RFID Software Solutions

Build Complete RFID Hardware Deployments

Support RFID software with compatible printers, encoders, handheld readers, fixed readers, mobile computers, antennas, tags, labels and project deployment services.

RFID EncodingRapid InventoryAsset VisibilityPortal ReadingMobile RFID
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Build Complete RFID Hardware Deployments
Choose RFID Software Hardware

Select the hardware category that best supports the application, environment and deployment workflow.

RFID Printers
RFID PrintersPrint and encode RFID labels and tags.
Handheld Readers
Handheld ReadersMobile RFID reading for audits and counts.
Fixed ReadersPortal and stationary RFID infrastructure.
RFID Labels
RFID LabelsMatched inlays, labels and specialty tags.
RFID Bundles
RFID BundlesProject-ready RFID hardware configurations.
RFID Hardware Solutions

RFID Hardware for Inventory, Asset Tracking and Automated Visibility

RFID uses radio frequency technology to identify, count and track tagged products or assets without requiring a direct line of sight. Multiple RFID tags can be captured during a single read event, helping businesses complete inventory counts, locate equipment and automate operational checkpoints more efficiently.

RFID solutions are used throughout warehouses, manufacturing facilities, retail stores, healthcare organizations, distribution centers and asset-management programs. Depending on the workflow, RFID can support mobile inventory counts, fixed portal reading, shipping verification, work-in-process tracking and equipment visibility.

A successful deployment requires more than selecting one reader. The reader, printer or encoder, RFID label or durable tag, antennas and software must all be matched to the item, environment and desired read event.

RFID Planning Guide

Six Things to Confirm Before Choosing RFID Hardware

RFID performance depends on the tagged item, the surrounding environment and the way information must be captured. Confirm these six factors before selecting readers, printers, labels or tags.

01

What Are You Tagging?

Apparel, cartons, pallets, tools, medical equipment, machinery and reusable containers may each require a different RFID label or durable tag.

02

Where Will Items Be Read?

Determine whether users will perform mobile inventory counts or whether items will pass through fixed portals, dock doors, production stations or other controlled read zones.

03

What Is the Operating Environment?

Metal, liquid, chemicals, moisture, temperature extremes and outdoor exposure can affect RFID performance and tag durability.

04

What Read Distance Is Required?

Short-range identification, handheld inventory counting and long-range portal reading require different reader power levels, antennas and RFID tag designs.

05

Disposable Label or Durable Tag?

Select printable labels for products and cartons or reusable hard tags for tools, equipment, returnable assets and demanding environments.

06

How Will RFID Connect to Software?

Confirm that the selected readers and printers can exchange data with the inventory, WMS, ERP, asset-tracking or middleware platform used by the organization.

Why Businesses Use RFID

Improve Visibility Without Scanning Every Item Individually

RFID can complement or replace manual barcode scans in workflows where faster identification, automated reads or item-level visibility provide a measurable operational advantage.

Faster Inventory Counts

Capture multiple tagged items during one read event instead of positioning and scanning every barcode individually.

Improved Inventory Accuracy

Reduce missed manual scans and provide more frequent inventory updates throughout the operation.

Asset Visibility

Locate and audit equipment, tools, containers and other tagged assets throughout a facility.

Automated Read Events

Use fixed readers and antennas to capture tagged items at doors, portals, workstations or production checkpoints.

Shipping Verification

Compare tagged products, cartons, pallets or reusable containers against the expected outbound shipment.

Scalable Deployment

Begin with handheld RFID counting and expand into fixed readers, portals, printer encoding and additional locations.

Popular RFID Collections

Recommended RFID Readers, Printers and Media

Build the RFID solution around the way tagged items will be read, printed and managed. Explore live products from the ShopPOSPortal catalog, including mobile RFID readers, RFID printer-encoders and RFID labels designed for inventory, asset tracking, warehousing, manufacturing and automated identification.

