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Page amos-7-middle-east-footprint-reception-sbn-the-word-network Roman Dávid 01/14/2025 - 07:46
Sat List Update 8.1.2025_AMOS 7_Middle East TV :The SNR peak=11.2 dB in the proving unit t=104h,along with the arguments explaining why I revoked the long-term reference status for the originally starting frequency f0=11 091 MHz_H regarding the possibility of sat. recep. Roman Dávid 01/08/2025 - 09:24
Page Amos 7 at 3.9°W-The Middle East footprint in the geographical region of Central Europe:11 091 MHz_H_METV-Middle East TV+It's Supernatural! Network : Scientific and research activities verified through signal monitoring in the field of wave physics Roman Dávid 01/08/2025 - 07:42
Hottest News 18-12-2024-Amos 3_10 926_YES/Knesset Ch.: Test of my technological invention, named "Synchronous Nanocorrections," under zero or near-zero signal margin levels has demonstrated 100% reception stability over a verification period of t=80 hours Roman Dávid 12/18/2024 - 08:02
Page Amos 3/7 at 4.0°W-The Middle East footprint in the geographical region of Central Europe: 10 926 MHz_Knesset Channel:Scientific and research activities verified through signal monitoring in the field of wave physics by the author Roman Dávid from Lučenec Roman Dávid 12/18/2024 - 07:09
Sat List Update 4-12-2024_AMOS 3 at 4.0°W & YES Israel >Author Roman Dávid defines a new reference frequency and the attributes for selecting f₀ = 10,890 MHz within the Middle East footprint of the Amos 3/7 satellite constellation at 4.0°W for the Central European region Roman Dávid 12/04/2024 - 08:23
Page Amos 3/7 at 4.0°W-The Middle East footprint in the geographical region of Central Europe: Scientific and research activities verified through signal monitoring in the field of wave physics by the author Roman Dávid from Lučenec Roman Dávid 12/04/2024 - 07:15
Sat Equipment "Synchronous Nanocorrections" – A Technological Invention for the Practice of Satellite Reception and the Benefits of My Invention by Roman Dávid from Lučenec. Roman Dávid 11/20/2024 - 08:11
Hottest News 20.11.2024_MFM Radio & Summary of benefits of my technological invention titled Synchronous Nanocorrections in the practice of satellite reception+With my 3 dB beamwidth ≤ 0.3°,I achieved a quality increase ΔSNR in the range of 2.6 dB ≤ ΔSNR ≤ 3.7 dB Roman Dávid 11/20/2024 - 08:02
Page Badr 7 at 26.0°E-Northwest Africa-satellite reception-Central Europe: "Synchronous Nanocorrections" – A Technological Invention in the Practice of Satellite Reception by Roman Dávid from Lučenec-& Summary of benefits of my technological invention Roman Dávid 11/20/2024 - 07:17
Sat List Update 6-11-2024_BADR 7-26°E_NW Africa :The technological invention by Roman Dávid, titled "Synchronous Nanocorrections," is undoubtedly a GAME CHANGER in the field of sat. reception. Today, I can demonstrate the significant benefit of this technology_+3,6 dB Roman Dávid 11/06/2024 - 07:58
Page Badr 7 at 26.0°E-Northwest Africa-satellite reception-Central Europe: "Synchronous Nanocorrections" – A Technological Invention in the Practice of Satellite Reception by Roman Dávid from Lučenec Roman Dávid 11/06/2024 - 05:12
Page Badr 5/7/8 & Es'hail 2 at 26.0°E-satellite reception-Central Europe: "Synchronous Nanocorrections" – A Technological Invention in the Practice of Satellite Reception by Roman Dávid from Lučenec Roman Dávid 11/06/2024 - 05:10
Hottest News 23-10-2024_SNRT Radio Oujda_Proven continuity of lock function at the output of PF 450+370 cm on each of the three oscillators,over a total proving period of t=144 hours, for a radio carrier with an SR=180 ksym/s,with a quality peak of SNR=13.7 dB Roman Dávid 10/23/2024 - 07:01
Page Eutelsat 21B at 21.5°E-Radio Oujda-SR=180 ksym/s : Low Symbol Rate SR (Niedrige Symbolraten SR) in satellite reception practice by author Roman Dávid from Lučenec. Roman Dávid 10/22/2024 - 04:36
Sat List Update 9-10-2024_Radio Laayoune_The first verification at a minimum Carrier-to-Noise ratio (C/N) of 9.4 dB for carrier lock with an applied Symbol Rate (SR) of 175 ksym/s, during a sufficiently long single continuous monitoring period of t=96 hours... Roman Dávid 10/09/2024 - 06:59
Page Eutelsat 21B at 21.5°E-Radio Laayoune-SR=175 ksym/s : Low Symbol Rate SR (Niedrige Symbolraten SR) in satellite reception practice by author Roman Dávid from Lučenec. Roman Dávid 10/09/2024 - 06:14
Hottest News 25-9-2024_Radio Dakhla:Proven continuity without a single dropout in the carrier lock process, with a Symbol Rate (SR) of 175 ksym/s on every oscillator, even during the highest hourly rain totals over the past month at the reception site during t=156h... Roman Dávid 09/25/2024 - 07:07
Page Eutelsat 21B at 21.5°E-Radio Dakhla-SR=175 ksym/s : Low Symbol Rate SR (Niedrige Symbolraten SR) in satellite reception practice by author Roman Dávid from Lučenec. Roman Dávid 09/25/2024 - 06:12
Sat List Update 11-9-2024_LUXE Radio: Today, I can demonstrate 100% reception stability on each of the 3 applied oscillators over a total monitoring period of t=136 hours, with a quality peak SNR=15.5 dB on the LUXE Radio, with an SR value of 185 ksym/s Roman Dávid 09/11/2024 - 07:00
Page Eutelsat 21B at 21.5°E-LUXE Radio-SR=185 ksym/s : Low Symbol Rate SR (Niedrige Symbolraten SR) in satellite reception practice by author Roman Dávid from Lučenec. Roman Dávid 09/11/2024 - 06:09
Hottest News 28-8-2024_EUT 21B-11 602,760 MHz Atlantic radio_The relationship between the selection of the oscillator in a 4-oscillator LNB SMW Q-PLL Type R and the resulting continuity of lock and quality on the "C" with an applied SR=171 ksym/s at the Prodelin 370 Roman Dávid 08/28/2024 - 07:07
Page Eutelsat 21B at 21.5°E-Atlantic Radio-SR=171 ksym/s : Low Symbol Rate SR (Niedrige Symbolraten SR) in satellite reception practice by author Roman Dávid from Lučenec. Roman Dávid 08/28/2024 - 06:18
Sat List Update 14-8-2024_The very first satellite signal distribution of MED Radio with a Symbol Rate (SR) of 171 ksym/s at a frequency of 11,599.760 MHz has become a new part of the frequency capacity of transponder DW7 in the western beam of the Eutelsat 21B satellite Roman Dávid 08/14/2024 - 06:18
Page Eutelsat 21B at 21.5°E-MED Radio-SR=171 ksym/s : Low Symbol Rate SR (Niedrige Symbolraten SR) in satellite reception practice by author Roman Dávid from Lučenec. Roman Dávid 08/14/2024 - 06:09