Allocate's Universal Software Radio Peripheral
Allocate's customized USRP products are fully compatible with and replace the European and American brands, and the special features compared with other brands are: 1. Unlike others, allocate USRP have no system instability after countless times and ultra-long time testing. 2. More compact and delicate size. 3. Very competitive price. 4. Support customization service.
USRP B200mini-i
Kit SDR Software Defined Radio 70MHz-6GHz Supports Full Duplex Communication for Radios.
Parameters:
Input Output:
- DC voltage input: 5V
Conversion module parameters:
- ADC sampling rate (maximum): 61.44MS/s
- ADC resolution: 12bits
- DAC sampling rate: 61.44MS/s
- ADC resolution: 12bits
- Maximum rate with host (16b): 61.44MS/s
- Local oscillator accuracy: ±2.0ppm
RF performance parameters:
- Input third-order intercept point: -20dBm
- Output power: >10dBm
- Noise figure: <8dB
Conversion module parameters:
- ADC sampling rate (maximum): 61.44MS/s
- ADC resolution: 12bits
- DAC sampling rate: 61.44MS/s
- ADC resolution: 12bits
- Maximum rate with host (16b): 61.44MS/s
- Local oscillator accuracy: ±2.0ppm
RF performance parameters:
- Input third-order intercept point: -20dBm
- Output power: >10dBm
- Noise figure: <8dB
Features:
- Highly integrated, radio frequency ranges from 70MHz-6GHz
- Support maximum real-time bandwidth 56MHz, 61.44MS/s reference sampling rate
- Support full duplex communication
- Supports high-speed USB 3.0 connection
- 10 MHz reference or PPS synchronization trigger
- Physical size: 83.3 x 50.8 x 8.4 mm
- Open source UHD supports multiple frameworks
- User programmable for Spartan 6 XC6SLX75 FPGA
- Operating temperature range: -20 to 60°C
- All aluminum alloy shell
- GPIO interface and JTAG interface, support for controlling external devices and debugging FPGA programs
- Requires UHD 3.9.0 or newer driver version support
- Support for GNU Radio open-source software framework
Performance Description:
It is a software radio equipment. The design of the equipment is very exquisite, only the size of a business card, and supports 1 receiving and 1 sending full duplex communication. The device integrates an AD9364 radio frequency chip for Analog Devices and a programmable FPGA for Xilinx Spartan-6, with a frequency range of 70MHz to 6GHz. This flexible and convenient platform is very suitable for hobbyists and OEM applications. The maximum instantaneous bandwidth of the transceiver channel of the device is 56MHz, and it is connected to a computer through its USB 3.0 interface. The USB interface also assumes the function of supplying power to the device. It also includes a set of GPIO interfaces and a PPS trigger signal input port for synchronization (this port can also be configured as a 10MHz reference clock input port). It supports USRP hardware driver (UHD). UHD compatibility enables users to efficiently develop applications and then seamlessly migrate to high-performance USRP X series or embedded USRP E series devices.
It is a software radio equipment. The design of the equipment is very exquisite, only the size of a business card, and supports 1 receiving and 1 sending full duplex communication. The device integrates an AD9364 radio frequency chip for Analog Devices and a programmable FPGA for Xilinx Spartan-6, with a frequency range of 70MHz to 6GHz. This flexible and convenient platform is very suitable for hobbyists and OEM applications. The maximum instantaneous bandwidth of the transceiver channel of the device is 56MHz, and it is connected to a computer through its USB 3.0 interface. The USB interface also assumes the function of supplying power to the device. It also includes a set of GPIO interfaces and a PPS trigger signal input port for synchronization (this port can also be configured as a 10MHz reference clock input port). It supports USRP hardware driver (UHD). UHD compatibility enables users to efficiently develop applications and then seamlessly migrate to high-performance USRP X series or embedded USRP E series devices.
Application:
- OEM and system integration: The device is only the size of a business card and is cost-effective, making it very suitable for integration into other wireless systems. The Ref/PPS port can be used to synchronize with other devices in the system, and the GPIO port can be used to control other devices in the system.
