Firstly, please put the MiFare card close to or simply at the top of the MiFare reader/writer. This will open the communication panel for MiFare reader/writer with card type of MiFare_Std S50.įigure 10: Communication panel for MiFare reader/write with card type of MiFare_Std S50ġ1. Now, it is now ready to perform reading and writing operation to a MiFare Card. Under the Antenna group box – turn on or off the antenna of the MiFare reader/writerġ0.After the communication port is configured accordingly, go to Choose Card (I) at the top of the window, choose the ISO1443A > MiFare_Std S50 option.Under the Beep group box – adjust the time length for beep of the MiFare reader/writer.Under the Icdeve group box – obtain the device number of the MiFare reader/writer.Under the Light group box – turn on or off the LED on the MiFare reader/writer.Model and version of the MiFare reader/writerįigure 9: Information regarding the MiFare reader/writerĩ.There are other operations which can be done in the port configuration panel like: The information regarding the model and version of the MiFare reader/writer, also with the types of card supported will be shown. *The locations highlighted in Figure 8 will show related notification message when a particular operation is executed in the MiFare reader/writer GUI.Ĩ. Next, under the Information group box, press the Get button. Press the Connect button afterwards.ħ. If the connection is successfully established, the success notification message will show at the top (in the Memo textbox) and the bottom (notification area) of the MiFare reader/writer GUI. The port configuration panel will appear as shown in Figure 6 below.Ħ.Under the Port Setting group box, select COM6 (in this case) as the communication port with baudrate, 19200bps (default communication baudrate of MiFare reader/writer). Go to Set(P) tab at the top of the window and choose the “Port Set” option. Establish the connections between the UC00A and the MiFare reader/writer using female to female jumpers according to picture shown in Figure 3 below.Ĥ.The starting page of the MiFare reader/writer GUI is similar as shown in Figure 5 below.ĥ. Firstly, the port for communication with MiFare reader/writer need to be configured. In this case, the COM port is COM 6.ģ.Next, solder the 1×7 header pin (male) to the flex cable breakout board of the MiFare reader/writer CR38 (RFID-ICRW-CR038) as shown in Figure 2 below.įigure 2: Solder header pins to flex cable breakout board of MiFare reader/writerĤ.
#Mifare card writer driver#
After the USB driver is successfully installed, with the UC00A still connected to the computer through USB miniB cable, the COM port assigned to UC00A can be checked through the Device Manager under the Ports (COM & LPT) category.
#Mifare card writer install#
#Mifare card writer manual#
*Users are encouraged to go through the user manual of UC00A for better understanding on connections between MiFare reader/writer and UC00A. *Users are encouraged to go through the user manual of RFID-ICRW-CR038 for better understanding on how a MiFare reader/writer works. Note: This device is not compatible with 125KHz passive RFID card.User manual and other related materials of UC00A can be downloaded from Cytron Technologies, UC00A. Please read through the User's Manual and examples before use it. The host (Computer or Microcontroller) send command in package to CR038A for certain actions(Read, Write, Change Key, value increment/decrement, etc) and get response from CR038A. It is compatible with the MiFare Card (ISO14443A, 1K Classic) that we carry. CR038A communicates with host (computer or microcontroller) via simple UART interface, default setting are 19200 bps, 8-N-1. Just connect 5V and UART from computer or microcontroller, you are ready to get your MiFare project working. Antenna is build in the board, so no external antenna is needed. We are carrying the MiFare ISO14443A Classic 1K or 4K card reader/writer - CR038A.ĬR038A is able to read and also write data from/to MiFare ISO14443A card. You might also see some calling it as NFC (Near Field Communication). Have you ever heard of MiFare? Basically it is a contactess smart cards system, and is being trademark by NXP Semiconductors. Lithium Ion Rechargeable Battery and Charger.