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Enclosed µFR Nano shown. Connector and accessories depend on the offered revision.

RFID Readers

µFR Nano NFC Reader: SDK & Legacy Integration

Updated 2026-09-10

The µFR Nano is a compact Digital Logic 13.56 MHz NFC reader writer for applications using the vendor API and SDK. Enclosed and OEM variants support different installation needs. Digital Logic now classifies the original µFR family as legacy, so replacement projects should identify their current hardware and firmware, while new projects should compare current-generation options.

MOQ
Confirm configuration

Confirm the selected construction, chip and customization.

Lead time
Confirm availability

Preparation and transport are scheduled separately.

Samples
Evaluation quotation

Confirm availability, fees, freight and applicable credits.

  • Project quote after chip, construction, encoding and quantity review
  • Approve the hardware, firmware and integration test before rollout
  • Stock and custom sample terms are confirmed before shipment

Selection & sample approval

Replacing an installed Nano or building a new integration?

Include with your request

  • Installed model, firmware and the API calls your application uses.
  • Required card protocol and operation, including authentication where applicable.
  • Enclosed USB unit, OEM board or serial variant; confirm connector and voltage levels.
  • Evaluation and rollout quantities, accessories and replacement deadline.

Check on the sample

  • Run the existing application against the offered revision.
  • Check the card at its real presentation angle and distance.
  • Test reconnect, repeated taps and failed-card handling.
Discuss this configuration

Spec Check

What to confirm before hardware testing

Chip protocol, operating system, interface, and SDK expectations should all be clear before a reader sample is approved.

Operating Frequency13.56 MHz (HF)
Evaluation and Order QuantityConfirm the exact revision, evaluation unit and rollout quantity in the quotation
Conformity and WarrantyRequest current documents and commercial terms covering the offered hardware revision
Radio ProtocolsISO/IEC 14443 A/B and ISO/IEC 18092; confirm command support in the selected firmware
Read RangeManufacturer reference up to 60 mm; depends on card antenna and installation
Interface OptionsUSB, UART TTL or RS232 by variant; connector and electrical levels must be confirmed
Host IntegrationDigital Logic API, libraries and SDK; verify the target OS and architecture
LifecycleLegacy µFR family; confirm supply and current-generation migration options

Shortlist Logic

Why this reader setup makes the shortlist

Hardware usually stays in consideration when it reduces integration risk and supports the exact credential workflow being planned.

13.56 MHz reader/writer with vendor API and SDK
Enclosed and OEM formats for workstation or embedded integration
USB or serial connection selected by hardware variant
Legacy-model supply and migration reviewed before quotation

Use Cases

Where teams usually use this reader setup

Deployment context helps determine whether this hardware belongs at a desk, in a kiosk, in a gate, or inside a device.

Existing NFC application maintenance

Workstation enrollment after card-command validation

OEM replacement after mechanical and electrical checks

µFR Nano NFC Reader Types

1Legacy model: confirm supply and migration before ordering

Digital Logic lists this model in its legacy product family and recommends evaluating its current generation for new projects. This page supports replacement and compatibility enquiries; it does not promise stock or continued production. Identify the installed revision and discuss migration before committing to a rollout. Read the manufacturer’s model reference and lifecycle notice.

2A reader API is different from a keyboard or PC/SC interface

Check how the existing application receives card data. A vendor-library integration, a PC/SC application and a text field expecting keyboard input require different software paths. Do not treat USB connectivity as proof of interchangeable drivers. Use the installed program and a representative card for the evaluation.

3Verify the actual card operation

Reading a card identifier does not prove support for its protected application. State the protocol, memory or file operation and authentication requirements without sharing live keys. The legacy Nano specification should not be expanded to ISO/IEC 15693 library tags or a hotel-lock platform without separate model and integration evidence.

How Ordering Works

From inquiry to delivered µfr nano nfc reader in four steps

Agree the configuration, evaluation and release conditions for this order before planning a rollout.

  1. 1After spec review

    Send your inquiry

    Share quantity, chip and application — or send the configuration straight from the estimate above. We reply with an exact quote and a chip / format recommendation.

