Smart Card Supplier

Manufacturer of smart cards for identity, payment & passport applications. Also offers card personalization equipment & supplies. Capabilities include CAD/CAM design, 6 color plus coating, automated die cutting, folding & gluing. Serves banking, financial, security, government, defense, healthcare, telecommunication and transportation industries.

Battery-free Complex Cards require no recycling processes and reduce maintenance costs. They operate in contact or dual interface mode, are compatible with a variety of reader technologies & have an operating temperature range of -40 to +85 degrees Celsius.

Proximity Cards

Proximity cards, also called prox cards or keycards, are contactless RFID credentials that work with proximity card readers. Sealed inside each prox card is an antenna, capacitor and a radio frequency identification (RFID) chip that stores an internal ID number. When a prox card is placed within close proximity (1-3 inches) of a prox reader, it sends out a 125kHz low-frequency signal that the reader can pick up and interpret as an internal card number. The prox reader then performs a programmed function, such as unlocking a door or clocking an employee In or Out of work, based on the validity of the internal card number.

Because prox cards don’t have any moving parts and they can be scanned hands-free, they require less maintenance than traditional access control systems. They also offer a more secure option because the card’s chip sends out a signal that’s unique to each card, and the reader then tries to match the card’s internal ID number with a RFID Card Supplier list of authorized numbers in a database. If the ID number matches one in the database, the system gives access.

Proximity cards can be used to add a layer of security to any organization or building, and they’re often integrated into a larger system of access control solutions. When paired with a proximity reader, the cards can be used to provide varying levels of access to employees, guests, clients, vendors and others in any facility.

Magnetic Strip Cards

The traditional plastic card with a magnetic stripe still has an important place in many businesses and industries. The stripe contains data encoded in iron particles embedded in the plastic and readable by electronic readers that use a magnetic field to decode the information. This data tells the reader whether or not a transaction should be approved, and also provides valuable information about the status of the card itself such as its expiration date.

The magnetic stripe is useful in a variety of applications, including point of sale cards (credit and debit), ID cards, membership cards, telephone and television service cards, library cards, driver’s licenses and electronic benefit transfer cards. However, as scammers have been able to attach “skimmer” devices to ATMs and gas pumps to steal credit card numbers, more and more organizations are moving towards the chip card for greater security.

Chip cards contain microprocessors that communicate with a card reader over a serial interface and can be programmed to store data and execute applications. They are also portable and can be updated, making them ideal for connecting the virtual and physical worlds and enabling multi-partner card programs. Wireless providers, for example, rely on smart cards to reduce fraud and provide security for mobile commerce services.

There are a wide range of ID card options available, but which type of card should you choose? To help you decide, you must first examine your needs. Do you need a simple card that will work with a swipe-based reader, like a magnetic stripe ID card? Or do you need a card that has more sophisticated features, like a proximity or contactless card?

Cable Assemblies & Connectors

Cable assemblies are used in conjunction with wire harnesses to connect various circuits. They are a more durable option that comes with a rugged outer sheath, which protects the wires or cables from heat, friction and moisture. Cable assemblies are often used in demanding environments where the electric current could untimely wear out a wire or cable. They are also present in many of the products that we use every day, including automobiles and airplanes.

They come in a variety of colors and shapes, allowing for easy identification of their function. Some cable assemblies include plugs and receptacles, while others feature molded terminal blocks. Some connectors include a locking mechanism, which helps prevent the accidental insertion of incorrectly sized devices or parts. Other connectors are able to handle different capacities of electric current and come with a variety of wire insulation options.

The most important factors when selecting a cable assembly are the application, cable type and connector type. Some important cable types are ethernet cables, patch cables and cords, SCSI cables and AV cables. The connector type is also an important factor, with choices such as BNC and centronics for A/V applications, and DB and USB for computer connections. Other options include a wide variety of pin arrangements. Some cables and connectors can be customized by color or by adding a label.

Engines & Identification Systems

Manufacturer of systems for access control identification and smart cards. Designs, installs & monitors systems for security and convenience for residential, commercial & industrial applications. Capabilities include CAD/CAM design, 6 color plus coating, automated die cutting, gluing, window and paper patching, film laminating, sequential numbering, kitting & automation in-line inserting. Services also include smart card printing & identification technology.

Smart cards contain microprocessors or memory chips that share data over a serial interface with card readers and other systems. They communicate with reader devices either through direct physical contact or by using a short-range Wireless connectivity standard such as RFID or NFC. The microprocessor or chip on the card contains a basic operating system that allows it to hold, process and transmit data to and from other information systems.

These information systems may be either internal or external to the card, and RFID Card Supplier both types are designed to be secure. The smart card verifies its own authenticity as well as that of the reading device by using cryptographic keys and algorithms stored on the chip. This is a powerful protection against identity theft by preventing the skimming of sensitive information during transmission.

Embedded with microprocessors or memory, smart cards are used for electronic processes in a variety of fields including ID and access control (both physical and logical), mobile, banking, financial and authentication as well as loyalty, hospitality and travel. They are available in both contact and contactless models, or as a combination of both called dual-interface cards.