UTC Freq Call DXCC Comment Spotter
02:37 1847.6 N1LN United States   United States CW K4IU
02:37 1850.6 OM2VL Slovak Republic   Slovak Republic CW W3LL
02:36 3530.5 RG7M European Russia   European Russia RU9AD
02:36 1835.0 N3AC United States   United States N2DVQ
02:36 1837.8 N0AX United States   United States CW K4IU
02:35 7143.0 CE2JP Chile   Chile Loud W4AMP
02:35 1834.0 KP4AA Puerto Rico   Puerto Rico N2DVQ
02:35 14257.0 LZ0A Bulgaria   Bulgaria 4/2 to 5/5 in New Mexico KJ5KTN
02:35 10137.8 VE6JR Canada   Canada N5SUJ
02:34 7021.7 OK1DOL Czech Republic   Czech Republic CW RAEM R4DU
02:34 1806.5 K7QA United States   United States AE0DX
02:33 1802.0 K5UZ United States   United States CW W9TC
02:33 1806.1 K4RUM United States   United States NO8C
02:33 1833.4 KA3JNN United States   United States N2DVQ
02:33 21074.0 HC2GRC Ecuador   Ecuador EL86XQ<>FI07 N1FXP
02:33 14257.0 LZ0A Bulgaria   Bulgaria CQdx 59 in Santiago, 73 CE3NC
02:32 21324.0 CE2LE Chile   Chile JM2HBO
02:33 3872.0 N3WVB United States   United States W1RPG
02:33 1852.5 LY4A Lithuania   Lithuania CW N8CC
02:32 1811.5 NN7CW United States   United States CW VA3OKG

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.