,

pcSwipe Magnetic Stripe Reader

0 out of 5

The pcSwipe Magnetic Stripe Card Reader for identification and enrollment is a cost-effective and efficient solution for customers wanting to leverage their existing base of?magnetic stripe card-carrying personnel. The pcSwipe magnetic stripe reader is compatible?with the billions of magnetic stripe cards in circulation worldwide. In addition to solid?construction and numerous flush mounting options, key features include bi-directional stripe?card reader capability and fast swipe speeds for maximum usability. Free software allows?customers to configure their pcSwipe as needed. The pcSwipe magnetic card reader easily?adds security to your network.  

Login to order
Read more
,

WAVE ID Embedded OEM Portfolio

0 out of 5

Our next-generation OEM readers deliver a new level of flexibility and modular design for seamless integration in a wide array of products. OEMs can rapidly introduce off-the-shelf WAVE ID??authentication technologies for enhanced safety and security. We support all single- and dual-frequency reader solutions with a collaborative approach to helping you shorten your time-to-market, lower overall development cost risks and provide end users with high-quality solutions that meet their emerging authentication needs.  

Login to order
Read more
, , , , , , , ,

Zebra TC53e with RFID Mobile Computer | 6 Inch Display, Wi-Fi 6E, 6GB RAM/64GB ROM, SE4720 Imager, 16MP Rear/8MP Front Camera, Warm Swap, 4680 mAH Standard Battery, GMS

0 out of 5

Product Code: TC530R-0T1E1B1000-EA Features:

  • Wi-Fi 6E supported
  • Built with recycled plastics
  • New Qualcomm octa-core chipset for longer OS support and increased lifespan
  • Released with A13, upgradeable to A17
  • New integrated short-range UHF RFID functionality
  • 20% larger edge-to-edge display vs previous gen TC5X devices

Login to order
Read more
,

WAVE ID Writer

0 out of 5

The WAVE ID Writer is your go-to reader/writer for NXP MIFARE??smart cards. Quickly plugging into a computer allows the user to write to contactless cards using the included?software (WAVE ID?Card Manager) or the available Software Developer Kit (SDK). Write to any application area on a MIFARE technology contactless card, and allow users to set their own keys. When used with contactless cards, labels or tags, the WAVE ID Writer provides critical security features including RF data encryption, mutual authentication (user-defined) and unique keys. Ideal for point-of-sale terminals, equipment, and material checkout.  

Login to order
Read more
,

WAVE ID Playback

0 out of 5

Maximizing the value and cost of an existing badge or control system is easy with the WAVE ID Playback. This multi-application solution interfaces contactless cards to existing applications and systems without the need to change or update these systems. The Playback readily installs without updates, software changes, pilot testing or training. No stressing over incompatibility issues or need for technical support, enabling users to change the locations being read on the contactless card. Playback can also be configured to read data already on the card and record data using the WAVE ID??Writer.  

Login to order
Read more
,

WAVE ID Bio

0 out of 5

Multi-factor authentication provides the highest level of security for access to healthcare medication carts, financial records, government networks and more. Biometric authentication using a fingerprint is the simplest, most convenient way to uniquely identify users wherever they go, providing the ?something you are? in multi-factor authentication protocols. For the ?something you have,? as well as for applications that require only single-factor authentication, enterprises increasingly need to support a variety of user credentials?from 125/132 kHz proximity cards to 13.56 MHz smart cards and the new generation of contactless mobile credentials. WAVE ID Bio Readers support all of these technologies in one sleek, modern device.  

Login to order
Read more
Urovo RFDT50
,

Urovo RFDT50 Handheld UHF RFID Sled

0 out of 5

The Urovo RFDT50 is a rugged, ergonomic UHF RFID sled that seamlessly upgrades the DT50 handheld into a high-speed RFID reader. With impressive read rates, solid range, and strong durability, it’s well-suited for industrial environments where fast, hands-free scanning is critical.

Login to order
Read more
,

WAVE ID Plus

0 out of 5

As our most feature-rich offering, the WAVE ID Plus card readers maximize the value of new and existing ID badges by providing simultaneous processing of contactless and proximity smart cards. This dual-frequency card reader performs at the highest technical standards while serving diverse applications with our signature ease of use. Also available in an SDK compatible model, it can integrate into most software or hardware through the use of the rf IDEAS??Universal Software Developer?s Kit (SDK) This multi-technology reader delivers flexibility to any customer, integrator or end user struggling with different card technologies. In use with the?rf IDEAS Configuration Utility,?the WAVE ID Plus card reader also functions as a comprehensive card analyzer for determining compatible readers.  

