Many thanks dear Takahito.
----- Original Message -----
From: "Takahito Akabayashi" yahoo.co.jp>
To: "Bueschel Wolfgang" >; "Wolfgang Bueschel" >
Sent: Wednesday, October 24, 2018
Subject: DRM test of CNR on 11695 / 15580kHz from Dongfang, Hainan island
CHINA According to Chinese broadcasting information site
"CAHCN" <https://cahcn.github.io/>
starting from October 23, CNR will test DRM domestic transmission at
0100-0900 UT on 15580 kHz (Hainan, 30 kW, to North China)
and 11695 kHz (Hainan, 30 kW, to East China),
relaying domestic 5th program (Voice of China).
Reception report should be addressed to:
<drmrtprc @ 163.com>
On October 24 at 0600 UT DRM signal was clearly observed
both on 11695 and 15580 kHz, in Tokyo Japan.
Takahito Akabayashi
Tokyo, Japan
2018-10-18 Radio
11695/15580kHz CNR DRM (continuous update of information during the
test)On October 18, 2018, the Central People's Broadcasting Station launched
the DRM short-wave digital broadcasting frequency registered with the HFCC.
From October 18th to 21st, 2018, Beijing time will test the signal from
09:00-17:00 every day, and the official experiment will be launched on
October 23.
At the same time, the launch pad staff welcomes conditional enthusiasts to
listen to and record the detailed receiving information, and feedback the
feedback to the official to improve the launching work.
Feedback Email: drmrtprc@163.com
https://mp.weixin.qq.com/s/89Rang-WnfOv43ZNMjzFOQ
Read the full story...
11695/15580kHz CNR DRM (continuous update of information during the test)
2018-10-18 Radio
On October 18, 2018, the Central People's Broadcasting Station launched the
DRM short-wave digital broadcasting frequency registered with the HFCC.
From October 18th to 21st, 2018, Beijing time will test the signal from
09:00-17:00 every day, and the official experiment will be launched on
October 23.
At the same time, the launch pad staff welcomes conditional enthusiasts to
listen to and record the detailed receiving information, and feedback the
feedback to the official to improve the launching work.
Feedback Email: drmrtprc@163.com
https://mp.weixin.qq.com/s/89Rang-WnfOv43ZNMjzFOQ
It is worth mentioning that, in late August or early September 2018,
11695 kHz registration information in the HFCC has been adjusted.
The 11695 kHz launch site was adjusted from Heilongjiang Qiqihar (QIQ) to
Hainan island Dongfang (DOF) in southern China, and the power was reduced
from 150 kW to 30 kW. The azimuth is adjusted from 220° to 41°.
In the recently published registration information of HFCC B18, the 6030 kHz
power transmitted by Beijing has been reduced from 100 kW to 30 kW, which
may be used for testing DRM for a long time...
At present, CNR uses three frequency tests to transmit DRM signals.
The parameters disclosed are as follows (Beijing time, UT +8 hrs):
6030 kHz 0425-0205 (not Tuesday 1400-1700) BEI Power=30 kW Azimuth=0degr
11695 kHz 0900-1700 DOF Power=30 kW Azimuth = 41degr
15580 kHz 0900-1700 DOF Power=30 kW Azimuth = 16degr
Among them, 6030 and 15580 kHz are mainly for launching in North China, and
11695 kHz is mainly for launching in East China and South China.
Last updated: 2018-10-18 AT 21:07:04
Dongfang Hainan Island transmission center, 22 curtains at
18 52 19.93 N 108 40 49.02 E
https://goo.gl/maps/ntSBwvYt2SA2
https://binged.it/2D2PnZ4
and additional Alliss revolving antennas spread out nearby at
18 55 39.62 N 108 39 46.55 E
https://goo.gl/maps/FE7J1cCan5o
18 54 38.81 N 108 41 09.49 E
https://goo.gl/maps/seS3G42Kx482
- - -
and Dongfang Hainan Island JAMMING #3 site, 11 curtains,
and PROBABLY NVIS like non-directional fountain spring type antenna
of 7 small masts on the southwesterly corner of the center, at
CHN_Dongfang 3 - jamming site
18 54 17.00 N 108 39 37.78 E
https://goo.gl/maps/1kZS1MwA1ox
https://binged.it/2D1xtpL
- - -
older China Radio Peking foreign sce MW and SW site Dongfang #1
CHN_Dongfang_Hainan original SW site,
6 curtains, additional non-dir antenna of 2012 year,
on southwesterly corner.
18 53 25.12 N 108 39 41.70 E
https://goo.gl/maps/NJMxkyNbdts
https://binged.it/2PSVyBV
vy73 wb df5sx
wwdxc
