Window10IoT enterprise LTSC release has an optional 10 Years support.
Access thousands of existing apps and leverage a huge ecosystem.
Re-use your existing C# .Net application and bring to a new level.
Future releases will support GPU acceleration for Chrome/Edge, WPF apps and video playback optimizations.
Use existing enterprise-grade device management tools to keep devices up-to-date and operating reliably.
Secure Boot as well as Over the Air update is integrated.
Protect your devices with world-class security built into Windows for IoT Enterprise and deliver a predicable experience with device lockdown.
Instant Multi-Cloud connectivity is also a feature of Win 10 IOT Enterprise.
Please contact us to get more information about features and availability.
Computer on Module | with PicoCore™MX8ULP | |
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Another member of the compact PicoCore™ Computer On Module product family is offered with NXP i.MX 8ULP CPU. Heterogeneous multi-core processor conceptBased on the i.MX 8M Mini CPU and the i.MX 8M Plus CPU, the i.MX 8ULP CPU from NXP complements the i.MX 8/ 9 CPU series. The heterogeneous multi-core processor consists of up to two ARM® Cortex®-A35 cores (1GHz) and an additional Cortex®-M33 for real-time processing. |
Equipment and interfacesThe PicoCore™MX8ULP has sufficient memory (RAM and eMMC Flash). Operating systemThe operating system customised for the PicoCore™MX8ULP is Linux. Linux Yocto supports all interfaces, so that simple software development can be guaranteed without extensive hardware knowledge. NXP i.MX 8ULP Linux development boardFor an easy start to development, we offer a ready-to-run PicoCore™MX8ULP starter kit with embedded board, baseboard, display, cables and access to documentation and software. The software includes the board support package and toolchain for Bare Metal or FreeRTOS. |