AnyNet 2G click

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  • MIKROE-2747
  • MIKROE-2747
AnyNet 2G click  is a cellular to AWS gateway device, which provides developers with the...more
Product information "AnyNet 2G click"

AnyNet 2G click is a cellular to AWS gateway device, which provides developers with the complete solution for various IoT applications, by using the AWS IoT and Cloud Storage services for the data storage, analyzing and processing.

This click board™ provides an easy and secure connection with the AWS over the air (OTA), by utilizing the equipped Quectel M95 module and Eseye ES4623 embedded SIM card, that can work with more than 235 cellular operators from all over the world. AnyNet 2G click can be used as an AWS IoT button with almost no configuration.

AnyNet 2G click comes supplied with the start-up package - free activation through the AWS, unique ID number of the embedded SIM card and six-month cellular connectivity services of up to 5000 messages to the AWS cloud. With the AnyNet 2G click, users get the unique level of integration with the AWS IoT services.

Note: Before the purchase of AnyNet 2G click, please contact Eseye and check for the coverage and support of embedded SIM cards from your local provider. Opening an AWS account and subscribing to Eseye marketplace is mandatory to work with this click board.

How does the click work?

The cellular connection is established through the Quectel M95 2G module (also found on the GSM2 click) and the embedded ES4623 SIM card by Eseye company, used to communicate with the AWS. The additional onboard Microchip MCU contains the firmware used to interface the GSM/GPRS module to UART, providing users with easy to use end-point AT commands. UART communication speed is set to 9600bps. To initiate the communication, several simple AT command strings should be transmitted to the UART pins of the click board™. All the information about how to use AT commands can be found in the AT commands reference.

AnyNet 2G click requires both 3.3V and 5V power supply pins from the mikroBUS™ to operate. The 5V rail is used to power up the Quectel M95 module itself through the LVD regulator, while the 3.3V rail is used for powering up the rest of the circuitry.

There are four LEDs used to display the connection status. Before the connection and communication with the AWS are possible, the setup procedure must be followed. For detailed step by step information, refer to the AnyNet 2G click user manual. The manual can be also found in the Downloads.

After the successful connection to the AWS and successful exchange of the certificates have been established, the serial interface can be used to publish messages on the AWS IoT service console. AWS also provides data analysis and processing, as well as cloud storage capabilities.

IoT Button

The click board™ has the IoT Button feature - a pin routed to the INT pin of the mikroBUS™ Setting this pin to a HIGH logic level is considered as IoT Button press. AWS IoT gateway recognizes three types of messages: short press, long press, and double-click.

The AWS IoT Button pin is based on the Amazon Dash Button hardware. The functionality of this pin is designed for developers to get started with AWS IoT, AWS Lambda, Amazon DynamoDB, Amazon SNS, and many other Amazon Web Services.

IoT Button pin can be coded in cloud service to perform various tasks, such as remote control for Netflix, a switch for Philips Hue light bulb, a check-in/check-out device for Airbnb guests and so on. It can also be integrated with the third-party APIs like Twitter, Facebook, Twilio, Slack or even custom applications.

Future firmware updates are provided by the Eseye company over the air. The updates may include additional functionality and improved stability. For any additional technical questions regarding the firmware on this module, contact Eseye technical support.

The AnyNet 2G click features

  • Connects development projects globally through 235+ cellular networks across 75+ countries and securely sends data to the AWS account.
  • Supplied with a start-up package, including FREE Activation through AWS and a six-month cellular connectivity service of up to 5,000 messages onto the AWS Cloud.
  • Provides security features for developers to remotely and securely activate, authenticate and certify the prototype device Over-the-Air directly from the AWS Cloud.
  • Instantly meets Cloud security rules and gives immediate scalability as projects grow.
  • Gives unique levels of integration with AWS IoT and reduces or removes ongoing developer and infrastructure costs with AWS resources e.g. AWS IoT Gateway and Cloud Storage and Analytics.
  • Bills data sent from the device (Thing) to the AWS Cloud as messaging through AWS Marketplace.

