UHF 
UHF Quanray Qstar-7X
AZ-QS7-S01
Qstar-7X UHF RFID Inlay, AZ-QS7-S01
Qstar-7X UHF RFID inlay design; antenna dimensions and test data are available on request.
Full dimensions for this design are available on request. Ask for the specification and samples before ordering.
Validate samples first. Engineer reply within 24 h.
| SKU | AZ-QS7-S01 |
|---|---|
| Frequency | UHF 860–960 MHz |
| Protocol | UHF RFID (specifications on request) |
| Chip | Quanray Qstar-7X |
| Chip parameters | Specifications on request |
| Antenna size | On request |
| Format | Inlay (dry / wet / label) |
Design and application notes
Qstar-7X UHF RFID Inlay, AZ-QS7-S01 is a passive UHF RFID inlay design with the Quanray Qstar-7X chip on a dipole antenna for the 860–960 MHz band. Its antenna dimensions are shared on request: tell us the item and the label position, and we will confirm whether it fits and send samples.
Quanray does not publish a public datasheet for the Qstar-7X, so we do not list chip parameters here. We share the specifications we hold on request and recommend testing samples before a volume order.
We do not publish a read range for this design. Range depends on the reader, antenna, power and tagged material, so ask us for test data or samples for your setup.
Whether it fits depends on your item and reader setup; describe the use case and we will confirm if this design is a good match.
The same chip and antenna are available as dry inlay, wet inlay or label; printing, EPC encoding and custom label sizes are quoted on request. Start with samples, then move to volume once the tag passes your tests; volume orders are produced with our ISO 9001-certified production partner and 100% electrically tested inline.
Order in the format you need
Confirm the construction and encoding during sampling, then quote the configuration you validated.
Dry inlay
Chip and antenna on a PET carrier without adhesive, for your own converting, hang tags or lamination.
Wet inlay
The same inlay with pressure-sensitive adhesive on a liner, applied like a sticker.
Label
Paper or synthetic face stock over the inlay, blank or printed, ready for RFID printers.
Custom
Other label sizes, face stocks, adhesives, printing, encoding and roll formats on request.
How ordering works
- 01
Specify
Share surface, read distance, chip preference and volume. We shortlist tags that fit.
- 02
Sample
Receive sample tags of the shortlisted designs to try in your own setup.
- 03
Validate
Test on your items, readers and printers. We adjust chip, size or format if needed.
- 04
Produce & ship
Volume production with 100% inline electrical test, then export shipping.
Frequently asked questions
Can I order the AZ-QS7-S01 as a wet inlay or a printed label?
Yes. The same chip and antenna are available as a dry inlay (no adhesive), a wet inlay (adhesive on a liner) or a label with paper or synthetic face stock, blank or printed. EPC encoding and custom label sizes are quoted on request; see custom tags.
What read range will I get with the AZ-QS7-S01?
We do not publish a read range for this design. Real-world range depends on the reader, antenna, power and the tagged material, so we recommend testing samples in your setup.
How do I get samples and a quote for the AZ-QS7-S01?
Use the quote button on this page or request samples. Tell us the item, surface, read distance and annual volume; an engineer replies within 24 hours with a recommendation and a sample plan.
Selection guides
-
Dry Inlay, Wet Inlay or RFID Label: What Are You Buying?
Understand dry inlays, adhesive wet inlays and converted labels. Specify the antenna, finished dimensions and roll format so your RFID order is usable.
-
UCODE, Monza and Higgs: Compare UHF RFID Chips
Compare UHF chip memory, reader features and lifecycle support. Use official datasheets to shortlist chips, then test the complete inlay on your items.
Related designs
UHF 
UHF 
UHF 
UHF AZ-QS7-95X8
Qstar-7X UHF RFID Inlay, 94.8 × 8.15 mm
- Chip
- Quanray Qstar-7X
- Antenna size
- 94.8 × 8.15 mm
Talk to an RFID engineer
Not sure which tag fits your project?
Send the surface, read distance and volume. An engineer replies within 24 hours with a recommendation and a sample plan.
Email us: sales@antenza.com