Login to order
Read more
,

WAVE ID SP Plus

0 out of 5

As one of our most flexible offerings, the WAVE ID SP Plus card reader is a dual-frequency?smart card reader. For single frequency requirements, the WAVE ID SP is available for 13.56 MHz credentials. Both?the WAVE ID SP Plus and WAVE ID SP maximize?the value of your existing card?system?from proximity to contactless smart card?making use of that data for additional?security protection for applications such as printers, healthcare devices, process controllers, autonomous robots and more. This slim, dual-frequency card reader is also ?future-proofed??with the capability to update SIM technology to read 800, 805 and 80M cards based on your?credential needs.  

Login to order
Read more
Urovo DT51D
,

Urovo DT51D 5.5” Touch Screen Handheld RFID Reader

0 out of 5

Urovo DT51D is a rugged Android 12-powered handheld featuring built-in near-UHF + HF/NFC RFID and 1D/2D barcode scanning. Equipped with a MediaTek MT6833 octa-core processor, 4 GB RAM/64 GB storage (expandable), a 5.5″ glove-friendly display, and a 4,500 mAh battery, it delivers rapid tag reads (~50 tags/sec at up to ~1.5 m) and fast barcode decoding. With 5G/4G/3G/2G, dual-band Wi‑Fi, Bluetooth 5.0, GPS, IP67 sealing, and 1.5 m drop resilience, it’s built for demanding warehouse, logistics, retail, and field environments.  

Login to order
Read more

RFID (Radio-Frequency Identification) and NFC (Near Field Communication) readers are devices that are designed to interact with RFID and NFC tags, respectively. Both RFID and NFC are wireless communication technologies, but they differ in their operating ranges and use cases. Here’s an overview of RFID and NFC readers:

RFID Readers:

  1. Operating Principle:
    • RFID uses radio waves to communicate between a reader and an RFID tag. The reader sends out radio frequency signals, and when an RFID tag enters the range, it receives the signals and responds with its stored information.
  2. Operating Range:
    • RFID technology operates over a range of distances, depending on the frequency used. There are three main RFID frequency bands: Low Frequency (LF), High Frequency (HF), and Ultra-High Frequency (UHF). LF and HF RFID systems typically have shorter operating ranges (a few centimeters to a few meters), while UHF RFID systems can have longer ranges (several meters to over 10 meters).
  3. Applications:
    • RFID readers are widely used in various industries for purposes such as inventory management, access control, supply chain management, asset tracking, and identification in manufacturing processes.
  4. Types of RFID Readers:
    • RFID readers can be categorized into fixed readers, handheld readers, and mobile readers. Fixed readers are typically installed in a specific location, while handheld and mobile readers provide flexibility for on-the-go applications.
  5. Data Capture:
    • RFID readers capture data from RFID tags without the need for direct line-of-sight. This makes them suitable for applications where quick and non-contact identification is required.

NFC Readers:

  1. Operating Principle:
    • NFC is a subset of RFID that operates at shorter distances, typically up to 10 centimeters. NFC allows for two-way communication between devices, and it is commonly used for contactless payments, data exchange between smartphones, and access control.
  2. Operating Range:
    • NFC operates at a close proximity, and the range is limited to a few centimeters. This close-range operation is a security feature, making NFC suitable for secure transactions.
  3. Applications:
    • NFC readers are commonly used in applications such as mobile payments, public transportation ticketing, access control systems, and data transfer between NFC-enabled devices.
  4. Types of NFC Readers:
    • NFC readers can be integrated into various devices, including smartphones, tablets, point-of-sale terminals, and dedicated NFC reader devices.
  5. Data Capture:
    • NFC readers facilitate the exchange of data between two devices when they are brought into close proximity. This is often referred to as “tapping” or “bumping” devices together for data transfer.

Key Considerations for RFID and NFC Readers:

  1. Frequency Band:
    • Both RFID and NFC operate at different frequency bands (LF, HF, and UHF for RFID; 13.56 MHz for NFC). The choice of frequency depends on the specific application requirements.
  2. Operating Range:
    • Consider the required operating range for your application. RFID is suitable for longer-range applications, while NFC is designed for close-range interactions.
  3. Security:
    • NFC is designed with security features, making it suitable for applications like mobile payments. RFID systems may require additional security measures, depending on the application.
  4. Integration:
    • Consider how well the reader can integrate with other systems and devices. Many RFID and NFC readers come with interfaces that allow integration with existing infrastructure.
  5. Use Case:
    • Choose the technology (RFID or NFC) based on the specific use case and application requirements. RFID is often used for tracking and identification in industrial settings, while NFC is prevalent in consumer applications like mobile payments.

Both RFID and NFC readers play significant roles in enabling wireless communication and data transfer in various industries. The choice between RFID and NFC depends on factors such as operating range, security requirements, and the specific use case of the application.