Lora Radio Shield - Revision history

Alvin: /* Steps */

2017-03-02T06:28:47Z

‎Steps

Alvin: /* 1. Assemble the hardware */

2017-03-02T05:43:28Z

‎1. Assemble the hardware

Alvin at 05:36, 2 March 2017

2017-03-02T05:36:59Z

Alvin: /* Required */

2017-03-02T05:33:28Z

‎Required

Alvin: /* Required */

2017-03-02T05:33:12Z

‎Required

Alvin: /* Introduction */

2017-03-02T05:29:55Z

‎Introduction

Alvin: /* Introduction */

2017-03-01T08:54:25Z

‎Introduction

Alvin: /* 4. Test */

2017-02-06T07:52:23Z

‎4. Test

Alvin: Created page with "== Introduction == Thanks to this [http://cpham.perso.univ-pau.fr/LORA/RPIgateway.html open source project] which uses the Raspberry Pi as Lora gateway and Arduino as Lora no..."

2017-01-10T01:42:36Z

Created page with "== Introduction == Thanks to this [http://cpham.perso.univ-pau.fr/LORA/RPIgateway.html open source project] which uses the Raspberry Pi as Lora gateway and Arduino as Lora no..."

New page

== Introduction ==

Thanks to this [http://cpham.perso.univ-pau.fr/LORA/RPIgateway.html open source project] which uses the Raspberry Pi as Lora gateway and Arduino as Lora node device. We port this project to pcDuino and send the received data from Lora node to [https://github.com/delongqilinksprite/pcduino-lora-AP/blob/master/www.linksprite.io LinkSpriteIO]. The basic architecture is shown as the following diagram.

[[File:LoRa 2 A.png|640px]]

There is an Arduino Lora node to read the sensor's data and send it to pcDuino Lora gateway. After pcDuino Lora gateway recevice the data and it will send it to LinkSpriteIO which is our IoT cloud.

The following content, I will introduce the details of how to DIY a low-cost Lora gateway with pcDuino and Arduino.

== Required ==

'''pcDuino lora gateway'''

* [http://linksprite.com/wiki/index.php5?title=PcDuino8_Uno pcDuino8 Uno] x 1

* [http://www.linksprite.com/wiki/index.php5?title=Low-cost_LoRa_Module LoRa Radio Shield] x 1

'''Arduino lora node'''

* Arduino Uno x 1

*[https://github.com/delongqilinksprite/pcduino-lora-AP/blob/master/inksprite.com/wiki/index.php5?title=Low-cost_LoRa_Module LoRa Radio Shield] x 1

== Steps ==

=== 1. Assemble the hardware ===

* According to the following pins map table to connect the lora module and pcDuino or Arduino

[[File:LoRa 2 B.jpg|640px]]

Arduino Lora node

[[File:LoRa 2 C.png|640px]]

pcDuino Lora Gateway

[[File:LoRa 2 D.png|640px]]

=== 2. Program Arduino Uno ===

*Download the Arduino program from [https://github.com/YaoQ/pcduino-lora-AP/tree/master/arduino-node github]

*Use Arduino IDE to open the Arduino_LoRa_node project in examples folder

*Upload this program to Arduino Uno

*Open Serial Monitor to check the message

[[File:LoRa 2 E.png|640px]]

=== 3. Program on the pcDuino8 Uno ===

Create device on [http://www.linksprite.io/ LinkSpriteIO]

*Go to www.linksprite.io and sign up

*Enter your Email and password to create a new account

*Go to My Account to get your own API Key.

[[File:LoRa 2 F.png|640px]]

*Click My Device, and choose Create DIY Device.

[[File:LoRa 2 G.png|640px]]

*Click the created device icon and get the DeviceID **.

[[File:LoRa 2 H.png|640px]]

Download the source code

*Access to the pcDuino8 Uno Ubuntu system Note: user name and password are all: linaro:

git clone https://github.com/YaoQ/pcduino-lora-AP
cd pcDuino-lora-AP/pcduino-gateway
make

*Use your own deviceID and apikey to update the line 27 and 28 in LinkSpriteIO_Post.py

26 # Use your own deviceID and apikey
27 deviceID="xxxxxxxxxx"
28 apikey = "xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx"

=== 4. Test ===

To make it simple, we just use random number to simulate the temperature value and send it periodically to pcDuino lora gateway. Then pcDuino Lora gateway will post data to LinkSpriteIO.

