Difference between revisions of "Gboard"

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(UART Setting Jumpers)
(UART Setting Jumpers)
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! Description !! UART Setting Jumpers Connection !! Figure
 
! Description !! UART Setting Jumpers Connection !! Figure
 
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| Hardware UART to SIM900, Software UART to Specific || ST – D0(Hardware Rx of Arduino)  
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| Hardware UART to SIM900,  
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Software UART to Specific  
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|| ST – D0(Hardware Rx of Arduino)  
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SR – D1(Hardware Tx of Arduino)
 
SR – D1(Hardware Tx of Arduino)
 
   
 
   
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|| [[File:GBoard5.jpg]]  
 
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| Software UART to SIM900, Hardware UART to Specific || XT – D0(Hardware Rx of Arduino)  
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| Software UART to SIM900,  
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Hardware UART to Specific  
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|| XT – D0(Hardware Rx of Arduino)  
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XR – D1(Hardware Tx of Arduino)  
 
XR – D1(Hardware Tx of Arduino)  
  

Revision as of 02:42, 20 May 2014

Overview

GBoard3.jpg

Gboard is a unique Arduino board which features a SIM900 GSM/GPRS module, an XBee socket, nRF24L01+ module interface and an ATMega328P controller. This board will add wireless XBee / nRF24L01+ control as well as GSM/GPRS connectivity to your projects. It’s great for anything from home automation to robot control. The possibilities are endless!

Gboard can be used as a GSM/GPRS data transfer or wireless communication project development platform. Gboard support wide range power supply and Micro SD for mass storage. There are some 3pin electronic brick/ sensor brick interface breakout on board, it offer an easy way for a quick prototyping. The board requires FTDI basic board to upload sketch, you can use our Foca board to do it. Gboard can be powered by a mini USB, power Jack.

Spec

PCB size 88.1mm X 60.7mm X 1.6mm
Power supply 6-20V DC
Microprocessor Atmega328
Indicators PWR, Status, NET
RoHS Yes

Electrical Characteristics

Specification Min. Typical Value Max. Unit
Power Voltage 6 - 23 VDC
Input Voltage VH (Target Voltage = 3.3V) 3 3.3 3.6 V
Input Voltage VL: -0.3 0 0.5 V
Current Consumption - 100 500 mA

Hardware

GBoard1.jpg

Top View Map

Gboard can be used as a GSM/GPRS data transfer or wireless communication project development platform. Gboard support wide range power supply and Micro SD for mass storage. There are some 3pin electronic brick/ sensor brick interface breakout on board, it offer an easy way for a quick prototyping. The board requires FTDI basic board to upload sketch, you can use our Foca board to do it. Gboard can be powered by a mini USB, power Jack.

UART Setting Jumpers

The SIM900 module and XBee module communicate to ATMega328 through UART. They cannot be used with the same port at the same time, so there are two UART setting jumpers to configure the UART communication. The figure of UART setting jumpers is as below.

GBoard4.jpg

Figure of UART setting jumpers

D0 and D1 are hardware UART ports of Arduino. D2 and D3 are digital GPIO of Arduino. There are two configurations to set the UART communication.

Description UART Setting Jumpers Connection Figure
Hardware UART to SIM900,

Software UART to Specific

ST – D0(Hardware Rx of Arduino)

SR – D1(Hardware Tx of Arduino)

XT – D2(Software Rx/Tx of Arduino)

XR – D3(Software Rx/Tx of Arduino)

GBoard5.jpg
Software UART to SIM900,

Hardware UART to Specific

XT – D0(Hardware Rx of Arduino)

XR – D1(Hardware Tx of Arduino)

ST – D2(Software Rx/Tx of Arduino)

SR – D3(Software Rx/Tx of Arduino)

GBoard6.jpg

ST: UART Tx of SIM900 module

SR: UART Rx of SIM900 module

XT: XBee Tx of XBee module

XR: XBee Rx of XBee module

Power and reset connection of SIM900

Software

Download

Datasheet for ATMEGA328

Datasheet for GBoard

Schematic for GBoard

Library for SIM900

Library for TinyFAT

Fritzing Parts for GBoard

SIM900 AT Command Manual

Useful Link

Jason Garland's GitHub Page <GBoard Library for Arduino 1.x>

<BTBee Pro Wireless Program Tutorials>

<Fritzing Parts: ITEAD Development Board>