Waspmote Catalogue & Prices April 2014_0

8/10/2019 Waspmote Catalogue & Prices April 2014_0

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Libelium Comunicaciones Distribuidas S.L.

Confidential Document/ Version: v5.4 / Date: February 2014

This catalogue supersedes any previously released and is valid until publication of another to replace him. Catalogue for the new Waspmote version, also called PRO or v1.2.

Pricing in AUD exc.GST

Waspmote Index1. Waspmote 4

1.1. New Waspmote released in 2013 5

1.2. Connectivity 9

1.2.1. ZigBee 9

1.2.2. Other connectivity options 10

1.3. Sensor integration 17

1.3.1. Sensor integration boards 19

1.3.2. Sensors 20

1.4. Evaluator Kit 26

1.5. Power supply options 29

1.6. Extracting the data 30

1.7. Technical Consultancy 331.8. Customized Solutions Development Service 33

1.9. Training Courses 33

Meshlium

Orders

2. Meshlium 35

2.1. Meshlium models 38

2.2. Storage 41

2.3. Power supply options 41

3. Order placement 43


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4/44Confidential Document/ Version: v5.4 / Date: February 2014

This catalogue supersedes any previously released and is valid until publication of another to replace him. Catalogue for the new Waspmote version, also called PRO or v1.2. 4

Waspmote

1. WaspmoteWaspmote is a sensor device developers oriented. It works with different communicaction protocols

(ZigBee, Bluetooth and GPRS) and frequencies (2.4GHz, 868MHz, 900MHz) and create links up to 12Km.

Using the hibernate low power mode (0.06uA) it can save battery energy when not transmitting and be

able to work even for years. Waspmote is compatible with more than 50 sensors and its open source IDE

makes really easy to start working with it.

Figure : Waspmote sensor device

If you are facing a project on sensor networks for the first time, you can check on the following link

http://www.libelium.com/top_50_iot_sensor_applications_ranking/ . This section describes success

stories and examples of network topologies used, sensors used, application services, etc.

This catalog shows step by step all the configuration settings available for sensor networks formed by

Waspmote:

Step 1:

Radio connectivity

Step 5:

Data extraction

Step 2:

Optional

complements

Step 3:

Boards and sensor

integration

Step 4:

Power supply

options




Waspmote

1.1. New Waspmote released in 2013

Introduction

The first version of Waspmote (v1.1) was released in 2009. Since then more than 2000 developers have

been using the platform, posting suggestions and informing of possible improvements in our forum.

We have carefully listened to all of them and modified both the Waspmote API and Hardware in order

to include all these improvements and suggestions. The result was launched in February 2013 with the

name of Waspmote PRO (v.1.2).

In this catalogue you can see all the characteristics and prices for Waspmote v1.2 or PRO. In short,

Waspmote. Read the Waspmote Technical Guide for more information about the new hardware and

software http://www.libelium.com/development/waspmote/documentation

Hardware Changes

New Frequency Clock: 8 MHz14MHz.

USB port at 115200 bps. It is faster to upload code now (x2 or x3 quicker).

New accelerometer higher range (8g).

All the jumpers have been removed. There is no risk of broken jumpers.

The coin battery is removed. Now RTC is always powered by the main battery, with much bigger load.

Added a unique Serial Number ID chip on each board. This ID can be used to differentiate natively

each of the nodes. This value can be read with an API function. The battery socket position has changed, in Waspmote PRO it is close to the solar panel socket. Now

it is easier to connect the battery and there is no risk of broken battery cables.

The solar panel socket orientation has changed, in Waspmote PRO it is horizontal. Now it is easier to

connect the solar panel cable too.

The hibernate jumper has been removed, in Waspmote PRO there is a manual switch to enable the

hibernate mode.

Added the SPI port connection in one of the sensor sockets.

Added specific default sockets for basic sensors: temperature, humidity and light sensor (luminosityLDR). No need of using a Sensor Board to integrate those sensors.

Waspmote PRO can be programmed with the XBee connected. This reduces the process of uploading

code and avoids the risk of broken sockets.

The XBee RSSI indicator leds have been removed. The RSSI signal can be read now with an API function.

A new interrupt is added, XBee can wake Waspmote PRO up when using the XBee cyclic sleep mode.

That is great to enable advanced sleep strategies.




Waspmote

Specs Comparative Table

Waspmote V11 Waspmote PRO

General data

Microcontroller ATmega 1281 ATmega 1281

Frequency 8 MHz 14.7456 MHz

SRAM 8 kB 8 kB

EEPROM 4 kB 4 kB (1kB reserved)

FLASH 128 kB 128 kB

SD Card 2 GB 2 GB

Weight 20 g 20 g

Dimensions 73.5 x 51 x 13 mm 73.5 x 51 x 13 mm

Temperature range -20C + 65C -10C + 65C

Clock RTC (32 kHz) RTC (32 kHz)

Consumption

ON 9 mA 15 mA

Sleep 62 uA 55 uA

Deep Sleep 62 uA 55 uA

Hibernate 0.7 uA 0.06 uA

Inputs/Outputs

7 Analog Inputs

8 Digital I/O

2 UART

1 I2C1 USB

7 Analog Inputs

8 Digital I/O

2 UART

1 I2C1 USB

1 SPI

Specific Default Socket for basicsensors Temperature, Humidity,Light (luminosity LDR)

Electrical data

Battery voltage 3.3V 4.2V 3.3V 4.2V

USB charging 5V 100 mA 5V 100 mA

Solar panel charging 6 12 V 280 mA 6 12 V 280 mA

Auxiliary button/coin batteryvoltage (RTC) 3V Not needed (main batterypowers RTC in all cases)

