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RFID Inlay
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>> RFID Inlay >> UHF Antenna Inlay


UHF Inlay Antenna



UHF (Ultra High Frequency) Antenna, the material composition is: Al9μm/PET50μm, which has a rate around 860~960MHz. Most of UHF products are commonly used in logistics, K-SCM, Brand Clothing and warehouse management etc.

With years experience of manufacturing Antennas, OPRFID can produce the UHF Antenna perfectly with the drawing provided. As for the delivery form, you can choose wether single lane or multiple lanes as you need.

UHF Inlay

Alien UHF Inlay
Picture Model number IC Type, Size, Protocol
Alien 9610 UHF Inlay Alien 9610 IC Type: Alien Higgs-3
Antanna (mm): 44.45*10.33
Protocol: ISO18000-6C/EPC GEN2
Alien 9613 UHF Inlay Alien 9613 IC Type: Alien Higgs-3
Antanna (mm): 12*9
Protocol: ISO18000-6C/EPC GEN2
Alien 9620 UHF Inlay Alien 9620 IC Type: Alien Higgs-3
Antanna (mm): 27*9.7
Protocol: ISO18000-6C/EPC GEN2
Alien 9627 UHF Inlay Alien 9627 IC Type: Alien Higgs-3
Antanna (mm): 30*45
Protocol: ISO18000-6C/EPC GEN2
Alien 9629 UHF Inlay Alien 9629 IC Type: Alien Higgs-3
Antanna (mm): 22.5*22.5
Protocol: ISO18000-6C/EPC GEN2
Alien 9630 UHF Inlay Alien 9630 IC Type: Alien Higgs-3
Antanna (mm): 70*9.5
Protocol: ISO18000-6C/EPC GEN2
Alien 9730 UHF Inlay Alien 9730 IC Type: Alien Higgs-4
Antanna (mm): 70*9.5
Protocol: ISO18000-6C/EPC GEN2
Alien 9634 UHF Inlay Alien 9634 IC Type: Alien Higgs-3
Antanna (mm): 44*46
Protocol: ISO18000-6C/EPC GEN2
Alien 9640 UHF Inlay Alien 9640 IC Type: Alien Higgs-3
Antanna (mm): 94.8*8.2
Protocol: ISO18000-6C/EPC GEN2
Alien 9740 UHF Inlay Alien 9740 IC Type: Alien Higgs-4
Antanna (mm): 94.8*8.2
Protocol: ISO18000-6C/EPC GEN2
Alien 9654 UHF Inlay Alien 9654 IC Type: Alien Higgs-3
Antanna (mm): 93*19
Protocol: ISO18000-6C/EPC GEN2
Alien 9662 UHF Inlay Alien 9662 IC Type: Alien Higgs-3
Antanna (mm): 70*17
Protocol: ISO18000-6C/EPC GEN2
Alien 9762 UHF Inlay Alien 9762 IC Type: Alien Higgs-3
Antanna (mm): 70*17
Protocol: ISO18000-6C/EPC GEN2
Impinj UHF Inlay
Picture Model number IC Type, Size, Protocol
Impinj b41 UHF Inlay Impinj B41 IC Type: Monza 4D、4E、4QT
Antanna (mm): 22*8
Protocol: ISO18000-6C/EPC GEN2
Impinj b42 UHF Inlay Impinj B42 IC Type: Monza 4D、4E、4QT
Antanna (mm): 22*8
Protocol: ISO18000-6C/EPC GEN2
Impinj b43 UHF Inlay Impinj B43 IC Type: Monza 4D、4E、4QT
Antanna (mm): 24*24
Protocol: ISO18000-6C/EPC GEN2
Impinj b44 UHF Inlay Impinj B44 IC Type: Monza 4D、4E、4QT
Antanna (mm): 24*24
Protocol: ISO18000-6C/EPC GEN2
Impinj b45 UHF Inlay Impinj B45 IC Type: Monza 4D、4E、4QT
Antanna (mm): 20*20
Protocol: ISO18000-6C/EPC GEN2
Impinj e41 UHF Inlay Impinj E41 IC Type: Monza 4D、4E、4QT
Antanna (mm): 94*8
Protocol: ISO18000-6C/EPC GEN2
Impinj e41b UHF Inlay Impinj E41b IC Type: Monza 4D、4E、4QT
Antanna (mm): 95*8
Protocol: ISO18000-6C/EPC GEN2
Impinj e41c UHF Inlay Impinj E41c IC Type: Monza 4D、4E、4QT
Antanna (mm): 95*8
Protocol: ISO18000-6C/EPC GEN2
Impinj e42 UHF Inlay Impinj E42 IC Type: Monza 4D、4E、4QT
Antanna (mm): 68*19
Protocol: ISO18000-6C/EPC GEN2
Impinj e44 UHF Inlay Impinj E44 IC Type: Monza 4D、4E、4QT
Antanna (mm): 105*6
Protocol: ISO18000-6C/EPC GEN2
Impinj e51 UHF Inlay Impinj E51 IC Type: Monza 5
Antanna (mm): 95*8
Protocol: ISO18000-6C/EPC GEN2
Impinj e52 UHF Inlay Impinj E52 IC Type: Monza 5
Antanna (mm): 68*14
Protocol: ISO18000-6C/EPC GEN2
Impinj E53 IC Type: Monza 5
Antanna (mm): 44*18
Protocol: ISO18000-6C/EPC GEN2
Impinj f43 UHF Inlay Impinj F43 IC Type: Monza 4D、4E、4QT
Antanna (mm): 26*16
Protocol: ISO18000-6C/EPC GEN2
Impinj h41 UHF Inlay Impinj H41 IC Type: Monza 4D、4E、4QT
Antanna (mm): 30*46
Protocol: ISO18000-6C/EPC GEN2
Impinj h42 UHF Inlay Impinj H42 IC Type: Monza 4D、4E、4QT
Antanna (mm): 44*44
Protocol: ISO18000-6C/EPC GEN2
Impinj h47 UHF Inlay Impinj H47 IC Type: Monza 4D、4E、4QT
Antanna (mm): 44*44
Protocol: ISO18000-6C/EPC GEN2
Impinj j41 UHF Inlay Impinj J41 IC Type: Monza 4D、4E、4QT
Antanna (mm): ф12
Protocol: ISO18000-6C/EPC GEN2
Impinj j42 UHF Inlay Impinj J42 IC Type: Monza 4D、4E、4QT
Antanna (mm): 15*8
Protocol: ISO18000-6C/EPC GEN2
Junmp UHF Inlay
Picture Model number IC Type, Size, Protocol
Junmp 1206 UHF Inlay JMP 1206 IC Type: QSTAR-35
Antanna (mm): 12*6.39
Protocol: ISO18000-6C/EPC GEN2
Junmp TS01 UHF Inlay JMP TS01 IC Type: Alien Higgs-3
Antanna (mm): 95*3
Protocol: ISO18000-6C/EPC GEN2
Junmp 1819 UHF Inlay JMP 1819 IC Type: Alien Higgs-3
Antanna (mm): ф36
Protocol: ISO18000-6C/EPC GEN2
Junmp 1820 UHF Inlay JMP 1820 IC Type: Alien Higgs-3
Antanna (mm): ф36
Protocol: ISO18000-6C/EPC GEN2

