UTC Freq Call DXCC Comment Spotter
20:57 28034.5 K5PI United States   United States K5PI
20:57 28435.4 K2DRH United States   United States ARRL 10m Contest USB IL K6ST
20:57 28044.7 W7RG United States   United States mx arrl 10 CW VE9AA
20:57 28005.7 NX6T United States   United States CW N4IW
20:57 28697.0 XE2Q Mexico   Mexico KC9IMA
20:57 28337.8 W7CXX United States   United States USB PY2XJ
20:57 28340.9 PJ2T Curacao   Curacao USB W8EH
20:57 28626.2 K1JB United States   United States USB KA6R
20:57 28001.2 NN7CW United States   United States CQ Test K2KA
20:57 28302.0 PR1T Brazil   Brazil N7MZW
20:57 28025.8 K4AB United States   United States QRV K4AB
20:57 3573.0 YU5DR Serbia   Serbia Cq 80m, Thank, Tnx 73 F4FOM
20:57 28032.7 NS0R United States   United States NS0R
20:57 28041.3 VA7DX Canada   Canada CW AA4NO
20:57 28317.0 N2TX United States   United States USB KD2RD
20:57 28465.9 W6MX United States   United States USB WO9B
20:57 28021.6 W1RCR United States   United States AA0AW
20:57 28630.5 WA7TT United States   United States USB VA3OKG
20:57 28686.0 NU5M United States   United States USB KA6R
20:57 28372.0 W0SJE United States   United States CO N3FJP

What is this page?

The DX Cluster is a tool used by radio amateurs to share real-time information about radio links (DX) and active stations in frequency. It is a network of interconnected servers that allows radio operators to post and receive reports (called "spots") on active DX stations in the band, indicating frequency, callsign, mode and other useful information.

A DX Cluster node is a server or access point that offers service to other hams, allowing them to connect via specific software, via packet radio, or via telnet terminal.

Radio operators publish "spots" to report DX stations they have heard or connected to, specifying the frequency and other information.

The spots are shared in real time with all users connected to the DX Cluster's worldwide network.

Radio amateurs and SWLs can use this information to search for new DX stations to connect (or listen to), following the frequency and mode directions.