5 | | The ORBIT testebed is home to a collection of [http://en.wikipedia.org/wiki/Software-defined_radio software defined radio (SDR)] device platforms including [http://warpproject.org/trac WARP], [http://sdr.osmocom.org/trac/wiki/rtl-sdr rtl-sdr], [http://www.ettus.com/ Ettus Research] [wiki:/Hardware/fDevices/gUSRP ( USRP I, N210, X310, B210), RTL-SDR], [http://nutaq.com/en Nutaq] [wiki:/Hardware/fDevices/hNutaq ZeptoSDR and PicoSDR], and [http://www.avnet.com/ Avnet] [http://www.orbit-lab.org/wiki/Hardware/fDevices/jCRKit Zynq SDR]. While most of the SDR devices are in the grid Most of these platforms are FPGA based |
6 | | * [wiki:Tutorials/k0SDR/Tutorial1 Getting Started with GNURadio] |
7 | | * [wiki:Tutorials/k0SDR/Tutorial2 Simple data transfer using OEDL Script] |
8 | | * [wiki:Tutorials/k0SDR/Tutorial3 Working with USRP2 on sandbox3] |
9 | | * [wiki:Tutorials/k0SDR/Tutorial4 USRP2 configration and data collection with OEDL script] |
10 | | * [wiki:Tutorials/k0SDR/Tutorial5 Observing the spectrum] |
11 | | * [wiki:Tutorials/k0SDR/Tutorial6 Data transfer with OFDM radio using OEDL Script] |
12 | | * [wiki:Tutorials/k0SDR/Tutorial7 MAC protocols adaption] |
13 | | * [wiki:Tutorials/k0SDR/Tutorial8 Transmitting wideband signals using USRP X310] |
| 5 | The ORBIT testebed is home to a collection of [http://en.wikipedia.org/wiki/Software-defined_radio software defined radio (SDR)] device platforms including [http://warpproject.org/trac WARP], [http://sdr.osmocom.org/trac/wiki/rtl-sdr rtl-sdr], [http://www.ettus.com/ Ettus Research] [wiki:/Hardware/fDevices/gUSRP ( USRP I, N210, X310, B210), RTL-SDR], [http://nutaq.com/en Nutaq] [wiki:/Hardware/fDevices/hNutaq ZeptoSDR and PicoSDR], and [http://www.avnet.com/ Avnet] [http://www.orbit-lab.org/wiki/Hardware/fDevices/jCRKit Zynq SDR]. While most of the devices are in the grid, number of [http://www.orbit-lab.org/wiki/Hardware/bDomains/cSandboxes sandboxes] are also equipped with SDR platforms and are suggested target for SDR learning and running tutorials (especially given that they are usually less busy than the main grid). |
| 7 | Most of the available SDR tutorials are using one of the three software platforms: |
| 8 | * Stand-alone C/C++ programs: [wiki:Tutorials/k0SDR/Tutorial4 USRP2 configration and data collection with OEDL script], [wiki:Tutorials/k0SDR/Tutorial5 Observing the spectrum] and [wiki:Tutorials/k0SDR/Tutorial8 transmitting wideband signals using USRP X310] |
| 9 | * [http://gnuradio.org/redmine/projects/gnuradio/wiki GNURadio:] As the "workhorse" of the SDR community, GNURadio . The available tutorials that are mostly scripted with [OEDL (version 5.4)] are: [wiki:Tutorials/k0SDR/Tutorial0 Getting Started] with GNURadio, working with [wiki:Tutorials/k0SDR/Tutorial3 USRP2 on sandbox3], data transfer [wiki:Tutorials/k0SDR/Tutorial1 using basic modulation] or [wiki:Tutorials/k0SDR/Tutorial6 OFDM], [wiki:Tutorials/k0SDR/Tutorial7 MAC protocols adaption] and creating [wiki:Tutorials/k0SDR/Tutorial8 custom GNURadio blocks for Nutaq platform]. |
| 10 | * [https://irissoftwareradio.wordpress.com/2013/03/27/the-iris-architecture/ Iris:] The [wiki:Tutorials/k0SDR/Tutorial9 OFDM transport] and [wiki:Tutorials/k0SDR/Tutorial10 ALOHA MAC] tutorials |