  2. 2Terms confirmed

    Evaluate the reader and software

    Quote an evaluation unit with the required cables, accessories and documentation. Run the intended command with your own card and host application.

  3. 3You control the clock

    Approve the tested revision

    Record hardware and firmware versions, host driver or library, card type, command results and recovery behavior. Approval applies to that tested combination.

  4. 4Confirm current supply

    Production & delivery

    Confirm availability, quantity, configuration work, accessories, warranty and shipment release in the offer. Carrier transit and destination clearance are planned separately.

Details in writing:sample policy ·shipping & Incoterms ·quality control process

Supplier Fit

Why buyers source µFR Nano NFC Reader from RFIDAK

Once the format is right, most teams still need confidence in manufacturing control, sample support, and repeat-order reliability.

ISO 9001

Company management-system scope and finished-product evidence are different. Review the certification scope.

Since 2008

RFID sourcing, specification review and production coordination with partner lines.

Sample Options

Test compatibility before bulk approval; stock and custom sample terms follow the published sample policy.

Commercial Fit

How buyers usually move this product from shortlist to sample

Most inquiry-ready visitors want to know whether this product matches their workflow, region and approval stage. These cues help them move faster without leaving the product page.

Quote Checklist

What to send us for a faster recommendation

  • Exact card or tag chip, protocol and the operation your application must perform; use authorized non-sensitive test data.
  • Host OS and architecture, application environment and required driver, API, HID or virtual-COM behavior.
  • Current hardware revision, firmware and connector if replacing an installed reader; include enclosure and power constraints.
  • Evaluation quantity, rollout quantity, integration deadline, destination and any revision-specific documentation requirements.

Market Notes

Regional conversations often tied to this category

Before You Order

Procurement guides every RFID Readers buyer reads first

Five short reads on the procurement-side topics every B2B RFID buyer wants answered before signing a quote — MOQ thresholds, lead time reality, pricing transparency, sample policy, and how to audit a Chinese factory before your first order.

Buyer Questions

Questions buyers usually ask before sample approval

These FAQs cover the points that usually come up between a first shortlist and a real sample or quote request.

Is the original µFR Nano recommended for a new project?+

Digital Logic classifies the original µFR family as legacy and directs new projects to its current generation. For an installed fleet, identify the current hardware, firmware and application dependency before comparing replacement supply or a migration.

What quantity and specifications are needed to quote µFR Nano NFC Reader?+

The minimum order is confirmed for the selected configuration. Specify the hardware revision, interface, accessories, evaluation quantity and rollout quantity. Include the destination and required date so the offer can identify setup, packing and freight separately.

Can I evaluate µFR Nano NFC Reader before a bulk order?+

Request a quotation for the exact evaluation unit, accessories and software requirements. Confirm current supply and test your own cards and host application before approving a rollout. A free-stock-tag allowance does not establish free reader hardware.

How is the lead time for µFR Nano NFC Reader confirmed?+

Request the schedule for the exact configuration and quantity. Hardware availability, revision and any configuration work must be confirmed before release. Preparation, carrier transit and destination clearance are separate; confirm the requested arrival date in the quotation.

How do I check µFR Nano NFC Reader compatibility?+

Confirm the card protocol, host interface, firmware, driver or SDK and the actual command required. Reading an identifier does not establish support for writing or an encrypted application. Validate a representative sample in the intended installation.

What customization and evidence should I request for µFR Nano NFC Reader?+

Confirm enclosure or OEM-board options, connectors, firmware configuration and the integration documents for the offered revision. Request the applicable model-specific conformity evidence and warranty terms. Component or company certificates do not establish approval of a finished reader or payment system.

How is international delivery of µFR Nano NFC Reader quoted?+

Provide the destination, quantity and packing requirement. Agree the transport mode, named place or port, Incoterms version, importer, insurance and required documents before shipment. Freight cost and risk transfer can occur at different points. Refer to the shipping and Incoterms page for the quotation checklist; no single transit time applies to every destination.

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