+49(0)711 123722-0
(0)
SMARC™MX8MP
COM in SMARC Form Factor with NXP i.MX 8M Plus
|
|
preliminary |
| SMARC™MX8MP | ||
| State | Q4/2023 | |
| CPU | ||
| CPU | NXP i.MX 8MP | |
| Core | ARM Cortex-A53 + Cortex-M7 | |
| No of Cores | Dual/ Quad | |
| Frequency | max. 1,8GHz | |
| GPU | NPU (AI) OpenGL / CL / VG | |
| VPU | Encode / Decode 1080p60 | |
| Operating System | ||
| Linux | Yocto | |
| Memory | ||
| Flash | max. 64k EEPROM | |
| eMMC | max. 64GB eMMC | |
| RAM | max. 8GB LPDDR4 | |
| Interfaces | ||
| SD-Card | 1x optional | |
| Ethernet | 2x 100/1000 Mbit | |
| WiFi | IEEE 802.11 a/b/g/n/ac | |
| USB Host | 4x | |
| USB Device | 1x OTG | |
| CAN | 2x | |
| UART | 4x | |
| I2C | 5x | |
| SPI | 2x | |
| Audio | 2x I2S | |
| Digital I/O | x | |
| Touch Panel | analog reistive and PCAP Touch ext. via I2C | |
| Camera analog/digital | 0/1-2x MIPI-CSI | |
| PCIe | 1x | |
| RTC | x | |
| additional Interfaces | BT 5 | |
| Display | ||
| LVDS | 2x 24bit | |
| CRT/DVI | 0/DVI (4k) | |
| Common | ||
| Supply Voltage | 5V DC/±5% | |
| Power Consumption | 4 Watt | |
| Operating Temperature | -20°C - + 85°C opt. -40°C - + 85°C |
|
| Size | 82x50mm (LxB) |
|
| Weight | ~20g | |
| Long Term Availability | 2035 |
TBD
TBD
TBD
Buildroot und Yocto
Das Linux-BSP "fsimx8m-B2020.01-pre" basiert auf Buildroot, einer Software zur Erstellung von Root-Filesystemen. Über Buildroot können menügesteuert ca. 1400 verschiedene Softwarepakete dem Root-Filesystem hinzugefügt werden. Der Funktionsumfang reicht hier von einfachen Bibliotheken und Utilities über eine komplette Java-Umgebung bis hin zu vollständigen grafischen Umgebungen wie Qt oder Wayland / Weston, inklusive Applikationen wie z.B. einem HTML5-fähigen Webbrowser. Auf diese Weise lässt sich sehr einfach ein maßgeschneidertes Linux-System zusammenstellen.
Alternativ zu Buildroot wird es auch eine Yocto-basierte Umgebung geben. Wir bieten das Linux BSP fsimx8m-Y2020.xx 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.
Beide BSPs beinhaltet die von F&S angepassten Quelltextpakete von U-Boot (2018.03), Linux-Kernel (basierend auf 4.14.78) und Buildroot (2019.05.01) oder Yocto (2.2). 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 wird eine Virtuelle Maschine (basierend auf VirtualBox) mit einem installierten Linux basierend auf der Distribution Fedora 27 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 Buildroot Release B2020.01-pre
FSSM8MP - Product Flyer
- English (343 KB, pdf) - 25/04/2024
- 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.
FSSM8MP - Hardware
- SMARCMX8MP Hardware Documentation
FSSM8MP - Linux
- Advice for Linux on PC (2 MB, pdf) - 10/01/2018
- 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 QT5 (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
- 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.
Variants
TBD
Starterkits
TBD
Accessories
TBD
Link to the forum
You can find support at any time in our;forum.
Current contributions
|
08 May, 10:53 |
OpenJDK Crash |
|
08 May, 10:18 |
dtb questions |
|
07 May, 13:14 |
know the board model from uboot |
|
07 May, 13:03 |
NetDCU-USB-Loader for upgrade all system (nboot, uboot, kernel & ubifs) |
|
02 May, 14:46 |
New Yocto Release fsimx6-Y2024.04 |
|
02 May, 14:45 |
New F&S Development Machine - Fedora36-arm32 |
|
30 Apr, 12:21 |
request to introduce a github repo also for the toolchain with corresponding history |
|
30 Apr, 11:10 |
How to update the system image (sysimg) in bootloader u-boot via networt by tftp? |
|
25 Apr, 07:45 |
u-boot-fus support for A/B update scheme |
|
24 Apr, 13:26 |
New Buildroot Release fsimx6-B2024.04 |
| SMARC | ...for complex requirements | |
|---|---|---|
|
The SMARC® ("Smart Mobility ARChitecture") is a versatile computer with a small form factor and a module definition aimed at applications that require low power consumption, low cost and high performance. Two module sizes are defined: 82mm x 50mm and 82mm x 80mm. The module boards have 314 edge fingers that mate with a right-angle 314-pin connector with 0.5mm pitch (the connector is sometimes referred to as a 321-pin connector, but 7 pins are lost in the key). The modules are used with application-specific carrier boards that implement other functions such as audio CODECs, touch controllers, wireless devices, etc. The modular approach enables scalability, fast time-to-market and upgradeability at low cost, low power consumption and small size. Asymmetric multiprocessingThe SMARC™MX8M is based on an NXP i.MX 8MP application processor with ARM Cortex-A53 and ARM Cortex-M7. The advantage of this asymmetric processor architecture is the strict separation of real-time relevant tasks - such as a control algorithm - from the rest of the system. |
F&S Elektronik Systeme has been developing and producing embedded boards in Stuttgart for more than 25 years and offers a wide range of modules with NXP CPUs (i.MX 6, i.MX 8 and i.MX9) in various form factors (plug-in modules with connectors or with finger contacts as well as SBC solutions in PicoITX). This powerful module is particularly suitable for complex multimedia tasks and in industrial and medical technology. Numerous interfacesThe SMARC™MX8MP is equipped with up to 8GByte LPDDR4 and up to 64GB eMMC. Other interfaces of the SMARC™MX8MP are WLAN (IEEE 802.11a/b/g/n/ac), BT 5, 2x Gigabit Ethernet, SD card, 4x USB host, USB device OTG, 2x CAN, 4x serial, 5x I²C, 2x SPI, audio (I2S), MIPI-CSI camera and PCIe. |
