LibbladeRF will automatically load the corresponding RBF from ~/.config/Nuand/bladeRF/, ~/.Nuand/bladeRF/, and /etc/Nuand/bladeRF/ on Linux and OS X. How do I avoid having to manually load the FPGA every time?
The bladeRF 2.0 micro’s power circuitry will automatically select the best power supply. If more than 4.5 Watts of power consumption is anticipated, a PSU should be plugged in the bladeRF. The power consumption of the device can be monitored from bladeRF-cli by running `print hardware`. The bladeRF 2.0 micro draws its power from USB and most normal use cases fit entirely within the 4.5 Watt power budget of USB 3.0. In some situations, performance may be impacted. However, XHCI emulation should be enabled to ensure the bladeRF communicates to the VM using SuperSpeed speeds. Yes, the bladeRF should work in a Virtual Machine (VM). Does the bladeRF run in a Virtual Machine? Instructions can be found on the bladeRF wiki - What development environments are supported?Īs of version 2.0.0, libbladeRF ships with a lightweight C library, MATLAB and Simulink plugins, and Python bindings.
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The most effective way of using and developing with Software Defined Radios on Linux is to use PyBOMBs. To ensure the latest software support, consider compiling from source by following step by step instructions here What is the best way to get started on Linux? The bladeRF 2.0 micro works with Windows, OS X, and a wide variety of Linux distributions (including Ubuntu, CentOS, Debian, Arch). The BT-100 PA and BT-200 LNA are two wideband amplifiers designed specifically for the bladeRF 2.0 micro.
The bladeRF 2.0 micro features bias-tee circuitry that allows the device to directly power amplifiers through the SMA ports. The xA9 has about 290KLE free, making it ideal for accelerating modems in HDL. The xA9 features the largest in class FPGA with a 301KLE Altera FPGA. The xA4 variant is a 49KLE Altera FPGA that has about 30KLE free. The bladeRF 2.0 micro comes in two variants the xA4 and the xA9. What is the difference between the xA4 and xA9?
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