Complex venues with multiple wireless systems create challenging RF environments. Learn how professional RF combiners solve intermodulation interference problems by combining multiple transmitter signals into a single antenna output. Discover the difference between passive and active linear amplifier systems, plus practical tips for minimizing IM issues in crowded RF environments.
Read MoreDive into the drama of Crimson Tide and explore how reliable communication systems are critical to submarine operations. Discover how RDG’s innovations in RFDU technology could have changed the narrative in this cinematic thriller.
Read MoreThe 1980s and 1990s were a transformative period in communication technology. In this post, we delve into some of RDG's most notable projects from this era, highlighting the technological advancements that set the stage for modern communication systems.
Read MoreDiscover how Amplitude Compandored Sideband (ACSB) technology, once overlooked, is making a comeback to address modern communication challenges.
Read MoreSuper Bowl Sunday is coming up, and while most viewers will be focused on the game, or perhaps even more so on the ads, there is an important behind-the-scenes effort that goes on that is vital to the success of the entire effort. Frequency coordination!
Read MoreUntil recently, most CP (circularly polarized) antennas were for the UHF (ultra-high frequency) band, as VHF (very high frequency) CP antennas were too large and unwieldy for a lot of applications. That has all changed with the introduction of our CP-1V, a compact, circularly polarized antenna.
Read MoreEven better spectral efficiency is now possible without the need to purchase new hardware. Radio Design Group is offering the TS-1G trunking software package. This upgrade allows an existing UV-1G system to share the 6 inbound VHF channels with any number of beltpacks, resulting in a substantial increase in spectral efficiency.
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