Capture RFID Data

RFID Readers

Use handheld RFID readers and integrated RFID mobile computers for inventory counts, asset searches and mobile workflows. Fixed RFID readers can be added when tagged products need to be captured automatically at portals, dock doors, workstations or production checkpoints.

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Print and Encode

RFID Printers

RFID printer-encoders print barcodes, text and graphics while encoding data into the RFID inlay contained inside each label. Choose a compact desktop model for distributed printing or a larger platform for higher-volume warehouse and manufacturing applications.

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Available Zebra, ZT620 Label Printer

Zebra

Zebra, ZT620 Label Printer

Print and encode RFID labels and tags up to 6.6 inches (168 mm) wide with the ZT620 RFID industrial printer. Available in 203 dpi and 300 dpi. Key Featu...

RFID Encoding Label Printing UHF Media
Starting At $6,376.00
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Identify the Item

RFID Labels and Tags

Match the RFID label or tag to the tagged surface, operating environment, required read range and expected service life. Standard paper RFID labels work for many products and cartons, while synthetic, on-metal and durable constructions support more demanding applications.

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01
Confirm RFID media compatibility before ordering production quantities.

Verify the printer model, label dimensions, inlay position, chip type, tagged surface, adhesive, read distance, frequency, winding direction, roll core and operating environment. RFID media should be tested on the actual item before a full-scale deployment.

RFID Consumables Guide

RFID Label and Tag Materials

The RFID face material affects print quality, durability, moisture resistance, chemical resistance and expected service life. Match the material to the tagged surface and operating environment.

RFID Material Best Surfaces Environment Durability Best Applications Selection Notes
Paper RFID Labels Cardboard, corrugate, paper packaging and clean product surfaces Indoor and dry ★★☆☆☆ Shipping cartons, retail inventory and disposable tracking Economical choice for short-term applications with limited moisture or abrasion.
Polypropylene RFID Labels Plastic containers, smooth packaging, totes and bins Indoor and light outdoor ★★★☆☆ Warehouse totes, reusable containers and inventory bins More resistant to moisture and tearing than standard paper labels.
Polyester RFID Labels Equipment, machinery, electronics, tools and fixed assets Indoor or outdoor ★★★★★ Asset identification, manufacturing and industrial tracking Strong option for long service life, abrasion resistance and chemical exposure.
Synthetic Film RFID Labels Plastic, glass, sealed packaging and moisture-exposed items Indoor, refrigerated or outdoor ★★★★★ Healthcare, laboratories, food production and manufacturing Available in specialized constructions for moisture, chemicals and abrasion.
Flexible Vinyl RFID Labels Drums, cylinders, pipes and curved containers Indoor or outdoor ★★★★☆ Drum tracking, pipe identification and irregular assets Flexible construction conforms better to curved or uneven surfaces.
Tamper-Evident RFID Labels Devices, sealed containers and high-value assets Primarily indoor ★★★★☆ Warranty control, chain of custody and security applications Provides visible evidence when the label is removed or transferred.
Cryogenic RFID Labels Vials, tubes and laboratory containers Freezer and ultra-low temperature ★★★★★ Biotechnology, specimens and pharmaceutical research Must be matched to the target temperature and container material.
High-Temperature Polyimide Electronics, circuit boards and heat-exposed components High-temperature production ★★★★★ Electronics manufacturing and work-in-process tracking Temperature limits depend on the adhesive, chip and total construction.
Rigid RFID Hard Tags Machinery, vehicles, pallets and reusable equipment Indoor, outdoor and industrial ★★★★★ Tools, fleet assets, returnable containers and industrial equipment Can attach with screws, rivets, cable ties, epoxy or industrial adhesive.
02

RFID Adhesive Selection

Adhesive performance depends on the tagged surface, application temperature, operating temperature, exposure conditions and whether the RFID label must remain permanent or remove cleanly.

