Proxmark3 RDV4 RFID read writer

Proxmark3 RDV4 RFID read writer

90x 55x 15 mm, LF ( 125 kHz/ 134.2 13.56 Mhz/ 125 kHz supported,  AT91SAM7S512 CPU, 512 M memory, Operating card mode, Analog card mode, Silent sniff mode, support Iceman RDV4/ officialRDV4 firmware, windows/ linux supported

Download Specification

OverviewSpecificationApplicationsSupport

Proxmark3 RDV4 is a powerful general purpose RFID tool, which is designed to snoop, listen and emulate everything from Low Frequency (125kHz) to High Frequency (13.56MHz) tags. It can act as a reader, can pretend to be a tag, can sniff and analyse the signal between the reader and tags. Typical appliation: card emulate, card clone, card encode & decode

 

Software screenshot

PM1.jpg

PM2.jpg

PM3.jpg

PM5.jpgPM54.jpg

 

Main features:

•   90 x 55 x 15 mm, IEC14443 A & ISO15693 & ISO18000 protocol compliance

•   LF ( 125 khz/ 134.2 kHz), HF ( 13.56 Mhz) supported

•   Mifare 1k/4k, Ntag21X, UL/ULC, Desfire, Plus, ICODE SLIX, EM4100, EM4305, T5577 card supported

•   Support Iceman RDV4 and Offical RDV4 firmware

•   WIndows, Linux support

 

High frequency:

Operating card mode:

1. Conventional M1 S50 card reader and other 14443A Class B card.

2. Use the PRNG vulnerability parsing sector 0.

3. Use nested (mfoc) vulnerability resolve the whole card.

Analog card mode:

1. Analog Mi series S50 / Ultralight / DESFire card UID.

2. Analog M1 S50 whole sector data. (Pick a card reader)

3. Analog M1 S50 housing, to obtain data to calculate the secret key (pick a card reader).

Silent mode:

1. Silent sniffer data communication between the M1 S50 card and card reader, analytical secret key.

2. Silent sniffing 14443A Class B card reader with a complete communications data.

Reader device can be used for debugging and behavior analysis.

 

Low frequency:

Operating card mode:

1. Read T55XX, Indala and other low-frequency cards.

2. By T55XX card write Indala, turned into three cards.

Analog card mode:

1. Enter card, analog to the specified card type.

2. Analog modulation schemes specified data cards and ASK / FSK / PSK.

Silent mode:

1. Silently sniff data between the card and the reader (less, not tested).

Model:Proxmark3 RDV4
Physical ¡¡
Material FR4
Size 90 mm(L) *55 mm(W) * 15 mm(H) 
Working Voltage 3.5- 5.5 V
Working current  50-130 mA
Protocol IEC14443A/B, ISO15693, ISO7810
RF / Electrical ¡¡
CPU AT91SAM7S512
Memory 512 M
USB 2x, one for powerbank, another for USB communication
Frequency LF ( 125 kHz-134.2 kHz) & HF (13.56 Mhz)
Smart card support LF: EM4100 , EM4305, T55XX, HID ProxII, Indala, Hi-tag/Hitag 2…
HF: Mifare Classic 1k/4k, UL, ULC, Ntag21X, Desfire, Plus, HID iClass, UID,  ICODE Slix, Tag-it HF Plus..
Read distance 3- 5 cm
Operating card mode Operating card mode, Analog card mode, Silent sniff mode
Software ¡¡
OS Windows, Linux
Firmware Preload Windows Iceman RDV4 firmware
Environment ¡¡
Working condition  -10~ 40°C ,  5~ 95% RH
Storage condition  -20 ~ 50°C,  5~ 95% RH
Packing ¡¡
Proxmark3 1 pcs
USB cable 1 pcs
125 kHz HID card 1 pcs
13.56 Mhz Mifare UID card 1 pcs
13.56 Mhz Mifare 1k S50 card  1 pcs
13.56 Mhz RFID Key tag 1 pcs

RFID, or Radio-Frequency Identification, is a method of storing data and retrieving it via radio waves. Much in the same way a barcode can store information about a type of product, RFID tags contain unique identifiers that correspond to inventory database records. Switching to RFID in your logistics chain offers some significant advantages over traditional inventory control methods.

WIRELESS SCANNING


One of the major advantages of RFID in logistics is how quickly RFID tags can provide information compared to barcoding or other systems. With a barcode, you have to pass each code over a scanner to register the item. RFID works wirelessly, so you can point a scanner at a box of items and register each one without having to take them out first. A powerful enough RFID scanner could inventory entire rooms at once, making inventory tracking a much faster process.


UNIQUE TRACKING


RFID tags contain a microchip or other storage device that can contain a large amount of information. This allows you to place individual identifiers on products, rather than using a single barcode for an entire class of items, and to follow individual items through your logistics chain, instead of needing to extrapolate that data from inventory numbers. This also allows you to track a defective item back to its source in a much easier manner than with other tracking methods.


REAL-TIME UPDATES


Because scanning and inventory control is much faster with RFID than with other forms of management, the system lends itself to integration with wireless communication systems and real-time inventory management systems. This allows you to query the database at any time and find out exactly how much of a given product you have on hand, instead of getting numbers that may be days or weeks old. RFID scanners built into the entrances of warehouses can even scan crates as they enter and leave, providing instant updates of inventory totals that can propagate to other users across the company network.


INTEGRATION WITH OTHER SYSTEMS


The same RFID tags that provide inventory information can also provide other services as well. Security scanners at building exits can let your system know instantly when any product leaves the premises, allowing you to spot theft or misdirected shipments quickly and correct the problem. Likewise, scanning RFID tags at entry and exit points allows confirmation of shipping and delivery of goods, allowing you to trace a shipment as it moves through your logistics chain, and provide accurate estimates of arrival to customers or other business units.
 

Related Products

DescriptionDateDownload
Proxmark3 RDV4 RFID reader writer specification.pdf2022-03-07
1.1 MB

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