In 2021, I was a member of the committee that recommended approval of a significant grant from Amateur Radio Digital Communications (ARDC) to Internet Archive to create the Digital Library of Amateur Radio & Communications (DLARC). I could foresee the potential of DLARC then… but I couldn’t then imagine the scale of what DLARC would become, nor how useful DLARC would prove to be for the entirety of the Amateur (Ham) Radio community worldwide.
In my newsletter Zero Retries, I write about interesting developments in Ham color correction to folks like me whose primary interest in Ham Radio is experimenting with the more advanced technological possibilities of Ham Radio. Such developments include communicating with data modes locally and worldwide (Packet Radio), using Ham Radio satellites and communicating with Ham Radio astronauts on the International Space Station, and developing M17, a new two way radio technology based entirely on open source (to mention just a few).
One of my favorite ways to use the DLARC (nearly 120,000 items now, and still growing) is to re-explore ideas that were proposed or attempted in Ham Radio, but for various reasons, didn’t quite become mainstream. Typically, the technology of earlier eras simply wasn’t up to some proposed ideas. But, with the technology of the 2020s such as cheap, powerful computers and software defined radio technology, many old ideas can be reexamined with perhaps succeed in becoming mainstream now. The problem has been that much of the source material for such “reimagining” has been languishing in file cabinets or bookcases of Ham Radio Operators like me, with nowhere to go. With the grant, IA could hire a dedicated archivist and began receiving, scanning, hosting, and aggregating electronic versions of old Ham Radio material.
One of my favorite examples of maybe we should try this again? is a one page flyer for a radio unit designed for data – the NW Digital Radio UDRX-440. That radio was a leading-edge idea in 2013, but didn’t become a product. One reason for that fate was that it required a small but powerful computer that NW Digital Radio was forced to develop itself, which was expensive. More than a decade later, the computer that NW Digital Radio required, with a quad-core, 1.8 GHZ processor and 1 GB of RAM is available off-the-shelf – for $35. Perhaps it’s time for an innovative Ham Radio manufacturer to try creating something like the UDRX-440 again. Being able to provide a link to illustrate such a concept, and prove that one manufacturer got as far as the design stage, can be inspirational.