UTC Freq Call DXCC Comment Spotter
18:52 28031.2 K5KG United States   United States ARRL 10m CW VE9WH
18:52 28528.0 KD6CWI United States   United States CA AA1SU
18:52 28092.0 N6KN United States   United States CW AE0YE
18:52 28506.0 W1NV United States   United States CO W9ARO
18:52 144360.0 EW6FS Belarus   Belarus TNX MSK144 +08dB HA9AL
18:52 28003.0 PY2XL Brazil   Brazil N4CF
18:52 28027.8 W2AW United States   United States AA5UN
18:52 28434.4 K3EST United States   United States N6RO
18:52 144360.0 RA3LBK European Russia   European Russia MSK144 +9 dB RD6F
18:52 28465.0 XE1CQ Mexico   Mexico USB W4MTO
18:52 10136.0 4Z8NER Israel   Israel FT8 CQ JR6RRD
18:52 28052.4 K2SSS United States   United States CW W9TC
18:52 28563.4 KI7IOC United States   United States K0TG
18:52 28523.0 DL2ARD Fed. Rep. of Germany   Fed. Rep. of Germany ARRL 10m DL2ARD
18:52 28060.8 K6RIM United States   United States NA6O
18:52 28600.0 CX2TQ Uruguay   Uruguay ARRL Contest N4ICF
18:52 28643.5 CV6T Uruguay   Uruguay CV6T
18:52 28067.5 WW6W United States   United States ND N8IK
18:51 28009.6 K2ZR/4 United States   United States FL N8LR
18:51 28513.0 VE3AT Canada   Canada USB XQ3SK

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.