An RFID interrogator dynamically adjusts signal thresholds using spectral analysis of ambient noise.
Compressing transmit data reduces communication time while increasing the storage capacity of the RFID tag.
Antenna bus and DEMUX technology read dense asset arrays while master device aggregates data from stacked containers.
A distance meter analyzes the read range and illuminates the potential tag area, reducing false negatives caused by unpredictable boundary conditions.
Segmenting the reader hardware from the application software enables field upgrades without replacing base units, resolving security cost trade-offs.
Reader device and transponders reorganize time slots based on observed seizure patterns to adapt system capacity.