The race toward 6G, precision sensing, ultra‑high‑capacity links, and next‑gen industrial automation is pushing wireless technology into the 95 GHz and above spectrum. It’s a region packed with promise—massive bandwidth, unprecedented resolution, and transformative new applications. But it’s also one of the toughest environments engineers have ever attempted to tame.
At these extreme frequencies, everything becomes a challenge: sky‑high path loss, intense atmospheric absorption, fragile materials performance, tight beam alignment, and hardware that’s pushed to its physical limits. Even short‑range links demand breakthrough thinking. And while innovators are ready to build, regulatory frameworks still lag behind the pace of technology.
This high‑energy joint webinar from the mmWave Coalition (www.mmWaveCoalition.org) and the World of Connected AI (www.WCA.org) dives into the real obstacles slowing progress above 95 GHz—and the groundbreaking solutions emerging from industry, academia, and policy leaders. We’ll explore:
- Why 95 GHz+ is essential for 6G, advanced sensing, and ultra‑dense connectivity
- The physics that make these bands uniquely difficult
- Device, antenna, and materials challenges that define the sub‑THz frontier
- The regulatory gaps that must be closed to unlock innovation
- The technologies rewriting the rules: RIS, AI‑driven channel modeling, new materials, and more
If you are building the future of wireless - or want to understand where the next wave of disruption is coming from - this session delivers the clarity, urgency, and vision you need.
