PicoCore™MX8MM-V4-LIN
Computer On Module with NXP i.MX 8M Mini CPU
For the start of development, we recommend: |
PicoCore™MX8MM-V4-LIN | ||
State | Production | |
CPU | ||
CPU | NXP i.MX 8M Mini | |
Core | ARM Cortex-A53 Cortex-M4 |
|
No of Cores | 4x A53 + 1x M4 | |
Frequency | 1.8GHz + 400MHz | |
L2-Cache | 512KB | |
GPU | 2D GC328, 3D GCNanoUltra (1 shader) | |
VPU | 1080p60 HEVC H.265, VP9, H.264, VP8 | |
Operating System | ||
Linux | Buildroot/ Yocto (uboot installed) |
|
Real Time | FreeRTOS | |
Memory | ||
eMMC | 4GB | |
RAM | 1GB LPDDR4 | |
Interfaces | ||
SD-Card | 2x extern | |
Ethernet | 1x 100/1000Mb | |
WiFi | 802.11 ac/a/b/g/n (2.4/ 5GHz) |
|
BT | 5.3 | |
USB Host | 1x | |
USB Device | 1x OTG 2.0 | |
UART | max. 4x | |
I2C | max. 4x | |
SPI | max. 2x | |
Audio | Line In/ Out/ Mic/ Headphone | |
Touch Panel | via I2C or USB | |
Camera analog/digital | MIPI CSI | |
PCIe | 1x | |
RTC | PCF85263ATL | |
additional Interfaces | max. 4x PWM, Watchdog, SPDIF, ESAI, SAI, SSI |
|
Display | ||
LVDS | 2x 24bit | |
Common | ||
Supply Voltage | +3.8V bis 5.5VDC | |
Power Consumption | 3W typ. | |
Operating Temperature | 0°C - +70°C | |
Size | 35x40mm | |
Weight | ~10g | |
Long Term Availability | 2034 |
Link to the Forum
You will always find support in our Forum.
Recent Contributions
08 Apr, 13:41 |
F&S i.MX8M-Mini Yocto Pre Release 2025.04 (fsimx8mm-Y2025.04-pre) |
03 Apr, 15:54 |
How far along is Linux v6.6.x for PicoCores? |
03 Apr, 11:23 |
Custom variant for PicoCoreMX6ULL100 |
01 Apr, 11:37 |
Phy link never came up / pcie failed with error -110 |
01 Apr, 11:35 |
F&S i.MX8M-Plus Yocto Pre-Release 2025.03 (fsimx8mp-Y2025.03-pre) |
24 Mar, 13:17 |
WEC 2013 Firewall FWS0: How to make service start automatically |
24 Mar, 11:24 |
Touch |
18 Mar, 08:32 |
Unable to build u-boot for PicoCore™MX8MM |
11 Mar, 11:43 |
EDMA SAI1 error |
10 Mar, 09:50 |
UBIFS "Corrupt empty space": Handling of 0-bits in empty NAND pages |
Computer on Module | with NXP i.MX 8M Mini | |
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This member of the new and compact PicoCore™ Computer On Module product family is offered with NXP i.MX 8M Mini CPU. Heterogeneous Multi-Core Processor ConceptThe i.MX 8M Mini is NXP's first embedded heterogeneous multi-core applications processor. It brings together high-performance computing, power efficiency, enhanced system reliability and embedded security needed to drive the growth of fast-growing edge node computing, streaming multimedia, and machine learning applications. The heart of the processor is a scalable core complex with up to four ARM® Cortex®-A53 cores with up to 2GHz, plus one Cortex®-M4 for real-time processing with 400+ MHz. The i.MX 8M Mini also packs-in hardware 1080p video acceleration to enable two-way video applications, 2D and 3D graphics to provide a rich visual HMI experience, ➜ more information on the NXP i.MX 8M Mini applications processor Long Term Availability up to 2034Another feature is the long-term availability up to minimum 2034. |
Equipment and InterfacesPicoCore™MX8MM comes with sufficient memory (RAM, SLC NAND Flash, eMMC Flash). The module offers many interfaces on its 2x 100 poles plug connectors. Part of the interfaces is specified per default (Interfaces-FIX), they are available on other PicoCore™ modules as far as possible. The Interfaces-FIX are 2x Serial (for debugging), 2x Ethernet, 1x USB Host, 1x USB Device, 1x CAN, 1x I²C (for the connection of external touch controllers) and analog audio signals (Line In/ Out/ Mic/ HP). Due to the multiple assignment of the CPU's signal lines with various interfaces, one has the possibility to choose from the interfaces through registry entries. This part is called Interfaces-FLEX. A list of all possible interfaces and their pin assignment on the plug connector can be found in the hardware specification. Please notice that not all available interfaces can be used simultaneously. A MIPI-DSI interface with up to four lanes or a 24bit LVDS interface (up to FullHD) is available for display connection. Operating SystemLinux was customized for PicoCore™MX8MM. The operating systems support all interfaces, guaranteeing an easy software development without a deeper understanding of hardware. |