./pcduino-gateway | python LinkSpriteIO_Post.py

On Arduino side:

[[File:LoRa 2 I.png|640px]]

On pcDuino side:

[[File:LoRa 2 J.png|640px]]

On LinkSpriteIO side:

[[File:LoRa 2 K.png|640px]]

@@ Line 47: / Line 47: @@
 pcDuino Lora Gateway
-[[File:pcDuino Lora Gateway.jpg|640px]]
+[[File:pcDuino 8 UNO Lora Gateway.jpg|640px]]
 === 2. Program Arduino Uno ===

@@ Line 23: / Line 23: @@
 * [http://linksprite.com/wiki/index.php5?title=PcDuino8_Uno pcDuino8 Uno] x 1
-LoRa Radio Shield x 1
+* LoRa Radio Shield x 1
 '''Arduino lora node'''
@@ Line 29: / Line 29: @@
 * Arduino Uno x 1
-LoRa Radio Shield x 1
+* LoRa Radio Shield x 1
 == Steps ==

@@ Line 2: / Line 2: @@
 [[File:Lora Radio Shield-1.jpg| 640px]]
 [[File:Lora Radio Shield-2.jpg| 640px]]
 [[File:Lora Radio Shield-3.jpg| 640px]]
 [[File:Lora Radio Shield-4.jpg| 640px]]

← Older revision		Revision as of 08:54, 1 March 2017
Line 1:		Line 1:
	== Introduction ==		== Introduction ==
		+
		+	[[File:Lora Radio Shield-1.jpg\| 640px]]
		+	[[File:Lora Radio Shield-2.jpg\| 640px]]
		+	[[File:Lora Radio Shield-3.jpg\| 640px]]
		+	[[File:Lora Radio Shield-4.jpg\| 640px]]

	Thanks to this [http://cpham.perso.univ-pau.fr/LORA/RPIgateway.html open source project] which uses the Raspberry Pi as Lora gateway and Arduino as Lora node device. We port this project to pcDuino and send the received data from Lora node to [https://github.com/delongqilinksprite/pcduino-lora-AP/blob/master/www.linksprite.io LinkSpriteIO]. The basic architecture is shown as the following diagram.		Thanks to this [http://cpham.perso.univ-pau.fr/LORA/RPIgateway.html open source project] which uses the Raspberry Pi as Lora gateway and Arduino as Lora node device. We port this project to pcDuino and send the received data from Lora node to [https://github.com/delongqilinksprite/pcduino-lora-AP/blob/master/www.linksprite.io LinkSpriteIO]. The basic architecture is shown as the following diagram.

← Older revision		Revision as of 07:52, 6 February 2017
Line 102:		Line 102:

	[[File:LoRa 2 K.png\|640px]]		[[File:LoRa 2 K.png\|640px]]
		+
		+	== Document ==
		+
		+	[https://s3.amazonaws.com/cutedigi/LoRa++Radio+Shield+V1.0/LoRa++Radio+Shield+V1.0.pdf LoRa Radio Shield V1.0.pdf]

@@ Line 43: / Line 43: @@
 Arduino Lora node
-[[File:LoRa 2 C.png|640px]]
+[[File:Arduino Lora node.jpg|640px]]
 pcDuino Lora Gateway
-[[File:LoRa 2 D.png|640px]]
+[[File:pcDuino Lora Gateway.jpg|640px]]
 === 2. Program Arduino Uno ===

@@ Line 12: / Line 12: @@
 [[File:LoRa 2 A.png|640px]]
 There is an Arduino Lora node to read the sensor's data and send it to pcDuino Lora gateway. After pcDuino Lora gateway recevice the data and it will send it to LinkSpriteIO which is our IoT cloud.
@@ Line 29: / Line 31: @@
 * Arduino Uno x 1
-* LoRa Radio Shield x 1
+*LoRa Radio Shield x 1
 == Steps ==