MC
G32W01Repeater
abb8b6c03e45 · Washington
● Heard 1 h agovia analyzer.cascadiamesh.org
Who hears it
76 stations · 7 days · 61 listed here- PalouseMesh-obs46910.0 dB
- BeeBot🐝3564.4 dB
- The Woods Observer3253.3 dB
- SalemBot217-1.2 dB
- PacketPal 👁️2106.5 dB
- Illuminate Observer19510.2 dB
- Wasco Observer988.8 dB
- DLS-Observer884.8 dB
- Mark Bot ☕7211.5 dB
- Astor Repeater685.9 dB
- Wood Hood 🌲596.0 dB
- ka.RFz🛰️cli-nwr5813.4 dB
- dlmBot52-0.3 dB
- Woodward Repeater50-2.4 dB
- Grant Park Repeater424.2 dB
- AI7NC-QTH401.6 dB
- OR-City Repeater340.7 dB
- KiekR_Mark 2b ☕33-3.2 dB
- NT3SOb31-0.1 dB
- RavensObserver293.2 dB
- Joey TN-M724-2.8 dB
- EPH Observopeater199.8 dB
- Church Chat1811.9 dB
- Cherry Crest Observer 🍒18-1.7 dB
- Schips🐾Show📊184.3 dB
- SQVoyeur16-0.9 dB
- QueenAnneChonk 😸166.0 dB
- #bot-kelso157.9 dB
- N1TJT-WioTrackerL1152.2 dB
- The Crosswinds14-4.8 dB
- Mr Roboto122.8 dB
- 😼PTR - Port WA Narrows115.3 dB
- K7FSX-Greenwood-Obs112.0 dB
- Hillcrest Observer102.4 dB
- 🏡 Andrew101.6 dB
- Asic Repeater10-0.6 dB
- First Hill 🏥97.6 dB
- OlyMesh_SE83.5 dB
- I5 Beacon Apts SolarPtr73.1 dB
- Kelso OpenHop Rptr77.8 dB
- Rainier View SolarPtr70.7 dB
- Powerline Trail72.7 dB
- NettleNet-Lopez-RS67.3 dB
- Shad Obs6-1.6 dB
- pyRpt8059612.6 dB
- The Bunkhouse611.8 dB
- HOWL Repeater68.3 dB
- Ahtanum Flock65.0 dB
- FlightlessDt🥝54.2 dB
- The Particle Forest511.8 dB
- MQTT Observer55.8 dB
- AST-Observer52.3 dB
- Hot Ratpeater Summer5-2.2 dB
- ToledoWA.SW Observer511.1 dB
- Will-K7WIL-PC57.0 dB
- 🕶️⛈️ WX7RAW Observer511.8 dB
- Howl openHop 🐰53.3 dB
- Woodhell Schism4-3.5 dB
- CricketPie46.3 dB
- Red HTv3 (1.16.0)412.0 dB
- Hot Rat Park Hill40.3 dB
- 🌮TacoBot312.2 dB
- SELAHWA-ROOF-Tinkerer34.7 dB
- HOWL V4.2 🙉311.9 dB
- Asta G3211.9 dB
- HowlBot🤖26.9 dB
- SEA Bellevue TamO24.0 dB
- Peter KJ7JXC 🏠23.3 dB
- Naches Flock22.9 dB
- JazzyBase2-6.5 dB
- Gleed Room Observer 210.4 dB
- Westgate - Tacoma24.0 dB
- Vassault Park - Tacoma25.0 dB
- Shad-OH-obs1-1.8 dB
- Presence👩🔧🤖Auburn13.3 dB
- Fir Tree Observer112.0 dB
Packet counts are what each station actually copied over 7 days, and the SNR is its average for this node. A station hearing it loudly but rarely is usually a long path that only opens sometimes.