What is improved on V2:
Improvement More information
Improved antennas LF antenna: 38.23 V @ 125.00 kHz
LF antenna: 27.64 V @ 134.00 kHz
LF optimal: 41.39 V @ 127.66 kHz
HF antenna: 27.08 V @ 13.56 MHz 512KB of dual bank flash memory
AT91SAM7S512 instead of AT91SAM7S256 on V1
Add power indicator LED Enhanced antenna wires
Improved shell
Install the antenna on the shell
Main Board
CPU : ARM , 512K ( AT91SAM7S512 ) of flash memory , 64KB of RAM
FPGA : Xilinx Spartan-ii
Two independent RF circuits , HF and LF
Power : through USB port or battery
Connectivity : MICRO-USB port for PC and MMCX sockets for antennas
User interface : one button , one switch , 6 LEDS
The FPGA does the low level modulation / demodulation ( -A , - B , ASK , OOK , etc ) , whereas the CPU should handle thcoding / decoding of the frames ( Manchester , Miller , etc ) as well as more advanced functions
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The Proxmark has proven itself to be an invaluable tool within the research community. Here are some examples of how it has been used to perform research:
Proxmark3: The Swiss Army Knife of Security Research
Exploring the NFC Attack Surface
A Practical Attack on the MIFARE Classic
Analysis of the MIFARE Classic used in the OV-Chipkaart project
Potential Misuse of NFC Enabled Mobile Phones with Embedded Security Elements as Contactless Attack Platforms
Outsmarting Smart Cards
Evaluation of the feasible attacks against RFID tags for access control systems
The Proxmark also makes a great educational tool. The entire platform (including hardware and software) is open source and can be readily analyzed and inspected. The Proxmark includes many of the major components found in a general purpose SDR but is simpler and therefore easier to understand.
WARNING: The Proxmark3 is a research and development tool. It has not been evaluated for compliance with regulations governing transmission and reception of radio signals. You are responsible for using this product in compliance with your local laws.
Product List,Protection cases assembled.
Not include the battery,because battery cannot ship by air,you could buy 3.7V 600mAh battery in your local market.
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Compared with PM3 RD V2.0 improvement:
Built-in high-frequency antenna, antenna depth matching, eliminate blind spots, read the whole card data flowing without interruption.
Increase Parse the secret key rate , the size of the card takes all.
Sniffing data, complete stable, low error rate.
The low frequency antenna to improve the signal to noise ratio, the higher the recognition rate, detachable design to meet various needs.
No antenna interface, did not need have to plug because it is easy to damaged.
Cancel the lithium battery, simple and convenient. (Offline can use mobile power supply)
In addition to the original relay and other unrelated, low cost, lightweight and portable.
Low Frequency Operating Card Mode:
Read ID, H-ID, T55XX, Indala and other low-frequency card.
By T55XX card write ID / H-ID / Indala, turned into three cards.
Low Frequency Analog Card Mode
Enter ID / H-ID card, analog to the specified card type.
Analog modulation schemes specified data cards and ASK / FSK / PSK
Low Frequency Silent Mode:
Silently sniff data between the card and the reader (less, not tested)
Compatible with all official firmware, according to need to brush any version.
According to your preference, you can use the official "Command Line" or "Proxmark Tool.exe" to operate
(Low frequency antenna installed on the right side)
# LF antenna: 29.84 V @ 125.00 kHz
# LF antenna: 32.31V @ 134.00 kHz
# HF antenna: 28.43V @ 13.56 MHz
(Low frequency antenna installed on the left)
# LF antenna: 43.86 V @ 125.00 kHz
# LF antenna: 24.48 V @ 134.00 kHz
# HF antenna: 25.13 V @ 13.56 MHz
Package Included:
1x PM3 Easy main board (firmware 2.0.0)
1x USB line
4x Card
2x The Shell Plate