Tronlong Industrial core board SOM TLIMX8

Mechanical Parameters

Industrial Core Board

Dimensions45 mm * 65 mm (Stamp hole)
41.5 mm * 60.5 mm (B2B connector)
PCB Layers10 layers
PCB Thickness1.6 mm
Mounting Hole4
Working temperature-40~85 Celsius (industrial grade)

SOM-TLIMX8(NXP i.MX 8M Mini)
Industrial Development Kit

Hardware frame diagram

TLIMX8 Architecture

Hardware Parameters
CPUTI Sitara AM6231 / AM6232 / AM6254, 16nm
1/2/4x ARM Cortex-A53(64bit), @1.4GHz
NXP i.MX 8M Plus, 14nm FinFET
1.6GHz, Quad-cores ARM Cortex-A53(64-bit)
support floating point arithmetic function
400MHz real-time ARM Cortex-M4 co-processor
Integrated 2.3TOPS NPU, support TensorFlow architecture
2x ISP, 375MP/s HDR, 12MP@30fps, 4KP45, 2x 1080P80
GPU: GC520L 2D, GCNanoUltra3D graphics accelerator, support OpenGL ES 1.1/2.0, OpenVG1.1
1080P60 H.265/H.264 encoder
1080P60 H.265/H.264 decoder
ROM4/8GByte eMMC
RAM1/2GByte DDR4
Stamp hole
(SOM-TLIMX8)
1.0mm pitch
200pins
2x 40pins
+ 2x 60pins
B2B connector
(SOM-TLIMX8-B)
0.5mm pitch
240pins
2x 60pins, male and female connector
4.0mm high
LED1x Power light
2x User programmable light
Hardware Resources1x Camera, MIPI-CSI(Camera Serial Interface), 4-lane
1x Display, MIPI-CSI(Camera Serial Interface), 4-lane
5x SAI
1x FlexSPI, Dual-ch QSPI or OSPI, single pad/dualpad/quadpad
3x ECSPI
4x PWM
2x USB2.0, OTG
1x HDMI 2.0a Tx, 2160p@30fps
4x UART, 4Mbps
1x JTAG
4x I2C
2x 10/100/1000M Ethernet
1x PCIe Gen2, RC or EP mode, 5Gbps
3x Watchdog
2x MMC/SD/SDIO
MMC1, MMC3: SD3.0/SDIO3.0/MMC5.1
MMC2: SD3.0/SDIO3.0/MMC5.1
1x PDM
1x S/PDIF
1x Temperature Sensor
Note:
1. Some pins resources are reused, please refer to the processor datasheet.
2. The onboard eMMC device has used MMC1 and has not been drawn to  the stamp hole or the B2B2 connector
Software Parameters
OSLinux-5.4.70
File SystemYocto 3.0, Ubuntu 20.04
Graphical interface development toolsQt-5.15.0
DrivereMMc
PCIe
LED
USB Mouse/WIFI/4G/CAMERA
I2C
MIPI CAMERA
LVDS LCD
LINE IN/OUT
RTC
DDR4
MMC/SD
KEY
UART/RS232/RS485
CAN-FD
MIPI LCD
HDMI OUT
Ethernet
CAP Touch Screen
Example design
  • Linux development
  • Bare-metal/FreeRTOS development based on ARM Cortex-M4
  • Inter-core OpenAMP communication based on ARM Cortex-A53 and Cortex-M4
  • ARM and FPGA communication based on FlexSPI EtherCAT
  • ARM and FPGA communication based on PCIe
  • Video hardware encoding/decoding development based on H.264
  • Video hardware decoding development based on H.265
  • Image processing based on OpenCV
  • Qt development
  • IgH EtherCAT master development case
Ordering Informations
ConfigurationPart NumberCPUDominant frequencyeMMCDDR4Temperature
class
SOM-TLIMX8
Standard
SOM-TLIMX8-32GE8GD-I-A2.0MIMX8MM6CVTKZAA1.6 GHz4 GB1 GBIndustrial
SOM-TLIMX8
Variant
SOM-TLIMX8-64GE16GD-I-A2.0MIMX8MM6CVTKZAA1.6 GHz8 GB2 GBIndustrial
SOM-TLIMX8-B
Standard
SOM-TLIMX8-32GE8GD-I-A1.0-BMIMX8MM6CVTKZAA1.6 GHz4 GB1 GBIndustrial
SOM-TLIMX8-B
Variant
SOM-TLIMX8-64GE16GD-I-A1.0-BMIMX8MM6CVTKZAA1.6 GHz8 GB512 GBIndustrial
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