The session focused on using Hamina Wireless for Wi‑Fi design in a hockey arena, covering sloped floors, raised floors, walls, and attenuation objects. Ferney demonstrated scaling the floor plan, drawing sloped seating with stairs, and adding crowd attenuation. The group modeled dasher boards and protective glass, with Jerry explaining how to stack materials without replacing them by holding Shift. Walid and Johan shared tips for drawing raised floors and sloped areas efficiently. The session also included licensing setup, resource links, and a brief discussion on comparing Hamina and Ekahau for on‑site surveys.
Chat Notes:
00:12:03 Ferney Muñoz: https://robinwifi.eu/tools/hamina-objects/
00:12:55 Ferney Muñoz: https://ai-tools.teigenrf.org/
00:20:45 Guillermo Parra: NHL-standard ice hockey rink, the playing surface is: Length: 200 ft (60.96 m) Width: 85 ft (25.91 m) Ice area: 17,000 ft² (≈1,579m²)
00:49:21 Guillermo Parra: The barrier around a hockey rink is generally called the boards or dasher boards.
The transparent section above them is called the protective glass or shielding. So for a drawing or RF design, I would label it:
Hockey Rink Dasher Boards & Protective Glass
00:50:20 Guillermo Parra: ComponentﾠTypical HeightﾠMetric
Dasher boardsﾠ40–48 in (3.3–4 ft)ﾠ1.0–1.2 m
Protective glass – sidesﾠ5–6 ft above boardsﾠ1.5–1.8 m
Protective glass – ends/cornersﾠ6–8 ft above boardsﾠ1.8–2.4 m