Remote SDR V5 -Raspberry 4B or Orange Pi Image Installation
Here is the detailed procedure to install Remote SDR in version 5, on a Raspberry Pi 4B with at least 2 GB of memory or an Orange Pi Zero 2. The latest images written...
Category: Raspberry Pi 4
Remote SDR v5 – Manual Installation
GNU RADIO 3.9 – Osmocom – Soapy SDR RTL-SDR – HackRF – Adalm-Pluto – RSP1 – RSP1A – SA818 Below is the detailed procedure for installing Remote SDR in version 5 on a Raspberry...
Remote SDR v5
Web based Transceiver “Remote SDR” 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 a station allowing...
Http and Https Server with Node JS and Socket.io
Behind this barbaric title, you will find below an example of a web server under linux with Node JS which allows: access in http: port 80 access in https: port 443 an express-based web...
QO-100 Transceiver
Web based transceiver developped by F1ATB Below is the connection diagram of the various modules making up the transceiver allowing links to QO-100 with the “Remote SDR” application. I have been using this system...
Watchdog
With a system (Remote SDR) running remotely 24 hours a day, we are not immune to a system crash and especially a loss of remote control. To remedy this, it is possible to set...
Communication Ports
For those who would like to open ports to communicate with the outside world, since version 5 of Remote SDR, all communications (audio, video, parameters) are done in https on port 443. This is...
Setting of GPIO outputs
It is possible to set the GPIO outputs according to the reception or transmission frequency. This is applicable for configurations with one or two orange PIs. This makes it possible to switch relays, for...
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...
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...
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...
Remote SDR v2 – Raspberry 4B image installation
Obsolete. Go here Remote SDR version 2.5 available on Github Here is the detailed procedure to install Remote SDR version 2 on a Raspberry Pi 4B with at least 2 GB of memory. The...
Remote SDR V2 – Manual installation
Below is the detailed procedure to install Remote SDR version 2 on a Raspberry Pi 4 B (2GB), an Orange Pi One Plus or an Orange Pi Zero 2. It is adaptable for other...
NBFM Transceiver with Pluto SDR and GNU Radio
The first step consists of installing GNU Radio and the interface to Adalm-Pluto or PlutoSDR on an Orange Pi One Plus running under Armbian. Then as an example, we will study the realization of...
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