Adhesive Type Best For Surface Compatibility Removability Typical Uses Selection Notes
Permanent Acrylic General-purpose RFID labeling Cardboard, paper, glass, metal and many smooth plastics Permanent Inventory, shipping, retail products and asset tracking A common starting point for clean surfaces and standard indoor conditions.
High-Tack Acrylic Rough or textured surfaces Corrugate, painted metal, wood and textured plastic Permanent Warehouse assets, reusable containers and equipment Provides stronger initial tack and holding power than standard adhesives.
Low-Surface-Energy Adhesive Hard-to-bond plastics Polypropylene, polyethylene and molded plastic Permanent Plastic totes, bins, containers and manufactured parts Testing is important because plastic formulations affect adhesion.
Freezer-Grade Adhesive Cold storage and refrigerated environments Cartons, packaging and selected plastic containers Permanent Food distribution, cold-chain logistics and laboratories Confirm both application temperature and service-temperature ratings.
Removable Adhesive Temporary RFID identification Glass, smooth plastic and finished surfaces Removable Rental assets, temporary inventory and work-in-process Removal performance changes with dwell time, temperature and surface finish.
Repositionable Adhesive Labels requiring initial placement adjustment Smooth and clean surfaces Initially repositionable Manual application, staging and configurable kits Repositionability usually decreases after the adhesive fully bonds.
Ultra-Aggressive Adhesive Long-term industrial attachment Rough metal, wood and textured equipment Permanent Machinery, tools and industrial assets Surface cleaning may still be required for grease, rust, dirt or dust.
Outdoor UV-Resistant Adhesive Exterior applications Metal, painted equipment and outdoor enclosures Permanent Yard assets, construction equipment and fleet assets The label face material and printing must also be outdoor rated.
Healthcare Specialty Adhesive Healthcare containers and approved patient-identification products Application dependent Application dependent Specimen containers, medications, wristbands and medical assets Direct-skin applications require a complete approved construction.
Application temperature and service temperature are different. Application temperature is the temperature when the label is first installed. Service temperature is the range it can withstand after the adhesive has bonded.
03

RFID Inlay and Antenna Selection

The RFID inlay contains the chip and antenna. Antenna dimensions, chip capabilities, orientation, tagged material and reader placement all influence practical read performance.

Inlay Type Typical Read Profile Best Applications Primary Advantage Important Considerations
Compact Inlay Generally shorter range Jewelry, cosmetics, small components and medication containers Fits smaller label dimensions Reduced antenna area can limit performance near metal or liquids.
General-Purpose UHF Inlay Balanced short-to-medium range Retail, cartons, warehouse labels and general assets Versatile for common RFID deployments Performance depends on orientation, tagged surface and reader configuration.
Long-Range UHF Inlay Extended range under suitable conditions Warehouse portals, pallets, logistics and bulk inventory Larger antenna can improve read distance Requires sufficient label space and testing on the actual product.
On-Metal Inlay Optimized for direct placement on metal Tools, machinery, IT equipment and vehicles Reduces interference caused by metal Standard RFID labels often perform poorly when placed directly on metal.
Near-Field UHF Inlay Very short and controlled read zone Pharmaceuticals, healthcare and dense item-level applications Helps reduce unintended cross-reads Requires compatible readers and antennas designed for near-field workflows.
Dual-Frequency Inlay Depends on supported technologies Applications requiring long-range and close-range interaction Supports more than one RFID interaction method Chip, software and reader compatibility must be confirmed.
High-Memory Inlay Application dependent Manufacturing, maintenance records and specialized assets Provides additional user memory Additional memory does not automatically increase read distance.
Conveyor-Optimized Inlay Controlled moving read zone Conveyors, production lines and automated shipping Supports repeatable high-throughput reading Reader power, antenna placement, speed and spacing must work together.
RFID read distance should be tested, not assumed. Actual performance changes based on metal, liquids, tag orientation, item density, reader power, antenna placement and surrounding RF activity.
04

RFID Consumables by Application

These combinations provide a practical starting point. Final media selection should be validated using the actual item, reader, printer and operating environment.