- Software radio enthusiasts and novices: The UHD driver provides a very rich API programming interface, which is convenient for novices to get started quickly and shorten the development time of radio enthusiasts in FM/AM broadcasting, cellular networks and other applications.
- Wireless signal detection and analysis: The software framework for GNU Radio provides a wealth of tools and algorithm modules, making it easy for us to detect and analyze wireless signals.
- OEM and system integration: The device is only the size of a business card and is cost-effective, making it very suitable for integration into other wireless systems. The Ref/PPS port can be used to synchronize with other devices in the system, and the GPIO port can be used to control other devices in the system.
- Software radio enthusiasts and novices: The UHD driver provides a very rich API programming interface, which is convenient for novices to get started quickly and shorten the development time of radio enthusiasts in FM/AM broadcasting, cellular networks and other applications.
- Wireless signal detection and analysis: The software framework for GNU Radio provides a wealth of tools and algorithm modules, making it easy for us to detect and analyze wireless signals.
Low-cost software-defined radio equipment
The B200mini can be used in a wide range of applications, including broadcasting, mobile phones, GPS, WiFi, ISM FM and TV signals, etc. Users can quickly develop some radio applications with GnuRadio or participate in some open-source software-defined radio projects. With the support of UHD, by updating the USRP system, users can reuse existing designs, such as some open-source frameworks, HDSDR and Openbts.
Package Included:
- 1 x Host
- 2 x Telescopic Antennas (for 60M-1G)
- 2 x Black Antennas (center frequency 2.4G)
- 1 x Micro USB 3.0 Cable
- 2 x SMA Male to Male Connector
- 3 x SMA Calibration
- 1 x Host
- 2 x Telescopic Antennas (for 60M-1G)
- 2 x Black Antennas (center frequency 2.4G)
- 1 x Micro USB 3.0 Cable
- 2 x SMA Male to Male Connector
- 3 x SMA Calibration
USRP B205 Mini:
B205 Mini Software Radio SDR RF Development Board Learning Evaluation Board Firmware Compatible Open Source UHD. size, software, and firmware are fully compatible replacement for the Ettus USRP205. supports SDR#, indoors you will be able to receive a superb number of radio stations, and each spike is a radio station. Provide detailed FPGA radio development board information.
USRP B210
Main features
Highly integrated, two-channel transceiver, RF range from 70 MHz to 6 GHz
The early prototype platform of the AD9364 RFIC chip of Analog Devices
Low-cost software-defined radio equipmentThe B210 can be applied in a wide range of fields, including broadcasting, mobile phones, GPS, WiFi, ISM FM and TV signals, etc. Users can quickly develop some radio applications with GnuRadio or participate in some open-source software-defined radio projects. With the support of UHD, by updating the USRP system, users can reuse existing designs, such as some open-source frameworks, HDSDR and Openbts. Here are some applications that can be achieved with the B210.
The system structure of B210
The B210 adopts a design where the RF front-end is integrated on the mainboard of the AD9361. The single-chip microcomputer directly converts the transceiver and can provide up to 56 MHz bandwidth in real time. The B210 uses the AD9361 signal chain to provide coherent MIMO capability. On-board signal processing and control are carried out through the Spartan6 FPGA connected to the AD9361 and a SuperSpeed USB 3.0 host using an xc6slx150. The B210 offers a maximum throughput of 61.44 MS/s and is connected to a PC via the UHD API, providing a real-time bandwidth of up to 56 M. For more detailed related data, please refer to the USRP B200/B210 benchmark table.
The B210 adopts a design where the RF front-end is integrated on the mainboard of the AD9361. The single-chip microcomputer directly converts the transceiver and can provide up to 56 MHz bandwidth in real time. The B210 uses the AD9361 signal chain to provide coherent MIMO capability. On-board signal processing and control are carried out through the Spartan6 FPGA connected to the AD9361 and a SuperSpeed USB 3.0 host using an xc6slx150. The B210 offers a maximum throughput of 61.44 MS/s and is connected to a PC via the UHD API, providing a real-time bandwidth of up to 56 M. For more detailed related data, please refer to the USRP B200/B210 benchmark table.
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