Communication Boards

The Serial Ethernet Board is an accessory board that includes an on-board stand-alone 28-pin Etherner controller ENC28J60 with MAC & PHY, 8 Kbytes of Buffer RAM and SPI serial interface. This board is ideal for connecting microcontrollers to the serial Ethernet network. [more info]

The mikroETH Board contains 28-pin Microchip ENC28J60 Ethernet controller with 10/100 Base-Transformer RJ45 connector. As soon as you connect your device to mikroETH pins, you are ready for connecting to the Ethernet network.
[more info]

The EasyWiFi Board features the ZeroG ZG2100M module that can be used to connect your development system to wireless 2.4GHz 802.11b network easily.  It also works on both 3.3V and 5V voltage systems. Voltage selection is done via on-board jumper.
[more info]

The WiFi - PROTO Board includes the ZeroG ZG2100M module used to connect your prototype device to wireless 2.4GHz 802.11b network easily. The module communicates with microcontrollers via SPI interface. Simple and cost-effective solution to add Wi-Fi connectivity for embedded devices. [more info]

The CAN-1 Board is an accessory board designed to be used with microcontrollers that have CAN support. It includes the MCP2551 CAN transceiver. You just have to connect the CAN-1 board to a microcontroller via the IDC10 connector in order in use CAN network.       
[more info]

The CANSPI Board is an accessory board that includes the MCP2515 CAN controller and MCP2551 CAN transceiver. It can be used with all microcontrollers that have SPI communication support. Due to this board, you can easily connect your microcontroller to CAN network. [more info]

If your need wireless IrDA communication than the IrDA Board is the best choice. The MCP2155 driver and TFDU4101 diode provided on-board enable your MCU to easily use IrDA communication. The board comes with many ready-to-use examples. [more info]

The RS485 Board includes the ADM485 differential line transceiver that is designed for balanced data transmission and complies with EIA standards RS-485 and RS-422. This board comes with many examples and can be easily connected via an IDC10 connector. [more info]

The IrDA2 Board includes the MCP2120 driver and TFDU4101 diode. It is used to receive and convert IR pulses into the corresponding UART formatted serial data. Due to this board, your microcontroller can easily use IrDA communication. [more info]

The LIN Board is a full-featured board for LIN bus. It includes the LIN bus transceiver MCP201 providing a physical interface between a microcontroller and a LIN half-duplex bus. It is intended for use in automotive and industrial applications. [more info]

MAX232 Boards are used for connecting the MAX232 circuit to your prototype board. There is a Dual RS232 Driver/Receiver MAX232N provided on the board. This circuit is necessary for establishing RS232 communication. The board components are clearly marked so that there is no need for additional schematics. [more info]

The Ethernet Connector Boards include a 10/100 Base-Transformer RJ45 connector that enables you to easily connect your prototype board to Ethernet network. As soon as you connect your prototype device to Ethernet module pins, you are ready to transmit and receive data using this type of communication. [more info]

If you want to use the ZigBee wireless network than the EasyBee Board is the best solution. The board includes a high-sensitive ZigBit module with Dual Chip Antenna that enables you to easily develop your prototype device. [more info]

Use the Bee PROTO Board to connect your prototype board to ZigBee wireless network using a low-power, high-sensitive ZigBit module with Dual Chip Antenna. When you establish connection, you can transmit and receive data over ZigBee wireless network. [more info]

Connect your prototype device to the Ethernet network using the Serial Ethernet PROTO Board. The board includes a stand-alone Ethernet Controller with MAC & PHY, 8 Kbytes of Buffer RAM and SPI serial interface.         
[more info]

The EasyBT Bluetooth^® Module offers an effective, low-cost solution to free your prototype device from wires by using the Bluetooth wireless communication for sending and receiving data. The board is compliant with the Bluetooth^® 2.0 Specification. [more info]

The IrDA PROTO Board allows you to connect your prototype board to IrDA wireless network by using the MCP2155 driver and TFDU4101 diode. As soon as you establish connection, you are ready to transmit and receive data over IrDA wireless network. [more info]

The EasyBee3 Board includes the MRF24J40MA module used to connect your development board to wireless 2.4 GHz IEEE 802.15.4 network easily. The module communicates with microcontrollers via SPI interface. [more info]

The IrDA-To-PC Board is used to enable your PC to use IrDA communication. The board features MCP2120 along with TFDU4101 diode and other electronics required for connecting your PC to other IrDA devices. [more info]

The USB UART Board is a prototype board that features a USB support with an on-board USB to serial UART interface device FT232R. There is also a jumper used for selecting VCC output level provided on the board. [more info]

The USB UART 2 Board is a prototype board that features MCP2200 - USB-to-UART serial converter which enables USB connectivity for prototype devices that have a UART interface. Also board contains USB Connector used for connecting. [more info]