Updated README
Updated README to include basic information about the project (Scraped from the Kickstarter page mostly) and relocated the Firmware Build Notes to be under the Source folder
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Jeffersonbenson
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README.md
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README.md
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@ -2,46 +2,38 @@ PSDR
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====
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PortableSDR - A Stand Alone HF Software Defined Transciever.
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[Hackaday.io Link](https://hackaday.io/project/1538-portablesdr)
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The PortableSDR is an all-in-one solution for ham operators, hikers, backpackers, and DIY enthusiasts who are looking for an open-source QRP (low-power) radio for communication. It is a fully stand-alone HF/Shortwave Software Defined Radio (SDR) Transceiver and includes a Vector Network Analyzer and Antenna Analyzer as well as GPS, perfect for portable operations in a variety of conditions. It is designed to be a flexible platform for development, a learning aid, and and a useful instrument for electronics enthusiasts.
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## Features
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Firmware Build Notes
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====================
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- Coverage from 0 to 35MHz
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- Waterfall display that lets you see radio signals
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- Receives AM, USB (Upper Side Band), LSB (Lower Side Band), and Morse code (CW)
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- Modulates USB and LSB signals
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- Variable bandpass filter
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* Install gcc-arm-none-eabi: apt-get install gcc-arm-none-eabi, or download from https://launchpad.net/gcc-arm-embedded/4.7
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* Download Eclipse Kepler, v4.3 for C/C++ dev from https://eclipse.org/downloads/packages/release/Kepler/SR2
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* Help -> Install New software
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* add Name: GNU ARM, Location: http://gnuarmeclipse.sourceforge.net/updates
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* Click the radio button, and hit next, next, agree to the license, finsh, Hit OK to allow unsigned contents
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* Restart eclipse
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* Help -> Install New Software
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* same as before,add: Name: Zylin Embedded CDT, Location: http://opensource.zylin.com/zylincdt
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* sudo apt-get install openocd
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* File -> import -> Existing Projects into Workspace (May be a better way here!)
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* Navigate to the PSDR/Source directory and add it.
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* hit Build All
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## Hardware
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You should end up with PSDR/Source/Debug/PSDR.elf which is the binary firmware file
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- Powerful ARM processor
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- Color LCD display
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- Dual DDS frequency Synthesizers
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- Quadrature Sampling Detector & Exciter
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- Digitally controllable instrumentation amplifiers
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- Morse Code key (the "Giblet" on the bottom right corner of the enclosure)
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- Magnitude & Phase measurement chip (for VNA and antenna analysis functions) with Impedance Bridge
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- Dual SMA connectors, smartphone style earphone/microphone connector, and USB port
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- GPS
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- Built in Microphone and Speaker
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- Internal Lithium Polymer battery with charger and high efficiency switching regulator
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- MicroSD slot
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- Pads for grabbing raw I/Q signals, both in and out.
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TODO: Flashing firmware to the PSDR instructions
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## Why did I make it?
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I'm an avid backpacker and radio enthusiast. To me there is something exciting about making contact with others from remote locations where cell phones and the internet can't reach. I wanted an advanced radio that was ideally suited to tough environments. That meant I it needed to be very compact, integrated, and durable. As an engineer, I wanted an open platform that really takes advantage of the hardware and has the potential to grow and be used for other applications.
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There are numerous, excellent radios out there, but none offered the combination I wanted. The best radios are closed source, larger, and expensive, while most open designs are very basic and lacking in flexibility.
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New Architecture Build Instructions (WIP):
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Windows:
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1. Install the GNU Tools ARM Embedded. Add bin (not arm-none-eabi/bin) to path?
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2. Navigate to firmware directory in shell and execute: make
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3. Use whatever editor you want for the files
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For eclipse:
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1. File->New->Project...
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2. C/C++->Makefule Project with Existing Code, "Next"
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3. Browse to the root directory of the PSDR firmware
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4. I have been selecting "Cross ARM GCC" not sure if that's needed. "Next"
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5. Right click on the project in the Project Explorer and select settings. In C/C++ Build, uncheck "Use default build command" and type "make" (or "make VERBOSE=1") without the quotes. Clock "OK"
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6. Try to build the project: CTRL-B or Project Menu->Build-All or right click on the project->Build Project
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7. TODO: Set up debugging. Fix all the error messages that come up.
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For some reason this doesn't work for me unless I build it at least once from the command line. Also, if I do a make clean, I have to build from the command line. More to learn!
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## Contributing
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Please read our [Contributing.md](CONTRIBUTING.md) for ways to help keep this project going.
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@ -0,0 +1,36 @@
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Firmware Build Notes
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====================
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* Install gcc-arm-none-eabi: apt-get install gcc-arm-none-eabi, or download from https://launchpad.net/gcc-arm-embedded/4.7
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* Download Eclipse Kepler, v4.3 for C/C++ dev from https://eclipse.org/downloads/packages/release/Kepler/SR2
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* Help -> Install New software
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* add Name: GNU ARM, Location: http://gnuarmeclipse.sourceforge.net/updates
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* Click the radio button, and hit next, next, agree to the license, finsh, Hit OK to allow unsigned contents
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* Restart eclipse
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* Help -> Install New Software
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* same as before,add: Name: Zylin Embedded CDT, Location: http://opensource.zylin.com/zylincdt
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* sudo apt-get install openocd
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* File -> import -> Existing Projects into Workspace (May be a better way here!)
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* Navigate to the PSDR/Source directory and add it.
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* hit Build All
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You should end up with PSDR/Source/Debug/PSDR.elf which is the binary firmware file
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TODO: Flashing firmware to the PSDR instructions
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New Architecture Build Instructions (WIP):
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Windows:
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1. Install the GNU Tools ARM Embedded. Add bin (not arm-none-eabi/bin) to path?
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2. Navigate to firmware directory in shell and execute: make
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3. Use whatever editor you want for the files
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For eclipse:
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1. File->New->Project...
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2. C/C++->Makefule Project with Existing Code, "Next"
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3. Browse to the root directory of the PSDR firmware
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4. I have been selecting "Cross ARM GCC" not sure if that's needed. "Next"
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5. Right click on the project in the Project Explorer and select settings. In C/C++ Build, uncheck "Use default build command" and type "make" (or "make VERBOSE=1") without the quotes. Clock "OK"
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6. Try to build the project: CTRL-B or Project Menu->Build-All or right click on the project->Build Project
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7. TODO: Set up debugging. Fix all the error messages that come up.
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For some reason this doesn't work for me unless I build it at least once from the command line. Also, if I do a make clean, I have to build from the command line. More to learn!
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