PCJ via WRMI: November 28, 2015

Live off-air recording of the program "Rockin' with Raoul," produced and presented by Raoul van Hall in conjunction with PCJ Radio International and transmitted by WRMI, Radio Miami International, from its transmitter facilities at Okeechobee, Florida, on 28 November 2015 from 09:11 to 10:11 UTC on a shortwave frequency of 11580 kHz. The broadcast, the third and last of a special series, was directed to Europe and Southeast Asia using a 100 kW transmitter and an antenna beam azimuth of 44 degrees. The start of the program was delayed by 11 minutes due to some unknown technical problem at WRMI.

The transmission was received on a Tecsun PL-880 receiver with its built-in telescopic whip antenna indoors in Hanwell (just outside Fredericton), New Brunswick, Canada, in AM mode with 5.0 kHz RF filtering.

PCJ 6th Anniversary Special via WRMI: March 14, 2015

SRAA contributor, Richard Langley, writes:

Live two-hour recording of the PCJ Radio International special 6th anniversary broadcast in English via WRMI on 14 March 2015 beginning at 23:00 UTC on a frequency of 7570 kHz. 

The broadcast was received on a Tecsun PL-880 receiver with its built-in whip antenna in Hanwell (just outside Fredericton), New Brunswick, Canada. Signal quality was generally good. There is very slight co-channel interference from the Voice of Korea. Its interval signal can be heard near the beginning of the recording.

Reception improves a bit during the recording.

Song Of India via WRMI: October 5, 2014

Many thanks to SRAA contributor, Richard Langley, for this recording of PCJ International's Song of India. Richard notes:

Off-air recording of the initial broadcast of the program "Song of India," produced by PCJ Radio International and transmitted by WRMI, Radio Miami International, from its transmitter facilities at Okeechobee, Florida, on 5 October 2014 from 00:00 to 02:00 UTC on a shortwave frequency of 7570 kHz.

Richard also notes that reception quality is only fair as Hanwell, New Brunswick, Canada, is considerably off to the side of the transmitter beam direction.

Click here to download the recording as an MP3, or simply listen via the embedded player below. Please subscribe to our podcast to receive future recordings automatically.