QM33120WDK2
Ultra-Wideband (UWB) Evaluation Kit
Key Features
The Qorvo UDK (UWB Design Kit) is an all-in-one demonstration ready-to-use kit. It is based on QM33120WUWB transceivers, LNA QM14068 & PA QM14070
The kit contains 6 Development Boards (one with AoA antenna) which can be configured as a tag or an anchor.
- Supports UWB RF bands 5 (6.5 GHz) and 9 (8 GHz)
- Allows development of FiRA compatible applications
- Allows advanced navigation and tracking RTLS (Real-Time Location System)
- Supports new ETSI regulation at -31.3 dBm indoor
- IOS and Android app to setup the devices
The QM33120WDK2 is a development kit conceived by Leaps using Qorvo components. The kit is using low power low cost QM33110W and QM33120W UWB transceivers.
This kit can be used to evaluate the UWB technology in various infrastructure topologies, using TWR, TDoA or AoA. An RTLS system can be evaluated quickly in the following modes: DL-TDoA (Downlink TDoA), UL-TDoA (Uplink TDoA) and TWR (Two-Way Ranging), or through perfom data telemetry. It is also compatible with FiRa® PHY and MAC specifications.
It contains 6 devices modules (1xAoA and 5x non-AoA) based on Nordic nRF52840 inside a Murata 2AB SIP module with external Qorvo's LNA/PA. Customized application software can be developed and loaded via the USB or BLE.
Typical Applications
- High precision real time location systems
- Location-aware wireless sensor networks
- Asset tracking
- Factory / warehouse automation & security
- Healthcare staff & patient location
- Retail security, navigation & customer analytics
- Connected home
Product Categories
Application Categories
| Based On | QM33120W |
| Contents | 6 Development modules based on QM33120 UWB tranceivers 2 patented antennas under Licence 2 USB C cables |
| Ideal For | UWB technology evaluation in various infrastructure topologies Evaluation of an RTLS system Evaluation of Qorvo Nearby Interaction Develop a quick PoC with Data on MQTT server |
| RoHS | Yes |
| Lead Free | Yes |
| Halogen Free | Yes |
| ITAR Restricted | No |
| ECCN | EAR99 |