Ultra-width band (UWB) is a technology that uses technology to transmit data, which spreads radio energy over a very wide band, with very low power spectrum density. Low power spectrum density limits the potential interference of traditional radio systems, and high bandwidth allows for very high data throughput, or high precision positioning and imaging equipment for communication equipment. Shanghai Chip Technology Ltd....
The ultra-width band (UWB) is a technology that uses technology to transmit data that spreads radio energy in a very wide band, with very low power spectrum density. Low power spectrum density limits the potential interference of traditional radio systems, while high bandwidth allows for very high data throughput in communication equipment, or high precision positioning and imaging equipment.
The uwb development covered by Shanghai Qunxin Electronics Technology Ltd. is as follows:
Communications applications (EN 302 065-1-1)
Existence detection (EN 302 065-1-2)
UWB aerobic non-exposed vital signs (EN 302 065-1-3)
UWB Tracking (EN 302 065-2 series)
UWB Unkey Access (EN 302 065-3)
Material sensors for analysis of construction materials (EN 302 065-4-1)
Material sensors for safe scanning (EN 302 065-4-2)
Ground humidity and state sensors (EN 302 065-4-3).
Non-contact external material sensor in the terrestrial vehicle environment (EN 302 065-4-4)
Ground and wall detection radar (EN 302 066)
Tank liquid spot detection radar (EN 302 372)
mm wave communication and radiometry (EN 305,550 series)
Horizontal detection radar (EN 302 729)
Ground-based synthetic aperture radar (GBSAR) (EN 303,661)
If new bands are assigned to UWB, ETSI TC ERM is likely to develop corresponding coordination standards.
Automotive radar
ETSI has motor radar standards, which include the use of hyperbroadband technology.