Application Recommended Material Recommended Adhesive Recommended Inlay Primary Considerations
Retail Inventory Paper or thin synthetic film Permanent acrylic General-purpose or compact UHF Product size, packaging material and label placement
Warehouse Cartons Paper or polypropylene Permanent or high-tack acrylic General-purpose or long-range UHF Portal orientation, carton contents and pallet density
Manufacturing Work-in-Process Polyester or synthetic film Industrial permanent acrylic General-purpose or high-memory inlay Heat, chemicals, abrasion and expected process duration
Metal Equipment Polyester label or rigid tag Industrial adhesive or mechanical attachment On-metal RFID Metal type, mounting position, orientation and read distance
Cold Storage Polypropylene or synthetic film Freezer-grade adhesive Application-tested UHF Application temperature, condensation, frost and moisture
Outdoor Assets Outdoor polyester or encapsulated tag Outdoor adhesive or mechanical attachment On-metal or outdoor-rated UHF UV exposure, water, impact and temperature cycling
Healthcare and Laboratory Synthetic, cryogenic or specialty media Application-specific adhesive Compact or near-field UHF Liquids, temperature, chemicals and container dimensions
Returnable Containers Polypropylene, polyester or rigid tag High-tack adhesive or mechanical attachment General-purpose or long-range UHF Wash cycles, impact, stacking and container material
Complete RFID Solution Planning

Six Questions That Shape a Successful RFID Solution

A reliable RFID deployment requires more than selecting a printer, reader or RFID label. The tagged item, read method, operating environment, software workflow, consumables and testing process must all work together. Answering these six questions creates a clearer path toward selecting the complete RFID solution.

01

What Are You Tracking?

Begin with the item, asset or container that will receive the RFID tag. Retail merchandise, pallets, cartons, tools, IT equipment, medical devices and reusable assets can require very different tag constructions. The item's size, material, value and expected service life influence the tag, inlay and attachment method.

02

How Will It Be Read?

Determine how RFID data will be captured during the workflow. Employees may use handheld RFID readers, RFID sleds, vehicle-mounted equipment, fixed readers, dock-door portals, overhead antennas or conveyor systems. The reader type, antenna position and required read distance directly affect the most appropriate RFID tag.

03

Where Will It Be Used?

The operating environment determines how durable the hardware and RFID consumables must be. Warehouses, hospitals, manufacturing plants, retail stores, cold storage facilities and outdoor yards create different challenges involving temperature, moisture, chemicals, impact, abrasion, metal and liquids.

04

How Will the Data Be Used?

RFID information must connect to the software that controls the workflow. Consider how tag data will move into an ERP, WMS, inventory platform, asset tracking application, manufacturing system or POS environment. The software process determines encoding requirements, data fields, integrations and user interactions.

05

Which Tags and Consumables Fit?

Once the workflow is understood, select the RFID label or hard tag that supports it. The inlay, chip, antenna, face material, adhesive, protective laminate, tag dimensions and printing method must work together. The correct consumable improves read consistency, durability and long-term operating cost.

06

How Will the Solution Be Validated?

Test the proposed tags, readers, antennas, printers and software in the actual operating environment before a full deployment. A pilot program can confirm read accuracy, orientation, range, label durability, software communication and employee workflow while identifying potential issues before larger purchases are made.

Build the Complete RFID Solution Around Your Workflow

ShopPOSPortal can help identify the right combination of RFID readers, antennas, printers and encoders, mobile computers, software compatibility, labels, inlays and durable RFID tags. Whether the objective is inventory visibility, warehouse automation, manufacturing traceability, retail counting or asset tracking, the solution should be designed around what is being tracked and how the organization needs to use the data.

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