Global Card ME

Thermal transfer refers to a printing method that utilizes a ribbon. Ink is transferred from the ribbon to the material being printed on. In contrast, direct thermal printing takes place directly on a substrate rather than using a ribbon, which constitutes the primary distinction between these two printing techniques. Thermal transfer technology is frequently utilized by businesses that require extensive barcode labeling and alternative labeling solutions. The images generated by this printer type are characterized by high resolution and durability across various environments. The thermal transfer printing procedure takes place when the components within the thermal printhead generate heat, which melts the thermal transfer ribbon (TTR) ink. This melting process facilitates the transfer of ink onto the substrate, resulting in the creation of the intended image. Typically, the ink contained in the ribbon is composed of wax, resin, or a wax-resin blend. The selection of ribbon types shoul...

The SecuGen Hamster Pro 20 is a small optical fingerprint scanner. This device complies with FBI FIPS 201 / PIV and Mobile ID FAP 20 standards. According to the manufacturer, the reader utilizes a durable sensor that is resistant to scratches, impacts, and electrostatic discharge. SecuGen HU20 Hamster Pro 20

The Access IS BGR135 is a compact, robust boarding gate reader used primarily in the aviation industry. Its main function is to read 2D barcoded boarding passes (BCBPs), which can be presented on smartphones, PDAs, or home-printed paper documents. Here are some of its key features : Fast Barcode Reading : It uses a fast, omnidirectional 1D/2D imager to read barcodes instantly, regardless of orientation. This is designed to speed up the boarding process. Face-Up Reading: The device allows operators to present documents with the barcode facing up, which makes the process more efficient. User Feedback: The BGR135 provides clear feedback to both the operator and the passenger through a 2 x 16 character display, green and red LED indicators, and a programmable audio beep for successful data capture. Connectivity and Integration: It can connect to host systems via a single RS-232 or USB connection. It also has a port for a receipt printer, which can be used for things like seat assignme...

  The HID DigitalPersona 5300 Fingerprint Reader, offered by Nedo Corporation, is a premier optical scanner designed to comply with FBI PIV and Mobile ID FAP 30 standards. This compact device is specifically engineered for high-volume civil ID and commercial authentication applications, providing outstanding reliability. Its glass platen, rated IP64, is resistant to both chemical and physical damage, rendering it suitable for use in challenging environments. Tailored for large-scale deployments, the DigitalPersona 5300 guarantees rapid and secure identification, establishing it as a reliable option for rigorous authentication requirements. How to use digital persona 4500 finger print reader? Fingerprint Reader Digitalpersona 5300 HID Digital Persona 5300 Module

RFID systems operate across various frequency ranges and types, each with distinct characteristics and applications.  Below is an overview of the main types of frequencies: 1. Low Frequency (LF) RFID: Frequency Range:  30 kHz to 300 kHz (typically 125 kHz or 134 kHz) Read Range:  Short (up to 10 cm) Characteristics: Lower data transfer rates. Good penetration through non-metallic materials. Less susceptible to interference from water or metal compared to higher frequencies. Lower cost. Applications: Access control. Animal tracking. Industrial applications. 2. High Frequency (HF) RFID: Frequency Range:  3 MHz to 30 MHz (typically 13.56 MHz) Read Range:  Short to medium (10 cm to 1 m) Characteristics: Moderate data transfer rates. Moderate sensitivity to interference. Widely used in smart card applications. Applications: Contactless payment systems (NFC). Electronic ticketing. Access control. Smart cards (MIFARE) . 3. Ultra-High Frequency (UHF) RFID: Frequency Ran...

The MIFARE DESFire EV3 is a highly secure contactless smart card technology developed by NXP Semiconductors.   Here's a breakdown of its key features and uses: Purpose: It's designed for applications requiring high security and flexibility, such as: Public transportation ticketing Access control Loyalty programs Micropayments Citizen IDs Key Features: Enhanced Security: Common Criteria EAL5+ certified, indicating a high level of security. Uses advanced encryption algorithms, including AES-128. Features robust authentication mechanisms to prevent unauthorized access. Proximity check to help prevent relay attacks. Flexibility: Supports multiple applications on a single card Offers a flexible file structure for diverse data storage. Backwards compatibility with previous DESFire generations. Contactless Technology: Operates using ISO/IEC 14443 Type A contactless technology. Enables fast and convenient data transfer. NFC Compatibility: It is com...