Boas
Member
- Joined
- Mar 27, 2017
- Messages
- 47
Hello all,
here is a test to determine possible frequency drift problems with my new AOR AR DV10.
TEST Hard/Software:
AOR AR DV10 purchased on 28.07.2022 from AOR-France.
Firmware version: 2203A
For all tests at my QTH (JN38WI), the antenna AOR SA-7000 was used.
Comparison receivers: For HF a SDR ColibriNano (software: ExpertSDR2) was used and for UHF an Airspy R2 plus SDRsharp and DMR Plugin.
The receivers always ran in parallel at the same time and were connected to the AOR SA-7000 antenna.
1st test:
120 minutes decoding MIL-STD-188-141 (USAF) on 9025 kHz. Windows decoder: Sorcerer V1.0.1
After 120 minutes, the AOR AR DV10, with the iPhone decoder https://apps.apple.com/de/app/ale-automatic-link-establishment-mil-std-188-141b-decoder/id578358548 and the SDR ColibriNano continued to decode the connection attempts (Sounding THIS WAS and callsign) without any problems.
Connection SDR ColibriNano via VB-Audio Virtual Apps to Sorcerer V1.0.1.
Connection AOR AR DV10 speaker and microphone recording from iPhone.
2. test:
120 minutes Shannon-VOLMET 5505 kHz. After 120 minutes, the AOR AR DV10 and the SDR ColibriNano clearly reproduced the speech without any problems.
3rd test:
120 minutes of watching the DMR HAM frequency 439.96250 MHz (DB0ORT) from my QTH 25 km away. After 120 minutes, the AOR AR DV10 and the Airspy R2 played back speech without any problems. The DV10 did not miss any transmission from the Airspy R2 DMR.
4th test:
360 minutes of watching the EPRIB frequency 406 MHz with the Windows software decoder Multipsk.
Decoded two test transmissions from an aircraft (Lahr airfield) and two test transmissions from a ship (Rhine).
AOR AR DV10 with COSPAS and Airspy R2 decoded all test transmissions.
Note: My radio shack is located under the roof and I currently have an average room temperature of almost 30 degrees.
I could NOT detect any frequency drift with the AOR AR DV-10.
73
Josef
DE3JGA
here is a test to determine possible frequency drift problems with my new AOR AR DV10.
TEST Hard/Software:
AOR AR DV10 purchased on 28.07.2022 from AOR-France.
Firmware version: 2203A
For all tests at my QTH (JN38WI), the antenna AOR SA-7000 was used.
Comparison receivers: For HF a SDR ColibriNano (software: ExpertSDR2) was used and for UHF an Airspy R2 plus SDRsharp and DMR Plugin.
The receivers always ran in parallel at the same time and were connected to the AOR SA-7000 antenna.
1st test:
120 minutes decoding MIL-STD-188-141 (USAF) on 9025 kHz. Windows decoder: Sorcerer V1.0.1
After 120 minutes, the AOR AR DV10, with the iPhone decoder https://apps.apple.com/de/app/ale-automatic-link-establishment-mil-std-188-141b-decoder/id578358548 and the SDR ColibriNano continued to decode the connection attempts (Sounding THIS WAS and callsign) without any problems.
Connection SDR ColibriNano via VB-Audio Virtual Apps to Sorcerer V1.0.1.
Connection AOR AR DV10 speaker and microphone recording from iPhone.
2. test:
120 minutes Shannon-VOLMET 5505 kHz. After 120 minutes, the AOR AR DV10 and the SDR ColibriNano clearly reproduced the speech without any problems.
3rd test:
120 minutes of watching the DMR HAM frequency 439.96250 MHz (DB0ORT) from my QTH 25 km away. After 120 minutes, the AOR AR DV10 and the Airspy R2 played back speech without any problems. The DV10 did not miss any transmission from the Airspy R2 DMR.
4th test:
360 minutes of watching the EPRIB frequency 406 MHz with the Windows software decoder Multipsk.
Decoded two test transmissions from an aircraft (Lahr airfield) and two test transmissions from a ship (Rhine).
AOR AR DV10 with COSPAS and Airspy R2 decoded all test transmissions.
Note: My radio shack is located under the roof and I currently have an average room temperature of almost 30 degrees.
I could NOT detect any frequency drift with the AOR AR DV-10.
73
Josef
DE3JGA