Transcription of 802.15.4/4z UWB Technology Challenges and Test Solutions
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802.15.4/4z UWB Technology Challenges and Test Solutions
Project Manager / Keysight TechnologiesTIM UWB Technology Challenges and Test Solutions201 Ultra Wide-Band StandardEvolution & Ecosystem02 Overview of IEEE Test Challenges and UWB TECHNOLOGY3WI-F I , B L U E T O O T H , R F I D A N D U W BThe benefit of UWB, is in its low-power pulses, which help to ensure security and allow for highly accurate location (Wi-Fi based)Bluetooth LE ( )RFIDUWBS tandardsIEEE WLAN SIGEPC/ISOIEEE WPAN of the received signal (RSSI)RSSI (Mesh)AoAor AoDRemote couplingAoAor ToFSecureUnder relay attack threatUnder relay attack threatHIGH SecurityHIGH , 5, 6 GHz GHz125 KHzto GHzSub-GHzLow band ( to GHz)High band (6 to GHz)ModulationOFDMGFSKASK/2 FSK/OOKBPM+BPSK ( )HRP-ERDEV (BPRF, HPRF)Trans.
• AWG M8190A as the baseband signal generator with variable sample rate from 125 MSa/s to 8/12 GSa/s and spurious-free-dynamic range (SFDR) up to 90 dBc (typ.) • AWG M8190A has up to 2 GSa arbitrary waveform memory per channel and analog bandwidth up to 5GHz • Vector PSG as the up-converter up to to 44 GHz with 80 MHz internal BW and 4GHz BW
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