Showing 51–86 of 86 results

EM4205 Card, EM4305 Card

EM4205 Card, 4305 card, EM4100 Card, EM4102 Card, Compatible TK4100 Card, Compatible EM4102 Card is a CMOS integrated circuit intended for use in electronic Read/Write RF transponders.

Contactless Identification Card, Access Control Card, 125kmz access card, NFC Acces Control Card, RFID Access Card,

EM4205 WRISTBAND

EM4205 Card, 4305 cardEM4100 Card, EM4102 Card, Compatible TK4100 Card, Compatible EM4102 Card is a CMOS integrated circuit intended for use in electronic Read/Write RF transponders.

Contactless Identification Card, Access Control Card, 125kmz access card, NFC Acces Control Card, RFID Access Card,

• 512 bit EEPROM organised in 16 words of 32 bit
• 32 bit unique identifier (UID)
• 32 bit Password read and write protection
• ISO 11784 / 11785 Standard Compliant
• Lock feature converts EEPROM words in Read Only
• Two data encodings: Manchester and Biphase
• Multi-purpose data rate: 8, 16, 32 and 64 RF clocks
• Reader Talk First feature
• Compatible with EM4469 communication protocol
• 100 to 150 kHz frequency range
• On-chip rectifier and voltage limiter
• No external supply buffer capacitor needed
• -40°C to +85°C temperature range
• Very low power consumption
• Enlarged bumped pads (200 μm x 400 μm) for direct connection of coil (EM4305)
• EM4205: 2 resonant capacitor versions 210pF or 250pF selectable by mask option
• EM4305: 3 resonant capacitor versions 210pF, 250pF or 330pF selectable by mask

EM4450 EM4550 WRISTBAND

M4450 / EM4550

1 KBit Read/Write Contactless Identification Device

The EM4450/EM4550 is a CMOS integrated circuit intended for use in electronic Read/Write RF Transponders. The difference between EM4450 and EM4550 is that EM4550 are bumped and has megapads for the two coils. The chip contains 1 KBit of EEPROM which can be configured by the user, allowing a write inhibited area, a read protected area, and a read area output continuously at power on. The memory can be secured by using the 32 bit password for all write and read protected operations. The password can be updated, but never read. The fixed code serial number and device identification are laser programmed making every chip unique.

The EM4450/EM4550 will transmit data to the transceiver by modulating the amplitude of the electromagnetic field, and receive data and commands in a similar way. Simple commands will enable to write EEPROM, to update the password, to read a specific memory area, and to reset the logic.

The coil of the tuned circuit is the only external component required, all remaining functions are integrated in the chip.

1 KBit of EEPROM organized in 32 words of 32 bits
32 bit Device Serial Number (Read Only Laser ROM)
32 bit Device Identification (Read Only Laser ROM)
Power-On-Reset sequence
Power Check for EEPROM write operation
User defined Read Memory Area at Power On
User defined Write Inhibited Memory Area
User defined Read Protected Memory Area
Data Transmission performed by Amplitude Modulation
Two Data Rate Options 2 KBd (Opt64) or 4 KBd (Opt32)
Bit Period = 64 or 32 periods of field frequency
170 pF ± 2% on chip Resonant Capacitor
-40 to +85°C Temperature range
100 to 150 kHz Field Frequency range
On chip Rectifier and Voltage Limiter
No external supply buffer capacitance needed due to low power consumption
Available in chip form for mass production and PCB and CID package for samples.

Applications

-Ticketing
-Automotive Immobilizer with rolling code
-High Security Hands Free Access Control
-Industrial automation with portable database
-Manufacturing automation
-Prepayment Devices

IDENTIV uTrust MD Smart Card

uTrust V1.0 80K MD Contact Smart Card with 125 KHz Proximity

P/N: 20-011

Identity Management Simplified

The state-of-the-art uTrust MD security model leverages smart card technology, PKI, and digital certificates, and features secure data storage, user-based access to data, and worldwide-approved EAL 5+ Common Criteria accreditation.

Supported Services

  • RSA-based data signature and/or encryption (up to 2048-bit)
  • Set/change/unblock PIN via Windows User Interface (UI)
  • Digital certificate enrollment and import

Secure Windows-Compatible Access

Based on X.509 digital certificates, these strong-authentication credentials are ideal for computer security applications. The Microsoft Smart Card Base CSP is a cryptographic service provider integrated into Windows, enabling Minidriver-compatible smart cards to support Microsoft-compatible security applications, including Windows Domain Log-On, VPN, Outlook® email signing and encryption, secure web access, and Wireless LAN authentication. Compatibility also ensures support for a variety of smart card management systems (CMS) and Certificate Authorities (CA).