Eseye support

Use this link to find out how to sign up for the AnyNet Secure Cellular Connectivity through AWS Marketplace.

To create an AWS account you'll also need instructions.

Use this pdf manual to learn how to create your AWS AnyNet Secure Connected Thing.


Type GSM
On-board modules Quectel M95 GSM/GPRS module, Eseye ES4623 embedded SIM card, PIC18F67J11 MCU
Key Features M95 2G Quad band cellular modem, AnyNet chip SIM onboard, UART interface, SMA antenna connector, provides secure connection to the AWS
Interface GPIO,UART
Input Voltage 3.3V,5V
Click board size L (57.15 x 25.4 mm)

Pinout diagram

This table shows how the pinout on AnyNet 2G click corresponds to the pinout on the mikroBUS™ socket (the latter shown in the two middle columns).

NotesPinMikrobus logo.pngPinNotes
Analogue IN AN 1 AN PWM 16 DTR DTR handshake input
Sleep mode SLP 2 RST INT 15 IOT IoT button pin
DSR handshake output DSR 3 CS RX 14 TX UART transmit
  NC 4 SCK TX 13 RX UART receive
  NC 5 MISO SCL 12 NC  
  NC 6 MOSI SDA 11 NC  
Power supply +3.3V 7 3.3V 5V 10 +5V Power supply
Ground GND 8 GND GND 9 GND Ground

NoteANSLPDSR and DTR pins are currently not supported in the click firmware and are intended for future development. For additional questions, please contact Eseye support.

Onboard settings and indicators

LabelNameDefault Description
PWR Power LED - Power indication LED. Lights green when the power supply is established properly.
NET  NET LED - Flashing red – The module is attempting to connect to the network and Service.
SIGNAL Signal LED - Solid blue – The module has registered on the GSM network.
KEY KEY LED - Solid orange – The AnyNet Secure SIM card has received the Certificate and other security material from AWS.
AWS AWS LED - Solid green – The module has established an end to end connection into the AWS IoT Platform. 

Software support

We provide a library for the AnyNet_2G Click on our LibStock page, as well as a demo application (example), developed using MikroElektronika compilers. The demo can run on all the main MikroElektronika development boards

Library Description

The library is composed of driver and API layers both available from user space. Lower driver layer carries generic AT command parser, API layer carries simplified user-friendly function calls.

Key functions

api_anynet2g_queryICCID- Provides ICC ID necessary for registration

api_anynet2g_checkStateAWS- Returns current state of the module

api_anynet2g_openTopicAWS- Opens Topic

Examples descriptions

The example shows how to properly initialize module and use API function calls. All information from the module is logged using UART so two UART modules are necessary for the example. In case that your system has only one UART module, Software UART is also usable for data logging. Also, it is necessary to have an account on Amazon for successful testing.

anynet2g_cmdSingle( "AT" );
api_anynet2g_checkStateAWS( _ANYNET2G_GET );
api_anynet2g_openTopicAWS( _ANYNET2G_SET, "0", "MY_TOPIC" );
api_anynet2g_publishTopicAWS( _ANYNET2G_SET, "0", "MIKROE", "" );

In addition to API calls, example carries additional functions for GPIO pin control provided during the driver initialization.

Keep in mind that AnyNet 2G click currently doesn't support Hardware Flow control so implementation of UART interrupt is a must, also timer interrupt is needed.

The full application code, and ready to use projects can be found on our LibStock page.

Other mikroE Libraries used in the example:

  • UART
  • Conversions
  • C_String

Additional notes and information

Depending on the development board you are using, you may need USB UART clickUSB UART 2 clickor RS232 click to connect to your PC, for development systems with no UART to USB interface available on the board. The terminal available in all Mikroelektronika compilers, or any other terminal application of your choice, can be used to read the message.


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