RFID Scanners
RFID scanners provide the reading mechanism to give visibility to the tags that are placed on your assets and employees. Choose the right type of scanner for your workflow.
Mobile Scanners
Mobile RFID scanners enable users to scan tags and interact with software simultaneously, offering exceptional workflow flexibility. This allows for on-the-fly decision-making, empowering users to complete tasks with greater agility.
Mobile RFID scanners come in 2 basic formats:

Integrated Mobile RFID Scanner

Sled Mobile RFID Scanner
Each style of mobile RFID scanner has its own pros and cons:
Integrated Mobile RFID Scanner
Integrated mobile RFID scanners have the RFID scanner and computer all integrated into one unit.
Advantages
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All-in-One Convenience: Combines the RFID scanner, antenna, computing power (often a handheld computer or smartphone), and sometimes a barcode scanner into a single, purpose-built device. This reduces the number of separate components a user needs to carry and manage.
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Optimized Integration: Hardware and software are designed to work seamlessly together, potentially leading to better performance, power efficiency, and user experience compared to a modular setup.
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Ergonomics and Durability: Often designed with ergonomics in mind for comfortable single-handed operation over extended periods. They are also typically built to withstand the rigors of mobile use, including drops and exposure to environmental factors.
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Simplified Management: Managing and charging a single device is generally easier than managing multiple separate components. Software updates and configurations are also typically handled in one place.
Disadvantages
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Less Flexible Upgrades: Upgrading the RFID reading technology or the computing platform might require replacing the entire integrated device, which can be more costly than upgrading a single component in a sled system.
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Single Point of Failure: If the integrated device malfunctions, the user loses both the RFID reading capability and the computing interface.
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Higher Upfront Cost: Integrated readers can sometimes have a higher initial purchase price compared to just buying an RFID sled attachment for an existing device.
Sled Mobile RFID Scanner
Sled mobile scanners have the RFID scanner and mobile computer separated. They typically have a dock that the mobile computer or phone sits on and they often connect via Bluetooth to operate together.
Advantages
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Flexibility of Host Device: Sled scanners attach to existing smartphones, tablets, or handheld computers. This allows organizations to leverage their current investments in mobile devices and choose devices with specific features that suit their needs.
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Modular Upgradability: The RFID sled can be upgraded or replaced independently of the mobile computer. This can be more cost-effective in the long run as technology evolves or if one component fails.
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Potentially Lower Initial Cost: If an organization already has compatible mobile devices, the initial investment might be lower as they only need to purchase the RFID sled.
Disadvantages
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Bulkier and Less Integrated: The combination of a sled and a separate mobile device can be bulkier and less streamlined than an integrated reader, potentially making it less comfortable for prolonged use.
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Potential for Connectivity Problems: Communication between the sled and the host device can sometimes experience connectivity issues.
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Increased Management Overhead: Managing and charging two separate devices can add to the overall management burden. Software integration between the sled and the host device might require additional configuration and maintenance.
Fixed RFID Scanners
Fixed RFID scanners are designed for permanent installation, typically mounted on walls or ceilings. These readers feature ports for connecting external RFID antennas, extending their coverage area. Integrated fixed scanners combine the scanner unit and RFID antennas into a single, self-contained device. RFID tracking becomes active automatically whenever an RFID tag enters the scanner's detection zone.
Fixed RFID scanners come in 2 basic formats:

Standard Fixed Scanner

Integrated Fixed Scanner
Standard Fixed Scanner
Standard fixed RFID scanners are characterized by their separate components: the scanner unit itself and the need for external RFID antennas to be connected via coaxial cables to antenna ports on the reader. Things to consider with a standard fixed RFID scanner:
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Antenna Placement Flexibility: Consider the layout of your environment and the desired read zones. Standard scanners offer the advantage of strategically placing antennas at various locations and orientations, allowing you to customize coverage for complex or large areas, potentially maximizing read accuracy and range.
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Scalability and Expansion: Think about future growth and potential changes to your tracking needs. The ability to add or relocate antennas connected to a standard scanner provides greater scalability and adaptability as your requirements evolve.
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Cable Management and Installation Complexity: Be mindful of the need to run coaxial cables from the scanner unit to each antenna. This can involve planning for cable pathways, potential cable clutter, and the added complexity of installation and maintenance.
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Antenna Selection and Optimization: Recognize that you will need to select appropriate antennas based on your specific application (e.g., near-field, far-field, specific polarization). Understanding antenna characteristics and optimizing their placement is crucial for achieving desired performance.
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Individual Component Maintenance: While modularity offers flexibility, it also means that troubleshooting and maintaining separate scanner and antenna components might require more individual attention compared to an integrated solution.
Integrated Fixed Scanner
Integrated fixed RFID scanners streamline deployment by combining the scanner unit and one or more RFID antennas into a single, self-contained enclosure. Things to consider when thinking about choosing an integrated fixed RFID scanner:
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Simplified Installation: The all-in-one design significantly simplifies installation as there's no need to mount separate antennas and run coaxial cables back to the scanner. This can save time and reduce installation costs, especially in deployments with fewer read points.
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Pre-Optimized Performance: Integrated scanners often have antennas that are specifically designed and optimized to work with the internal scanner components. This can lead to predictable and reliable performance without the need for extensive antenna tuning or placement experimentation.
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Limited Flexibility in Antenna Placement and Coverage: The integrated nature means that the antenna placement and coverage area are fixed based on the scanner's design. This can be a limitation if you need to cover a large or irregularly shaped area, or if you need to position antennas in specific, distant locations.