CPU Cooling
With intense use, the CPU may heat up, especially if it is mounted without a heat sink. If 65 ° C is exceeded,one GPIO pin goes to 1 to control the power on of...
Category: Orange PI
Configurations
COMPACT CONFIGURATION with an ADALM-PLUTO – Rasperry Pi 4 – ETHERNET Avantages Disadvantages – Well-known RPI4 – Wifi or Ethernet– 12 bits of Pluto dynamic – poor stability in frequency of the Adalm-Pluto May...
Characteristics
Characteristics Receiver SDR in reception: RTL-SDR (example: NESDR SMArt from Nooelec) or, HackRF One or, Adalm-Pluto RSP1, RSP1A MSI SDR Frequency: 1 MHz to 6 GHz (depending on the chosen SDR) Spectral band processed:...
Introduction to Remote SDR
Web based Transceiver “Remote SDR” or “SDR Distant” is a web application allowing to remotely control an amateur radio transceiver between 1 MHz and 6 GHZ. Its first application was the duplex control of...
VHF and UHF NBFM Transceiver
RTL-SDR is a low-cost receiver solution, covering VHF / UHF and using SDR (software radio) technology. SA818 is also a low-cost NBFM transceiver solution in VHF and UHF. Why not combine the 2 to...
Remote SDR v4
Web based Transceiver “Remote SDR” or “SDR Distant” is a web application allowing to remotely control an amateur radio transceiver between 1 MHz and 6 GHZ. Its first application was the duplex control of...
Remote SDR V4 – Raspberry Pi 4B or Orange Pi Zero 2 image installation
Remote SDR source code and images available on Github Here is the detailed procedure to install Remote SDR version 4 on a Raspberry Pi 4B with at least 2 GB of memory or an...
Remote SDR v4 – Manual Installation
Below is the detailed procedure to install Remote SDR version 4 on a Raspberry Pi 4 B (2GB) or an Orange Pi Zero 2. It is adaptable for other ‘Single Board Computer’ cards if...
Recent Comments