|
CPU |
|
|
CPU Name |
NXP i.MX6 |
|
CPU Type |
ARM Cortex-A9 |
|
CPU Cores |
4 |
|
CPU Clock (Max) |
1GHz |
|
Memory |
|
|
RAM |
4GB DDR3L |
|
NOR Flash |
2MB (SPI) |
|
eMMC |
4GB eMMC (up to 128GB) |
|
Multimedia |
|
|
2D/3D Graphics Acceleration |
Vivante GC2000 / GC320 |
|
Video Encode / Decode |
1080p30 H.264 / 1080p60 H.264 |
|
Camera Interfaces |
1 MIPI, 2 CSI |
|
Display Connections |
|
|
HDMI |
v1.4 1920 x 1080 |
|
LVDS |
1 x 24-bit |
|
RGB |
1 x 24-bit |
|
MIPI DSI |
1 (2 lanes) |
|
Networking Connections |
|
|
Ethernet |
10/100/1G |
|
WiFi + Bluetooth |
TiWi-BLE (b/g/n + BT2.1) or |
|
Audio Interfaces |
|
|
Headphone |
Yes |
|
Microphone |
Analog Mic |
|
Amplifier |
2W |
|
Connectivity Ports |
|
|
I2C |
x3 |
|
SPI |
x1 (via J15) |
|
UART |
1 Selectable RS485/RS232 + 2 RS232 |
|
SD / MMC |
1 microSD |
|
USB |
3 USB Host, 1 USB OTG |
|
SATA |
Yes |
|
RTC |
Yes |
|
PCIe |
On-board with SIM Card option |
|
JTAG |
Yes |
|
CAN |
x1 |
|
PCB Specifications |
|
|
Dimensions (L x W) |
136.7mm x 87mm |
|
Miscellaneous Specifications |
|
|
Temperature Rating |
Commercial Temp 0° to 70°C |
|
Power Supply |
5V |
Boundary Devices offers industry leading OS development and support to help customers get to market quickly and efficiently. Because we only design i.MX based hardware, we are able to optimize our OS development and provide the most up-to-date operating system versions available.
All of our Nitrogen SBCs and SOMs support a variety of OS options frequently requested in the embedded design space. Supported OS include:
Information on set-up and image download links can be found on our Software Wiki or by contacting our support team at Support@boundarydevices.com.
Boundary Devices does not support application development. However, we are partners with a variety of 3rd party application development companies, including a global partnership with Qt. You can find our list of partners on our Partners page.
Nitrogen6_MAX_iMX6 Product Brief
Nitrogen6X_MAX-User-Manual-Revision-1.2.pdf
Nitrogen6_MAX Schematic
Nitrogen6_MAX 3D STEP