DATASHEET  

IDENTIV uTrust V1.0 80K MD Dual Smart Card with MIFARE Classic 1K and 125 KHz

uTrust V1.0 80K MD Dual Smart Card with MIFARE Classic 1K and 125 KHz Proximity

P/N: 20-019

uTrust MD Smart Card
Certificate-Based Public Key Infrastructure (PKI) Credential for
Microsoft® Minidriver (MD)
Plug and Play
Ready-to-use off the shelf and fully compatible with Microsoft Windows
Smart Card Framework (WSF)
Turnkey Compatibility
Supports existing Microsoft-compatible logical access security applications,
including Windows Domain Log-On, VPN, Outlook® email signing and
encryption, secure web access, Wireless LAN authentication, and VPN
Converged Access
Combines digital certificate-based PKI smart cards with physical access
credentials, including 13.56 MHz and 125 KHz proximity

DATASHEET  

INSIDE PicoPass 2KS Card

13.56MHz dual-standard ISO 14443B/ISO 15693 contactless memory chips

LEGIC advent ATC1024-MV Card

 

LEGIC advent ATC1024-MV Card

Competitive RFID solutions
The combination of a wide reading
distance, good transaction speed
and a powerful, modern security
architecture form the basis for reliable and competitive RFID solutions.
These smartcard ICs are the best
choice for all who want to migrate
from older, less secure contactless
chips to modern, highly secure ones
without incurring any economic disadvantages.
Security & reading distance
Grain 128a or 3DES authentication
and encryption form the basic protection of today and tomorrow. The
modern chips offer a higher level of
security and a longer reading distance than comparable ISO 15693
products and are therefore the ideal
solutions for little money.
Many applications
LEGICs smartcard ICs fulfill all the
requirements for the hotel industry
and are the preferred choice for
contactless hotel key cards.
Anti-fake labelling chips, often use
no or older security mechanisms.
The LEGIC advant smartcard ICs
have a special low-power encryption which does not jeopardize the
long reading distance.
City cards are used as electronic
travel cards, payment, customer or
gift cards. The chip used is equipped
with enough memory space, has a
wide reading distances for good
user experience and trusted security.

 

ATC256-MV410 an excellent ISO 15693 chip. It achieves
a security level in the ISO 15693
world as it was only possible in ISO
14443 A until now. The 224 byte
memory is suitable for a variety of
applications.

LEGIC advent MIM1024 Card

LEGIC PRIME MIM 1024 CARD

LEGIC prime Ausweise für die ZutrittskontrolleThe LEGIC prime 1024 byte memory chip is one of the most successful memory chips. With a memory storage of 1024 byte it is LEGIC’s biggest prime memory chip with integrated RFID technology. We offer you high quality RFID cards, as well as RFID Wristband  and/or RFID key fobs, with LEGIC prime or advant transponders – blank or printed. Of course you can order your cards personalized and encoded – Completely according to your preferences!

If you want to find out more about our LEGIC cards and LEGIC RFID-technology,

LEGIC advent MIM256 Card

ATC256-MV410 belongs to LEGIC’s advant smartcard ICs.

LEGIC’s advant smartcard ICs offer a high security level at low cost. They are the perfect choice for high volume projects like hotel key cards, anti-fake labelling, city cards, e-tickets, etc. The combination of a wide reading distance, good transaction speed and a powerful, modern security architecture form the basis for reliable and competitive RFID solutions. These smartcard ICs are the best choice for all who want to migrate from older, less secure contactless chips to modern, highly secure ones without incurring any economic disadvantages.

ATC256_ATC1024_18.06.048.en_v01

 

Proximity Compatible Card

$2.29

Proximity Compatible Card, tags, and key fobs:

  • • Choose 26 bit (H10301) format, 35 bit format, or 37 bit  format cards
  • • Configure your prox card programming options and place your order online

Price Included Serial Number and Encoded 26 bit, 35 bit, and 37 bit.

Please Provide the Faculty Code & Serial Numbers.

Special Price for Quantity 100+ Cards, Send a Quote Request

PVC Compatible 26 bit Cards PVC Compatible 35 bit Cards PVC Compatible 37 bit Cards, Clamshell  (Compatible) H10301 (26 bit) Cards, Clamshell  (Compatible)  (35 bit) Cards, Clamshell  (Compatible)  (37 bit) Cards

SRIX4K NFC Card

SRIX4K Chips:

The SRIX4K is a contactless memory, powered by an externally transmitted radio wave. It
contains a 4096-bit user EEPROM. The memory is organized as 128 blocks of 32 bits. The
SRIX4K is accessed via the 13.56 MHz carrier. Incoming data are demodulated and
decoded from the received amplitude shift keying (ASK) modulation signal and outgoing
data are generated by load variation using bit phase shift keying (BPSK) coding of a 847
kHz subcarrier. The received ASK wave is 10% modulated. The data transfer rate between
the SRIX4K and the reader is 106 Kbit/s in both reception and emission modes.
The SRIX4K follows the ISO 14443-2 Type B recommendation for the radio-frequency
power and signal interface.

13.56 MHz short-range contactless memory chip
with 4096-bit EEPROM, anticollision and anti-clone functions

Features
■ ISO 14443-2 Type B air interface compliant
■ ISO 14443-3 Type B frame format compliant
■ 13.56 MHz carrier frequency
■ 847 kHz subcarrier frequency
■ 106 Kbit/second data transfer
■ France Telecom proprietary anti-clone function
■ 8 bit Chip_ID based anticollision system
■ 2 count-down binary counters with automated
antitearing protection
■ 64-bit unique identifier
■ 4096-bit EEPROM with write protect feature
■ Read_block and Write_block (32 bits)
■ Internal tuning capacitor
■ 1million erase/write cycles
■ 40-year data retention
■ Self-timed programming cycle
■ 5 ms typical programming time

UHF Class1 Gen2 RFID Card or Labels

Impinj RAIN RFID  Card or Labels,Impinj Monza 1A, Monza 2, Monza 3, Monza  4, Monza 5, Monza 6, Monza DURA RFID Labels or Card, NXP UCODE RFID Labels or Card, ZEBRA RFID Labels,