Jan 1, 2024
Jan 1, 2024
The Linux UWB Dev Kit for QM35825 enables to quickly discover the world of Ultra-Wideband, especially the ranging & radar capabilities. Without any prior experience, you will discover UWB, prototype & develop application through the “Getting Started Guide”. The Qorvo Explorer App (GUI) demonstrates quickly the capabilities of the QM35825 device: • Precise measurement of the distance between 2 UWB devices (± 5 cm accuracy) • Direction of other UWB device (± 2° angle accuracy) • Radar scanning of nearby environment (presence detection – are you nearby the sensor?) • The UQT python tool enables the development of your own script based on the ranging & radar API stack provided by Qorvo (Fira3.0 certified). The “Getting Start Guide” explains how UWB ranging accurately tracks the position and the movement of a UWB device. The SDK will demonstrate how to write applications under Linux® based on the the Qorvo stack (Fira3.0 certified). This application written in C/C++ is executed on the Raspberry PI 4 integrated to the kit. The “Getting Start Guide” explains how UWB ranging accurately tracks the position and the movement of a UWB device.
May 14, 2025
The Qorvo® QM33120WDK2 is an all-in-one, ready-to-use development kit for the 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 QM14068 Low Noise Amplifier and QM14070 Power Amplifier. The boards can be configured as a tag or as an anchor. Customized application software can be developed and loaded via the USB or BLE.
May 16, 2025
The Qorvo® QM33120WDK1 is a development kit for the low power, low cost QM33110W and QM33120W UWB transceivers. This kit can be used to evaluate the hardware performance of the devices in TWR, TDoA and AoA systems and can help to build an evaluation real time location system (RTLS). It also enables the development of applications based on DW3110, DW3120, DW3210, DW3220 UWB transceivers. It includes two different daughter boards (AoA and non-AoA) mounted on two Nordic nRF52840 DK evaluation boards. Application firmware development is facilitated by the features of the Nordic boards such as on-board J-Link debugger, USB and Bluetooth® Low Energy interfaces. The QM33120WDK1 is designed to develop applications compatible with PHY and MAC FiRa™ specifications.
Jan 13, 2023
Qorvo's MDEK1001 ultra-wideband (UWB) development kit provides customers with the necessary hardware, software and development environment to quickly evaluate Qorvo's UWB technology for use in a scalable real time location system (RTLS). This kit includes 12 DWM1001-DEV development boards in plastic enclosures. Each can be configured as an anchor, tag or bridge node.
Dec 22, 2020
Qorvo's DWM3001CDK has been developed as a design kit for the DWM3001C fully integrated (UWB) module based on the Qorvo DW3110 IC. This kit can be used to evaluate hardware performance as a TWR or TDoA Tag and build an evaluation real time location system (RTLS). Two micro USB ports connect to the J-Link and DWM3001C USB interface. An on-board J-Link debugger provides SWD and UART interfaces to the DWM3001C. Two micro USB ports connect to the J-Link and DWM3001C USB interface. The board can be powered from either of these USB ports, a Raspberry Pi interface, a battery or an external power supply. The DWM3001CDK is interoperable with the Apple U1 & U2 chip. The DWM3001C is designed to be compliant to the FiRa™ PHY and MAC specifications enabling interoperability with other FiRa™ compliant devices.
Jun 7, 2021
Qorvo's DWM3000EVB is an Arduino form factor compatible shield designed for the evaluation of the DWM3000 ultra-wideband (UWB) module for use in a scalable real time location system (RTLS). This Arduino shield can be used with the customer's choice of microcontroller. The Arduino shield form factor is supported by many MCU vendors including STMicroelectronics, Nordic Semiconductor and more. The DWM3000EVB is designed to be compliant to the FiRa™ PHY and MAC specifications enabling interoperability with other FiRa™ compliant devices. The DWM3000EVB is interoperable with the Apple U1 & U2 chip. DWM3000EVB was formerly known as DWS3000.
Dec 22, 2020
Qorvo's DWM1001-DEV is a plug-and-play development board for evaluating the features and performance of the DWM1001C ultra-wideband (UWB) transceiver module. Users of this development board can easily assemble a fully wireless real time location system (including anchors, tags & gateways) without designing any hardware or writing a single line of code and quickly progress into developing an application. Please see MDEK1001 for a development kit featuring 12 of these development boards in plastic enclosures.
