Because every current debate — 6 GHz, open RAN, spectrum sharing, DSA, national spectrum strategy — is a replay of past tensions dressed in new acronyms.
📘 700 MHz (former TV channels), 3.5 GHz (former radar), 6 GHz (incumbent links). Repurposing legacy bands is the real story of wireless progress — more than any single technology.
We often talk about 5G, 6G, Wi-Fi 7, and satellite mega-constellations as if they emerged from a vacuum. Spectrum History Book
But spectrum didn’t start with the FCC’s first license in 1927. It started with spark-gap transmitters, maritime distress calls, and the chaos of unregulated airwaves.
📘 From comparative hearings and lotteries to the first FCC spectrum auction in 1994 (PCS licenses). The shift unlocked billions in value — but also debates about access, equity, and speculation. Because every current debate — 6 GHz, open
If you want to understand where spectrum policy is going, read the history first. What’s the most important lesson from spectrum history that today’s industry is forgetting? Let’s discuss. 👇
Here’s a solid post concept for a blog, social media (LinkedIn or Twitter), or newsletter about — focusing on the value of documenting wireless/spectrum history and key lessons. Title: Why Every Wireless Professional Should Read the Spectrum History Book (Even If It’s Not Yet Written) We often talk about 5G, 6G, Wi-Fi 7,
📘 The shift from analog to digital, from fixed to cognitive radio, forced regulators to rewrite decades of assumptions. Spectrum history shows that yesterday’s smart allocation can be tomorrow’s anchor.
📘 CB radio, ISM bands (hello, Bluetooth and Wi-Fi), and now CBRS in the US show that sharing, when well-managed, can drive more innovation than exclusive licensing.
If there were a — a real, comprehensive volume — here’s what its chapters would teach us: