RFID Wristbands

UHF RFID Wristband

The UHF RFID wristband carries a passive EPC Gen2 (ISO/IEC 18000-63) chip that a fixed antenna reads from a distance, so it suits headcounts, wide gates and zone tracking rather than tap payment. Read range depends on the chip, reader, antenna and how the band sits on the wrist. Confirm the chip and reader, then request samples to validate range in your own setup.

Free standard samples · Quotation within one business day

Product details

A UHF wristband for distance reading, not tap payment

A UHF RFID wristband holds a passive UHF chip and antenna sealed in a silicone band. It uses the EPC Gen2v2 air interface, standardised as ISO/IEC 18000-63, in the 860–960 MHz band, which is the same technology used for pallet and asset tracking. Because a fixed UHF antenna reads a Gen2 tag from several metres, the band is chosen when you need to count people through a wide gate, measure how long a crowd stays in a zone, or read many wrists at once. It is the wrong choice for cashless payment or any action a single guest must consent to at a reader, where a tap-range NFC band belongs instead.

UHF wristband being read by a handheld UHF reader

Specification

ItemUHF RFID Wristband
MaterialSilicone (closed loop or adjustable)
Dimension150 mm, 180 mm, 195 mm, 210 mm or customised
Air interfaceEPC Gen2v2 / ISO/IEC 18000-63 (formerly ISO 18000-6C)
Frequency860–960 MHz (UHF)
Chip optionsImpinj Monza R6, NXP UCODE 8
ColourBlack or customised
PrintingSilk-screen printing, laser engraving with pigment filling
Working temperature-25 °C to 70 °C
Package500 pcs/carton

Chip options: Monza R6 or UCODE 8

Both chips are passive UHF EPC Gen2v2 ICs, so both work with any compliant UHF reader; the difference is memory. Order the chip your reader software and encoding scheme were built for. If a chip is not specified, the events counting workflow usually needs only a serialised EPC, which both chips provide from the factory.

Impinj Monza R6NXP UCODE 8
EPC memoryUp to 96-bit EPC with serialised TID128-bit EPC with a pre-serialised 96-bit EPC
StandardISO/IEC 18000-63, EPCglobal Gen2v2EPC Gen2v2 / ISO/IEC 18000-63
Suited toGeneral counting and access with a unique serial per bandDense tag populations and longer read distance in inventory-style reads

Read range depends on the whole setup

A passive UHF band has no battery, so its range comes from the reader power, the antenna, the tag orientation and what surrounds the tag. A fixed antenna reads the band from several metres, which is what makes counting through a gate possible, but a wrist is a difficult surface: the body absorbs UHF energy and range varies from one person to another and with how the band is worn. Treat any distance figure as a result to be measured in your own location, not a fixed rating. We supply samples so you can confirm range with the reader, antenna and gate geometry you will actually use.

UHF or NFC: choose by how the band is read

  • Choose UHF when a fixed antenna reads bands at a distance: attendance counts, wide-gate throughput, zone dwell-time analytics and bulk reads of many wrists.
  • Choose NFC (13.56 MHz) when a guest taps a reader a few centimetres away: cashless payment, entry validation and any action tied to one person. See the tap-range RFID wristbands for events and silicone wristbands.
  • Use both only when the operator has a buyer for the analytics: an NFC chip for the guest's transactions and a UHF inlay for counting. That doubles the inlay cost. The event wristbands guide sets out the trade-off.

Where UHF wristbands are used

  • Attendance and crowd flow: counting people through gates and measuring occupancy in a zone.
  • Timing and sports: field reads of many participants where a distance read is acceptable and payment is not involved.
  • Asset and staff tracking: reading worn bands at fixed choke points in warehouses, sites and events.
  • Access to open areas: vehicle lanes and wide entrances where a tap band would slow the flow.

Ordering and customisation

Proud Tek has manufactured RFID and NFC products in its Shenzhen factory since 2008. Silicone UHF bands are offered with silk-screen printing, laser-engraved numbering and chip encoding for the selected chip and material. Pricing is quote-only against your specification, and the standard lead time is 2–3 weeks after artwork and sample approval. Free standard samples are available; customised samples carry a setup fee. Send the reader model, the chip or EPC scheme, the band size and your artwork through the contact page and we will confirm the options and supply samples for a range test.

See the full RFID wristbands range for NFC and material alternatives, and the RFID event wristbands guide for how UHF counting fits alongside NFC entry and cashless. We supply the bands; the reader, antenna and counting or ticketing platform come from your technology partner.

Plan the application

Frequently asked questions

How far can a UHF wristband be read?

A fixed UHF antenna reads the band from several metres, but the wrist is a difficult surface: the body absorbs UHF energy, so range varies with the reader power, antenna, tag orientation and the person wearing it. Treat any figure as something to measure in your own setup. Request samples and test with your reader and gate geometry before committing.

Can I use a UHF wristband for cashless payment?

No. UHF is designed to read many tags at a distance, so a reader cannot reliably tell whose band it saw in a crowd, which is what payment needs. Use a 13.56 MHz NFC band for cashless and entry, and keep UHF for counting and zone tracking.

Which chip should I choose, Monza R6 or UCODE 8?

Both are EPC Gen2v2 chips and work with any compliant UHF reader. Monza R6 provides up to a 96-bit EPC with a serialised TID; UCODE 8 provides a 128-bit EPC with a pre-serialised 96-bit EPC and is aimed at dense tag reads and longer distance. Match whichever your reader software and EPC scheme were built for; if none is specified, either serves a counting workflow.

What frequency and standard does the wristband use?

It uses the passive UHF EPC Gen2v2 air interface, standardised as ISO/IEC 18000-63, in the 860–960 MHz band. Because regional UHF allocations differ, tell us the country of deployment so the tuning suits the readers used there.

Can the bands be pre-encoded and numbered?

Yes. We encode the EPC to your scheme and add laser-engraved numbers or a printed serial so activation is a lookup rather than a write. Confirm the encoding format with your platform, and test sample bands in your software before the production run.

What do you need to prepare a quote?

Send the reader and antenna model, the chip or EPC scheme, the band sizes, colours and artwork, and the quantity and destination. Pricing is quote-only. Standard lead time is 2–3 weeks after artwork and sample approval, and free standard samples are available for range testing.

Ready to specify your order?

Send the product, quantity and application so we can confirm the options and pricing for your project.

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