Dec 22, 2020
在Qorvo，客户是我们工作的核心组成部分，我们希望您与我们的每一次互动都能像我们的产品一样可靠。如果您有任何疑问，或遇到未按预期工作的情况，请告诉我们。
与Qorvo社区互动，提出技术问题并分享见解。
获取技术、应用或客户支持，以及供应链更新与常见问题解答。
联系我们的销售团队，获得量身定制的解决方案、专家指导，并了解最新技术。
Jan 1, 2024
Jan 1, 2024
The Linux UWB Dev Kit for QM35825 enables to quickly discover the world of Ultra-Wideband, especially the ranging & radar capabilities. Without any prior experience, you will discover UWB, prototype & develop application through the “Getting Started Guide”. The Qorvo Explorer App (GUI) demonstrates quickly the capabilities of the QM35825 device: • Precise measurement of the distance between 2 UWB devices (± 5 cm accuracy) • Direction of other UWB device (± 2° angle accuracy) • Radar scanning of nearby environment (presence detection – are you nearby the sensor?) • The UQT python tool enables the development of your own script based on the ranging & radar API stack provided by Qorvo (Fira3.0 certified). The “Getting Start Guide” explains how UWB ranging accurately tracks the position and the movement of a UWB device. The SDK will demonstrate how to write applications under Linux® based on the the Qorvo stack (Fira3.0 certified). This application written in C/C++ is executed on the Raspberry PI 4 integrated to the kit. The “Getting Start Guide” explains how UWB ranging accurately tracks the position and the movement of a UWB device.
May 14, 2025
The Qorvo® QM33120WDK2 is an all-in-one, ready-to-use development kit for the 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 QM14068 Low Noise Amplifier and QM14070 Power Amplifier. The boards can be configured as a tag or as an anchor. Customized application software can be developed and loaded via the USB or BLE.
May 16, 2025
The Qorvo® QM33120WDK1 is a development kit for the low power, low cost QM33110W and QM33120W UWB transceivers. This kit can be used to evaluate the hardware performance of the devices in TWR, TDoA and AoA systems and can help to build an evaluation real time location system (RTLS). It also enables the development of applications based on DW3110, DW3120, DW3210, DW3220 UWB transceivers. It includes two different daughter boards (AoA and non-AoA) mounted on two Nordic nRF52840 DK evaluation boards. Application firmware development is facilitated by the features of the Nordic boards such as on-board J-Link debugger, USB and Bluetooth® Low Energy interfaces. The QM33120WDK1 is designed to develop applications compatible with PHY and MAC FiRa™ specifications.
Jan 13, 2023
Qorvo's MDEK1001 ultra-wideband (UWB) development kit provides customers with the necessary hardware, software and development environment to quickly evaluate Qorvo's UWB technology for use in a scalable real time location system (RTLS). This kit includes 12 DWM1001-DEV development boards in plastic enclosures. Each can be configured as an anchor, tag or bridge node.
Dec 22, 2020
Qorvo's DWM3001CDK has been developed as a design kit for the DWM3001C fully integrated (UWB) module based on the Qorvo DW3110 IC. This kit can be used to evaluate hardware performance as a TWR or TDoA Tag and build an evaluation real time location system (RTLS). Two micro USB ports connect to the J-Link and DWM3001C USB interface. An on-board J-Link debugger provides SWD and UART interfaces to the DWM3001C. Two micro USB ports connect to the J-Link and DWM3001C USB interface. The board can be powered from either of these USB ports, a Raspberry Pi interface, a battery or an external power supply. The DWM3001CDK is interoperable with the Apple U1 & U2 chip. The DWM3001C is designed to be compliant to the FiRa™ PHY and MAC specifications enabling interoperability with other FiRa™ compliant devices.
Jun 7, 2021
Qorvo's DWM3000EVB is an Arduino form factor compatible shield designed for the evaluation of the DWM3000 ultra-wideband (UWB) module for use in a scalable real time location system (RTLS). This Arduino shield can be used with the customer's choice of microcontroller. The Arduino shield form factor is supported by many MCU vendors including STMicroelectronics, Nordic Semiconductor and more. The DWM3000EVB is designed to be compliant to the FiRa™ PHY and MAC specifications enabling interoperability with other FiRa™ compliant devices. The DWM3000EVB is interoperable with the Apple U1 & U2 chip. DWM3000EVB was formerly known as DWS3000.
Dec 22, 2020
Qorvo's DWM1001-DEV is a plug-and-play development board for evaluating the features and performance of the DWM1001C ultra-wideband (UWB) transceiver module. Users of this development board can easily assemble a fully wireless real time location system (including anchors, tags & gateways) without designing any hardware or writing a single line of code and quickly progress into developing an application. Please see MDEK1001 for a development kit featuring 12 of these development boards in plastic enclosures.
Dec 22, 2020
在Qorvo，客户是我们工作的核心组成部分，我们希望您与我们的每一次互动都能像我们的产品一样可靠。如果您有任何疑问，或遇到未按预期工作的情况，请告诉我们。
与Qorvo社区互动，提出技术问题并分享见解。
获取技术、应用或客户支持，以及供应链更新与常见问题解答。
联系我们的销售团队，获得量身定制的解决方案、专家指导，并了解最新技术。