Built-in sensors on

the board

Temperature -40C, +85C Accuracy 0.25C -40C, +85C Accuracy 0.25C

Accelerometer

2g (1024 LSB/g) | 6g (340LSB/g)

40 Hz / 160 Hz / 640 Hz / 2560Hz

2g/4g/8g

Low power: 0.5 Hz / 1 Hz / 2 Hz /5 Hz / 10 Hz

Normal mode: 50 Hz / 100 Hz /400 Hz / 1000 Hz




Waspmote

Sensor Boards Compatibility

During 2012, Libelium has launched new versions for the Sensor Boards. We can call them v2.0 in order

to distingish them. They do not have critical changes, just minor modifications, as you can see on their

Guides. All of the v2.0 Sensor Boards are retro-compatible with Waspmote v1.1, but the old Sensor

Boards are not fully compatible with Waspmote v1.2. Take a look:

Placa de sensores Compatible with Waspmote v11 Compatible with Waspmote PRO

Gases Sensor Board Yes No

Gases Sensor Board v2.0 Yes Yes

Events Sensor Board Yes No

Events Sensor Board v2.0 Yes Yes

Smart Water Sensor Board No Yes

Smart Cities Board Yes No

Smart Cities Board 1.4 Yes Yes

Smart Parking Board Yes No

Smart Parking Board(purchased with Waspmote PRO)

Yes Yes

Smart Metering Board Yes No

Smart Metering Board v2.0 Yes Yes

Agriculture Sensor Board Yes No

Agriculture Sensor Board PRO Yes No

Agriculture Sensor Board v2.0 Yes Yes

Agriculture Sensor Board v2.0 PRO Yes Yes

Radiation Sensor Board Yes Yes

Prototyping Sensor Board Yes No

Prototyping Sensor Board v2.0 Yes Yes

Software system

Not just the hardware, but also the software has been modified, according to Waspmote developers

advice. Libelium software engineers have worked really hard there. In fact, it has been the biggest effort.

The new API is more robust and easier to use. Besides, long-term tests have been run to ensure highquality. Take a look to the Guides to see whats new.

Certifications:

CE (Europe), FCC (USA), IC (Canada).

Programming environment:

Programming with Waspmote has a fast learning curve. The programming language used is C++,

widely known by developers of embedded devices. In addition, Waspmote offers an Open Source API to

program using high level functions without having to deal with hardware-specific commands.




Waspmote

Getting support:

For more information on specifications, see the documents online Waspmote:

Technical Guide and Waspmote: Datasheet found in the Development section:

http://www.libelium.com/development/waspmote/documentation

Once you purchase the product, technical questions can be resolved completely free of charge

through our forum: http://www.libelium.com/forum

In Development section:

(http://www.libelium.com/development/waspmote/sdk_and_applications) you can

download the compiler, available for Windows, Linux and Mac-OS, the latest version of

the API libraries, programming guides of all the Waspmote modules and accessories, code

samples and tutorials.

Finally, we offer training and consulting services to help all those who wish to develop projects

with our products. This allows the customer to have special consultancy, one-to-one contact

with our engineers, to solve questions and get dedicated help. Read the dedicated chapter

about Technical Consultancy in this catalogue.

Additionally, we offer optimization services and hardware customization, in order to obtain a board

with the minimum and essential components for the desired background. Read the dedicated

chapter about the Customized Solutions Development Service in this catalogue. More information:

http://www.libelium.com/products/services

PRICING IN AUD EXC. GST




Waspmote

1.2. Connectivity

1.2.1. ZigBee

Waspmote models:

Waspmote model is determined by the selected radio communication. The following table compares

the features of all available options according to protocol, frequency and type of antenna connector:

Communication

radioFrequency Use zone Protocol

SMA A) B)

Power Distance 1

802.15.4 - PRO

2.4GHz World Wide

802.15.4 63mW 7Km

ZB - Pro ZigBee - Pro 50mW 7Km

868 868MHz EuropeRF

315mW 12Km

900 900MHz USA & Canada 50mW 10Km

Note: Mini-USB cable for programming Waspmote included in all models.

1. Tests performed with 5dBi omnidirectional antennas and line of sight.

A) SMA antenna connector B) SMA-SMA adapter




Waspmote

1.2.2. Other connectivity options

Communication

radioFrequency Use zone Protocol Power

Antenna

Connector

Distance

Outdoor

WiFi 2.4GHz World Wide 802.11b/g 12dbm SMA 100-

Bluetooth 2.4GHz World WideBluetooth 2.1 +

EDR. Class 23dbm SMA 30-100m

GSM - GPRS

850MHz

World Wide GSM - GPRS

2W(Class 4) 850MHz/900MHz

1W(Class 1) 1800MHz/1900MHz

UFL

-Km-

Typical

Carrier

Coverage

900MHz

1800MHz

1900MHz

3G + GPS

Tri-Band UMTS

2100/1900/900MHz

Quad-Band GSM/EDGE,

850/900/1800/1900 MHz

World Wide GSM GPRS - 3G

UMTS 900/1900/2100 0,25W

GSM 850MHz/900MHz 2W

DCS1800MHz/PCS1900MHz 1W

UFL

-Km-

Typical

Carrier

Coverage

As seen in the following chart, each Waspmote model can have 2 types of antennas: 2dBi or 5dBi for

2.4GHz models and 0dBi or 4.5 dBi for the rest of frequencies.

Waspmote price chart depending on model:

Model Ref.Price

Waspmote Catalogue & Prices April 2014_0

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