HackRF: an open source SDR transceiver

HackRF prototype (Source: ossmann.blogspot.com)

HackRF prototype (Source: ossmann.blogspot.com)

[From my shortwave radio blog…]

Michael Ossmann is making a business out of developing and producing open-source hardware.

His latest creation is called HackRF, and in less than a day, it has been fully backed on Kickstarter raising over $290,000 US with 25 days left to go in the campaign (at time of posting). Backers can contribute to this campaign with some confidence as Ossmann has successfully delivered products from Kickstarter in the past.

What makes HackRF unique is the fact that the stand alone unit can operate between 30 MHz and 6 GHz; a frequency range substantially wider than any SDR currently on the market. Indeed, when combined with the Ham It Up converter, the HackRF will also cover HF bands and lower.

Additionally, HackRF is a fully open-source transceiver; applications are limited only to a developer’s imagination. You could potentially use HackRF for ham radio, radio astronomy, scanning, shortwave radio listening, remote control applications, wide band monitoring, and commercial/industrial applications. If you use two HackRFs in tandem, they’ll even work in full-duplex applications.

Though the project is fully-backed, you can still support HackRF in the Kickstarter phase and save a bit on the eventual retail cost of the unit. Production units are expected to ship early 2014. Check out the HackRF Kickstarter video below:

Additional information:

This entry was posted in Announcements, News, Product Announcements, Software Defined Radio and tagged , . Bookmark the permalink.

2 Responses to HackRF: an open source SDR transceiver

  1. Pingback: HackRF: Open Source SDR Transceiver

  2. CS says:

    What do you think about the idea of using a HackRF as a ham radio transceiver? Using sharp, High Q band pass filters to ensure a clean signal, and of course at least a two or three stage RF power amplifier?

    Perhaps using an upconverter in a bidirectional manner?

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.