Chip implants 101
Chip implants are a type of passive RFID technology that allows a small computer chip without a battery or power source to be powered by compatible readers and communicate with them via the magnetic field generated by the reader.
As chip implants are small, the reader must be extremely close. For this reason, the chips are usually placed in the hand so that you can easily position your chip implant close to the reader.
RFID (Radio Frequency Identification) distinguishes a variety of chip types (perhaps more than 100), communication methods, functions and applications.
There is no “one chip that works for everything”, but we have carefully selected which chip implants we manufacture so that they have the widest possible range of compatibility and functions.
OVERVIEW “MULTIPASS” MICROCHIP IMPLANTS
| Microchip implant | Technical specifications | Areas of application |
|
(8x22x0,4 mm) |
13,56 MHz, NTAG216,
(FlexNT ist reichweitenoptimiert) |
Access control, NFC applications, business card, medical emergency data, unlocking computer / cell phone, launching Google photo album, marriage vows under the skin ;-) YouTube links, etc., etc.
The ideal “beginner's implant” |
|
(2x12mm)
|
125 KHz, T5577 chip, 64bit changeable password, 363bit memory, 32bit chip password
(FlexEM is range-optimized) |
Access control, can be cloned |
|
(2x14mm) |
Dual implant (xEM + xNT) 13.56 MHz, NTAG216, NFCType 2, 56bit ID, 888 bytes memory, 32 bit chip password 125 KHz, T5577 chip, 64bit changeable password, 363bit memory, 32bit chip password
|
Access control, NFC applications, business card, medical emergency data, unlocking computer / cell phone, launching Google photo album, marriage vows under the skin ;-) YouTube links, etc., etc.
The low frequency part can be cloned |
|
(3x13mm)
|
13.56MHz, Mifare Classic, ISO 14443 MIFARE “magic” 1k emulator chip (ID can be changed - e.g. via Proxmark reader) - Emulates a Mifare MF1ICS50 1k chip
|
Access control, ID card (frequently used in hotels and fitness studios) |
|
(8x38x0.4mm)
|
13.56MHz Mifare Classic S50 1k chip, writable sector 0, Improved range. Available in the variants “gen1a” and “gen2” |
Access control, ID card (frequently used in hotels and fitness studios) gen1a: writable via Proxmark or other writer gen 2: writable via smartphone app |
|
(7x32x0.4mm)
|
13,56 MHz, NFC Typ 4, DESFire EV2 Chip, 56bit ID, Private ID Mode, 8k Bytes, DES, AES, Multi-AID, Multiple Keys, Verschlüsselt
FlexDF2 is range-optimized |
Access control (especially large companies/groups use DESFire), vCard, launched websites, NFC applications, data storage, developer-friendly |
|
(2x15mm)
|
13.56MHz, ISO14443A & NFC Type 2 chip, NTAG I2C NFC Type 2 chip with LED indicator (which is connected to the energy harvesting pins of the NTAG I2C). 2kB (1912 bytes) memory
|
Access control/door opening, NFC applications, business card, medical emergency data, unlocking a computer/mobile phone, launching a Google photo album, marriage vows under the skin ;-) YouTube links, etc., etc.
The cool thing --- it glows under the skin when in use. The color tone is freely selectable. |
|
(2x12mm)
|
125kHz, ISO 14223 HITAG S2048 RFID Chip, 32 bit UID, 2048 Bits beschreibbar, 48 bit secret key based challenge/response authentication |
vollständig konform mit den Normen ISO 11784/85 Animal ID und ISO 18000-2 AIDC RFID-Management. |
|
(2x12mm)
|
13.56MHz, ISO15693 I-CODE SLI Chipsatz, SL058030 I-CODE, Typ I-CODE NFC 8 Byte UID und 112 Bytes User-Read / Write-Speicher | Compatible with special smartphones that use the I-CODE SLI chipset |
|
(2x12mm)
|
13,56MHz, ISO 15693 & NFC Typ 5, ICODE SLIX2 RFID Chipsatz, 8 Byte UID und 320 Bytes, 100k | ISO15693 NFC type 5 compatible transponder. It works with NFC-enabled smartphones, certain commercial access control systems, various ISO15693-compatible door locks, gun cabinets and padlocks as well as USB contactless ISO15693 readers. |
| Implant | Technical specifications | Areas of application |
|
PAYMENT |