Pack of 5 Silver card with PIC16F877+ 24LC64

Smartcards are cheaper if you buy in packs, this pack include 5 silver cards, much more cheapers than if you get 1.

The new PICCARD 2 with PIC16F877+EEPROM24LC64 in Plastic Format. The silver waffer card has a 16K eeprom memory built inside the 16F877 PIC chip and can be used to store more data than the normal type gold wafer card. Perfect for sim card cloning and to use as backup copy of your smartcard to see European & Australian Satellite TV programs (Cards will be shipped unprogrammed!)
The famous Goldwaffer cards with built-in PIC16F877 and EEPROM 24LC64. Those cards can be used for European or Australian Satellite TV program decryption.

Shipping Weight: 0.01kg
Product Measures :8.5cm x 5.3cm x 0.1cm

You will need any of the following programmer GSMTE-21 and the PICPROG1 programmer to make a SIM Card backups or clone upto 8 different cards in one same sim card using the new dejan program GSM a38 Gold & Silver Wafer card . You can also use the INFINITY Programmer .

Here is the chip layout inside the Silver Wafer Card2:

The PIC16F877 and PIC 16F876 is the same chip, just more programming area on the PIC 16F877

The PIC16F877 is a high-performance FLASH microcontroller that provides engineers with the highest design flexibility possible. In addition to 8192x14 words of FLASH program memory, 256 data memory bytes, and 368 bytes of user RAM, PIC16F876 also features an integrated 8-channel 10-bit Analog-to-Digital converter. Peripherals include two 8-bit timers, one 16-bit timer, a Watchdog timer, Brown-Out-Reset (BOR), In-Circuit-Serial Programming™, RS-485 type UART for multi-drop data acquisition applications, and I2C™ or SPI™ communications capability for peripheral expansion. Precision timing interfaces are accommodated through two CCP modules and two PWM modules. The PIC16F877 also supports low voltage self-programming, allowing the user to program the device in-circuit at the user’s operating voltage. The in-circuit debugging feature allows the designer to “emulate” the PIC16F877 device without an in-circuit emulator (the MCU itself is the “emulator”). PIC16F877 applications range from body controllers, programmable machine controls, network maintenance, feature phones and field-upgradable pointing devices. PIC16F877 has 33 I/O pins.