Embedian pioneered the concept of an extremely small computer-on-module and single board computers with full implementation of major operating systems, and we are the leading supplier in this industry now.
We continue to provide some of the most innovative and modulized design and production solutions to our customers who design and build small devices. Embedian technology portfolio lowers costs, and gets our customers’ products to market ahead of their competition.
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Embedian is pleased to announce we are now an approved member of the Texas Instruments (TI) Design Network.
This officially recognises our expertise in electronics and software design, in particular ...
Open Standard, Low-Cost SMARC-based SBC near USD $100
2016-06-28 00:57:25
Embedian today introduces a new breed of SBCs: the SMARC-based SBC. This hybrid approach combines a SMARC COM for the CPU engine with a baseboard for the I/O and application interface. This two-board ...
Embedian Inc., a leading manufacturer in the embedded computer modules market, today announced that it has established its presence in the Japanese market by adding JEPICO Corporation, a Japanese embe...
Embedian today announced to support newly defined Computer-on-Module (COM) standard for their upcoming ultra low-power embedded architecture platform family. Supporting the new COM standard marks a si...
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Please Choose:
SMARC-iMX8MM-5-2G
SMARC-iMX8MM-6-2G
SMARC-iMX8MM-5-4G
SMARC-iMX8MM-6-4G
SMARC-iMX8MM-5-2G-I
SMARC-iMX8MM-6-2G-I
SMARC-iMX8MM-5-4G-I
SMARC-iMX8MM-6-4G-I
SMARC-iMX8MM-5-2G-I-C
SMARC-iMX8MM-6-2G-I-C
SMARC-iMX8MM-5-4G-I-C
SMARC-iMX8MM-6-4G-I-C
The default pricing is based on i.MX8MM Mini Quad Core with 2GB LPDDR4.
The SMARC-iMX8MM is based on the SMARC 2.0 Specification and features an NXP(R) i.MX 8M Mini Quad, Dual or Solo core ARM Cortex-A53 applications processor.
With a maximum power consumption of 2.2 W, the SMARC-iMX8MM is a low power module with high computing performance and outstanding graphics. Additionally, the SMARC-iMX8MM supports 32 bit LPDDR4-3000 SDRAM with up to 4 GB capacity, multiple I/O interfaces, and lvds display.
By offering most of the functional requirement for any SMARC application, the SMARC-iMX8MM provides manufacturers and developers with a platform to jump-start the development of systems and applications based on SMARC specification. Its features and capabilities make it an ideal platform for designing compact, energy-efficient, performance-oriented embedded systems.
Technical Information
Part Number
1: 6 (quad core, CPU running up to 4 x 1.8GHz) 5 (quad lite core, CPU running up to 4 x 1.8GHz, No VPU) 4 (dual core, CPU running up to 2 x 1.8GHz) 3 (dual lite core, CPU running up to 2 x 1.8GHz, No VPU) 2 (solo core, CPU running up to 1 x 1.8GHz) 1 (solo lite core, CPU running up to 1 x 1.8GHz, No VPU)
2: 2G (2GB LPDDR4 memory up to 3200MT/s) 4G (4GB LPDDR4 memory up to 3200MT/s)
3: I: Industrial temperature (-40oC ~ 85oC if 2GB LPDDR4 memory and -30oC ~ 85oC if 4GB LPDDR4 memory); Leave it Blank for commercial temperature.
4: C: Conformal coating, only support industrial temp. variants; Leave it Blank if you do not need it.
Note: SMARC-iMX8MM supports 1.8V (SMARC 2.0) VDDIO. 4GB LPDDR4 can only support Quad Core A53.
Example: SMARC-iMX8MM-6-2G stands for quad core i.MX8M Mini processor running up to 4 x 1.8GHz with 2GB LPDDR4 memory in normal operating
temperature.
