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Home > RFID News > RFID Technical

850-960Mhz Ultra High Frequency Cards (ISO18000-6,EPC Gen2)

2016-11-7 View:
850-960Mhz Ultra High Frequency Cards (ISO18000-6,EPC Gen2)
UHF follows the EPCglobal Gen2 standard and uses the 850—960Mhz frequency band to provide fast data transfer rates and much longer read ranges (up to 10m) compared to either LF or HF cards. UHF labels and tags are used extensively in warehousing and goods tracking while UHF cards are popular for location and attendance tracking applications. UHF is negatively affected by materials in the environment such as metals and liquids, but is the best choice for applications that require a long read range and simultaneous reading of a large number of tags. Common UHF chips offered by OPRFID include:
Alien Higgs 3: EPC Class1 Gen2 chip with 96—480bit EPC memory, 512bit user memory and 64bit UTID with memory read protection.
Alien Higgs 4: EPC Class1 Gen2 chip with 128bit EPC memory, 128bit user memory and 64bit UTID with memory read protection and pre-encoded with unalterable enterprise-wide serialization scheme.
NXP UCODE 7: EPC Class1 Gen2 chip with 128bit EPC memory and 96bit UTID.
NXP UCODE 7m: EPC Class1 Gen2 chip with 128bit EPC memory, 32bit user memory and 96bit UTID.
NXP UCODE I2C: EPC Class1 Gen2 chip with 160bit EPC memory, 3328bit user memory and 96bit UTID with two independent UHF interfaces and ability to link to I2C interface.
NXP UCODE G2iM: EPC Class1 Gen2 chip with 128-448bit EPC memory, 640-320bit user memory and 96bit UTID with memory read protection and ability to segment memory into open, protected, and private modes. Also has ability to conditionally reduce read range based on activation condition defined by user.
NXP UCODE G2iL: EPC Class1 Gen2 chip with 128bit EPC memory and 64bit UTID with memory read protection.
NXP UCODE G2iL+: EPC Class1 Gen2 chip with 128bit EPC memory and 64bit UTID with memory read protection and tag tamper alarm and ability to conditionally reduce read range based on activation condition defined by user.
Impinj Monza 4D: EPC Class1 Gen2 chip with 128bit EPC memory, 32bit user memory and 96bit UTID with support for omni-directional antennas.
Impinj Monza 4E: EPC Class1 Gen2 chip with up to 496bit EPC memory, 128bit user memory and 96bit serialized TID with support for omni-directional antennas.
Impinj Monza 4QT: EPC Class1 Gen2 chip with 128bit EPC memory, 512bit user memory and 96bit serialized TID with support for omni-directional antennas and ability to create a separate public and private (password protected) data profile on the same chip.
Impinj Monza 5: EPC Class1 Gen2 chip with up to 128bit EPC memory, 32bit user memory and 48bit serialized TID.
Impinj Monza R6: EPC Class1 Gen2 chip with 96bit EPC memory and 48bit serialized TID.
Impinj Monza R6-P: EPC Class1 Gen2 chip with up to 128bit EPC memory, 64bit user memory and 48bit serialized TID.
Impinj Monza S6-C: EPC Class1 Gen2 chip with 96bit EPC memory, 32bit user memory and 48bit serialized TID with one way fail-safe counter for ticketing and metering applications.

 
     
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        A smart card is a small plastic card containing a computer chip. People use smart cards along with personal identification numbers (PINs) to log on to a network, a computer, or a device. Using a smart card is more secure than using a password because it's more difficult for someone to steal a smart card and learn your PIN than to learn your password.Smart cards are generally issued by information technology (IT) departments in large organizations. To use a smart card, you also need a smart card reader—a device that’s installed in or connected to your computer and that can read the information stored on a smart card.