Specifications
Core System
Edison compatibile connector
PICO 70-pin Hirose connectors
PICO SOM
UART Interface by Through-hole
Atheros AR8035 (optional)
Gigabit LAN
Micrel KSZ8084RNB (optional)
Fast Ethernet LAN
1x 24-bit TTL RGB signals
(expansion header)
1x single channel LVDS
(expansion header)
MIPI DSI signals on 33-pin FPC
connector
GPIO
I²C
PWM
SATA
SPI
UART
Board-to-Board Connector
System on Module
Debug Interface
Network LAN
Internal Display
Expansion Headers
External Connectors
Audio
Sensors
1x HDMI
1x 3.5mm jack Microphone
1x 3.5mm jack Stereo Audio in
1x 3.5mm jack Stereo Audio out
1x RJ45
1x USB 2.0 Host
1x USB 2.0 OTG
1x microSD cardslot
NXP SGTL5000
External Display
Audio Connectors
Network
USB
SD Cardslot
Audio Codec
Altimeter
3D Accelerometer
Gyroscope
RTC
Power Input
Power Connector
Battery Charging Circuit
Power Consumption
5V DC +/-5%
5.5/2.1mm barrel jack
NXP MC32BC3770CSR2 single cell
Depending on Conguration
NXP MPL3115A2
NXP FXOS8700CQ
NXP FXAS21002
maxim integrated DS1337+
2-pin header battery connector
Main Features
Power
TTL
USB
OTG UART
I
2
SSDIO PWM
GPIO
SPI
I
2
CUSB
HOST
PCIeCAN SATA
MIPI
HDMI
I
2
C
B-PXEA-PXENOSIDE
LVDS RMII
RGMII
PICO System-on-Modules
PICO-DWARF
The PICO-DWARF reference design is compatible with
Intel Edison and TechNexion Pico modules and add a
variety of sensors and connectivity to the Pico module
making it the ideal candidate for IoT (Internet of
Things).
Schematics, design les, board les and BOM lists of
PICO-DWARF are available and can be downloaded
from the TechNexion homepage.
Connectivity
Internal Headers
Power Specications