Model: MY-I.MX8M-EVK
MY-IMX8M-EVK front view
MY-IMX8M-EVK parameter
Processor
● i.MX 8MQuad
● 4x Arm Cortex-A53 @ 1.5 GHz
● Arm Cortex-M4 @ 266 MHz
● 1MB L2 Cache
● Floating point unit
● NEON
GPU
● OpenGL/ES 3.1
● OpenGL 3.0
● Vulkan
● OpenCL 1.2
Video player
● 4Kp60 High dynamic range(h.265, VP9)
● 4Kp30 (h.264)
●1080p60 (MPEG2、MPEG4p2、VC1、VP8、RV9、AVS/AVS+、h.263和DiVX)
● MJPEG - 8x8
Memory
● DDR4 x32 2GB ~ 4GB
Storage
● eMMC 5.0 4GB ~ 16GB
Monitor/camera connector
● HDMI 2.0a Type-A connector
● MIPI-CSI Camera FPC connector
● MIPI-DSI Display FPC connector
Wifi
● Bluetooth 5.0
● Wi-Fi 802.11 a/b/g/n/ac MIMO 2x2
● External antenna connector
Audio
● Audio DAC 24位192kHz stereo
● DSD512
● HP jack 3.5 mm audio connector
● I2S/SAI
● S/PDIF Tx/Rx
Data connection
● 10/100/1000 Ethernet
● USB 3.0 A type connector
● USB 3.0 C type connector
● USB 2.0 A type connector
● MicroSD connector
● Mini PCIe connector
● QSPI
● I2C
● GPIO
Debug
● UART
Operating system support
● Linux
● Android
Supply voltage
● 12V
Size
131mm x 100mm
Temperature
● Commercial (0°C to 95°C Tj)
● Industrial (-40°C to 105°C Tj)
Life cycle
● 2030+
Development board device
● A piece of MY-IMX8M-CB300 (core board)
● A piece of MY-IMX8M-MB300 (mother board)
● One display circuit board
● One LCD screen
● One touch screen
Development board accessories
● 1 12V power adapter
● 1 USB download cable
● 1 network cable
● 1 serial cable
Provide resources
● Compilation Manual
● Test Manual
● Source code
● Schematic diagram and PCB
MY-I.MX8M-EVK, higher performance and more stable, NXP i.MX 8M series application processor is based on quad-core ARM Cortex-A53 and single-core universal Cortex-M4, with industry-leading audio , Voice and video processing functions, from consumer home audio to industrial building automation and mobile computers, artificial intelligence and Internet of Things, etc. The i.MX8M module is an ideal solution for robotics and industrial automation applications. A faster and more flexible automated solution can be implemented on Linux, or use many available GPIOs, connect a vision system through a camera interface, or safely back up data in the process through an Ethernet cloud.
