B41 | B42 | B43 | B44 | B45 | |
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Protocol Standard | ISO 18000-6C (EPC GEN2) | ||||
Frequency | ISM 902~928MHz | ||||
Operating Mode | Frequency-Hopping Spread Spectrum, FHSS | ||||
Chip | impinj Monza 4 | impinj Monza 4D, 4E, 4QT | impinj Monza 4 | impinj Monza 4D, 4E, 4QT | |
Antenna Material | Aluminum | ||||
Operating Temperature | -20℃~+80℃ | ||||
Dimension | 22x8mm | 22x8mm | 24x24mm | 24x24mm | 16x18mm |
Description | Adaptation to frequency hopping mode, super-strong anti-jamming capability. Customized R/W standard data, quicker efficiency with professional application system. Valid communication distance of over 1 meters. Application in short distance, including labels of e-pass, medical care, pharmacy and asset tracking. | Two independent antenna ports for high performance and well-round reading. 3D antenna technology enabling readers to read from different angles, thus significantly improving readability rate Dipole Antenna. Valid communication distance of over 2 meters (in relation to working environment). | The direction of the sensitivity of occasions, such as clothing,asset management and other occasions. In mid fond, small size applications, such as clothing, asset management and other occasions. External extension leads (True 3D) can be extended reading distance can be used for logistics. |
Impinj Model Features Overview | |||||
Model | User Memory | EPC Memory | Serialized TID | True3DTM Antenna Technology | QT® Memory Security |
(bits) | (bits) | ||||
Monza 5 | up to 128 | yes | |||
Monza 4D | 32 | up to 128 | yes | yes | |
Monza 4E | 128 | up to 496 | yes | yes | |
Monza 4QT | 512 | up to 128 | yes | yes | yes |
Operating Conditions and Electrical Characteristics Overview | |||||
Parameter | Min | Typ | Max | Units | |
Operating Frequency | 860 | 960 | MHz | ||
Read Sensitivity (Dipole Antenna) | -20 | dBm | |||
Write Sensitivity (Dipole Antenna) | -16 | dBm | |||
Operating Temperature | -40 | 85 | ºC | ||
Memory Retention (non-volatile) | 50 | Years | |||
Memory Programming Cycles (non-volatile) | 100,000 | Cycles |