RF Zone

RF Software section is for those who want to try themselves out in designing or playing within the RF field. Enjoy it. If you know some software that you would like to share please leave a comment and I will review it and add it if it is appropriate. Thank you

Wireless LAN

NetStumbler - is a tool for Windows that facilitates detection of Wireless LANs using the 802.11b, 802.11a and 802.11g WLAN standards.

Satellites

Orbitron - is a satellite tracking system for radio amateur and observing purposes. It’s also used by weather professionals, satellite communication users, astronomers, UFO hobbyist and even astrologers.

Spectrum Analyzers

Spectran - is a program to do real time or deferred spectral analysis / waterfall display, in addition to real time audio filtering (band pass, denoising, band reject and CW peaking) of audio signals, using the PC sound card to digitize the input analog signal, or taking as input a WAV file. Its characteristics are well suited to dig weak signals buried into noise, thanks to a selectable bin size down to 21 millihertz. On the opposite site, it can visualize normal CW signals, resolving individual dots and dashes (with a reasonably fast PC).

RF Software section is for those who want to try themselves out in designing or playing within the RF field. Enjoy it. If you know some software that you would like to share please leave a comment and I will review it and add it if it is appropriate. Thank you

Wireless LAN

NetStumbler - is a tool for Windows that facilitates detection of Wireless LANs using the 802.11b, 802.11a and 802.11g WLAN standards.

Satellites

Orbitron - is a satellite tracking system for radio amateur and observing purposes. It’s also used by weather professionals, satellite communication users, astronomers, UFO hobbyist and even astrologers.

Spectrum Analyzers

Spectran - is a program to do real time or deferred spectral analysis / waterfall display, in addition to real time audio filtering (band pass, denoising, band reject and CW peaking) of audio signals, using the PC sound card to digitize the input analog signal, or taking as input a WAV file. Its characteristics are well suited to dig weak signals buried into noise, thanks to a selectable bin size down to 21 millihertz. On the opposite site, it can visualize normal CW signals, resolving individual dots and dashes (with a reasonably fast PC).