RFID tags have been increasingly popular in the field of advanceditem identification technology. Though universal adoption of RFID smart label is taking time, many retail giants including Wal-Mart and Carrefour promote the use of RFID tags to replace traditional barcodes as a more effective method of item tracking. Beyond the retail sector, other examples of RFID usage are in swipe-less credit cards and for logistics purposes.

A key component of any RFID tag is the antenna. That is the zig-zag pattern you see, usually on the underside of the tag. The RFID inlay antenna is most commonly made of copper, aluminum, or silver through a process known as etching. These loops of metal strips form the circuitry to send and receive electromagnetic signals to and from the RFID reader, allowing item tracking and identification.

OPRFID RFID inlay antennas are typically sold on rolls and sandwiched between plastic facings for protection during transit. The antenna needs to have a chip attached to it so that they can form a complete RFID inlay, which is the functional part of the RFID label.

The number of uses for RFID label is nearly endless across a huge variety of industries. While there is a wide range of chips for RFID inlays, there is an extensive array of RFID inlay/antenna patterns as well, including the paperclip, squiggle, and dogbone designs. Most of our tag's antennas are tailor made for a specific use. Contact us today to customize your RFID inlay/antennas.

* Any question or inquiry about RFID card and RFID related products, please send email to info@oprfid.com, we will reply you within 24 hours, thanks

 
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    RFID inlays are composed of an IC (Integrated Circuit, Chip) and a Dipole antenna. To attach the antenna to the IC we commonly use a strap. RFID inlays can be either "wet" or "dry" Wet inlays are inlays that have an adhesive backing with a clear or colored topsurface of PVC, PET or paper, the PVC or PET wet inlays are commonly used to make "RFID Labels" where the inlay is placed on the back of the label with the adhesive side away from the label side so that the label has continuous adhesive. PLacement of the wet inlay on the label is very specific to each RFID printer in order to be programmed correctly by the printer and also to minimize the risk of damaging the RFID inlay while in the printer.