Compliance
SMARC 2.0 Compliant
Dimension (W x L)
82mm x 50mm
CPU
NXP i.MX8M Mini ARM Cortex-A53 up to 1.8GHz and 400Mhz Cortex-M4
Quad, Quad Lite, Dual, Dual Lite, Solo and Solo Lite Core Cortex-A53
400Mhz Cortex-M4
Main Memory
2GB/4GB LPDDR4 up to 3200MT/s
16GB eMMC (5.x) onboard
AT24C32 EEPROM onboard
Graphic Controller
GCNanoUltra 3D, GC320 2D,1 shaders,OpenGL ES 2.0,and OpenVG
1.1
Up to 1080p60 full HD resolutions
Video Processing Unit (VPU)
1080p60 HEVC/H.265,AVC/H.264,VP9, VP8 Decoder and 1080p60 AVC/H.264, VP8
Encoder
No VPU for Quad/Dual/Solo Lite Core
Display Interfaces
Single channel 24 bit LVDS LCD or dual channel 24-bit LVDS LCD
Panel support signals (I2C, Power Enables, PWM)
2nd LVDS channel is defined on SMARC 2.0 interface
Resolutions up 1,920 x 1,080 @60 fps at 24 bpp
MIPI-CSI Camera Interfaces
One 4-LANE MIPI-CSI ports
SDIO Interfaces
One SDIO interfaces
4 bit SDIO card interface with support lines
8 bit eMMC interface with support lines
SPI Interfaces
Two SPI interfaces with 2 chip selects on each SPI channel
I2S Interfaces
Two I2S interfaces
Typically used for connection to I2S audio CODECs
I2C Interfaces
Four I2C interfaces
Power Management
General Purpose
Camera
LCD Display ID
Asynchronous Serial Port (UART) Interfaces
Four asynchronous serial ports
Two with 4 wire handshake (RXD, TXD, RTS#, CTS#)
Two with data only (RXD, TXD)
Logic level signals
CAN Bus Interfaces
Two CAN bus interfaces
Logic level signals from Module based CAN bus protocol controllers
RXD, TXD only
Two Module GPIOs are designated for optional use as CAN bus error status inputs
USB Interfaces
One USB OTG 2.0 Ports with PHY
Four USB 2.0 Host Ports with PHY
USB support signals (VBUS enable / Over-current detects, OTG support signals)
PCI Express
One PCIe x 1 link
PCIe Gen2.0
Reference Clock Pair
Could be configured as PCIe target
Common PCIe wake signal
Gigabit Ethernet (with AVB)
One analog GBE MDI interface (Qualcomm Atheros AR8035 PHY on module)
No magnetics on Module
LED support signals
Watchdog Timer Interfaces
Real-Time Clock
External Seiko S35390A onboard
General Purpose I/O
Twelve GPIO signals
Specific alternate functions are assigned to some GPIOs
PWM / Tachometer capability
Camera support
CAN Error Signaling
HD Audio reset
System and Power Management Signals
Reset out and Reset in
Power button in
Power source status
Module power state status
System management pins
Battery and battery charger management pins
Carrier Power On control
Power Consumption (Typical)
Quad Core (2GB LPDDR4): 2W
Quad Core (4GB LPDDR4): 2.2W
Boot Source Select
Three pins to allow selection from Carrier Board
Select options to include boot from one of the following:
Module eMMC Flash (Default)
Module Remote Boot (Network Port)
Carrier SD Card
Power Supply
3V to 5.25V:
Operates directly from single level Lithium Ion cells, or fixed 3.3V or 5V power supply
Heat Sink Solution
Heat Sink:
The heat sink is not required for this product.
Software
Linux and Android:
Based on NXP (Freescale) imx_4.19.35_1.0.0, imx_4.14.98_2.0.0_ga
Yocto Project Support
Ubuntu 18.04 ARM64 LTS, Debian 10 Buster and Debian 9 Stretch Support
Android 10, Android Pie 9.0.0
Temperature
Industrial Temperature
Operating Temperature Range: -45o C ~ 85o C (For 4GB LPDDR4, -30o C ~ 85o C)
3.5mm Audio Jack (SGTL5000 Audio Codec on Carrier)
RTC backup battery holder
Buzzer
LVDS, Display Port (DP)) and HDMI connector
2 x 10/100/1000Mbps RJ-45 connector
2 x RS232/422/485 DSUB9 connector, 2 x RS232 2.0mm Header
2 x USB host 2.0 type A connectors, 2 x USB host 3.0 type A connectors, 1 x mini USB client connector
1 x PCIex4 connector, 2 x mini PCIe connector
2 x CAN BUS header, 1 x 2x7-pin GPIO header, Audio Mic. in and Speaker out Audio Jack
2 x I2C header (for capacitive touch), 4 x SPI header, 1 Camera/MIPI header
1 x SDHC connector
A single 4KB EEPROM is provided on I2C0 that holds the board information. This information includes board name, serial number, and revision information.
1 x external watchdog reset
jumpers for LCD 3.3V or 5V voltage, boot selection, RS232 or RS485 selection
Form factor: 170mm (L) x 170mm (W) (mini-ITX form factor)
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