UTC Freq Call DXCC Comment Spotter
03:01 7171.5 K0UK United States   United States LSB NW6P
03:01 3798.5 W1SJ United States   United States NAQP VT KC0UJC
03:01 3831.0 W0AA United States   United States MN AF0F
03:01 3795.9 NN3W United States   United States AI6O
03:01 3777.5 ZF2PG Cayman Islands   Cayman Islands ZF2PG
03:01 7206.0 W0CN United States   United States W0QED
03:01 7261.0 AD5OK United States   United States AD5OK
03:01 3654.0 K0SM United States   United States NY KE4EA
03:00 1834.0 W2MKM United States   United States K9CT
03:00 10136.0 EX2G Kyrgyzstan   Kyrgyzstan FT8 TA7I
03:00 3650.0 N4ZZ United States   United States N4ZZ
03:00 3791.0 N0DL United States   United States AI6O
03:00 14074.0 UN8DSW Kazakhstan   Kazakhstan FT8 Long path AA6NP
03:00 1850.0 KA4RRU United States   United States W7II
03:00 3740.8 K3PI United States   United States NAQP N4MCC
03:00 7173.4 K6RO United States   United States KY LSB W5MX
03:00 1846.0 KE2AY United States   United States LSB N2RC
03:00 3765.6 K5TR United States   United States LSB WT9U
02:59 3750.0 K3KU United States   United States NAQP N4MCC
03:00 3788.3 N1RM United States   United States AI6O

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.