16 Apr 2025 by Roman Dávid 16.4.2025_YES:The highest recorded quality peak to date,MER=11 dB,in the entire measurement history of the Israeli YES waveform on f=10,758 MHz_V within the Middle East beam diagram, accompanied by a successfully decoded picturer from the NDS VideoGuard Show more about 16.4.2025_YES:The highest recorded quality peak to date,MER=11 dB,in the entire measurement history of the Israeli YES waveform on f=10,758 MHz_V within the Middle East beam diagram, accompanied by a successfully decoded picturer from the NDS VideoGuard
19 Mar 2025 by Roman Dávid 19.3.2025_First analysis of Middle East TV reception quality and stability in Central Europe from the new f=11,212 MHz carrier via Amos 3 (Middle East beam), with results indisputable as they are proven and verified through signal monitoring lasting 72h Show more about 19.3.2025_First analysis of Middle East TV reception quality and stability in Central Europe from the new f=11,212 MHz carrier via Amos 3 (Middle East beam), with results indisputable as they are proven and verified through signal monitoring lasting 72h
06 Mar 2025 by Roman Dávid 6.3.2025_BREAKING NEWS_The Israeli operator YES is currently transitioning to a more advanced technological standard, DVB-S2/8PSK, and modifying the modulation parameters for satellite distribution on the frequency f=10842 MHz_V from the Amos 3_NEWS FLASH Show more about 6.3.2025_BREAKING NEWS_The Israeli operator YES is currently transitioning to a more advanced technological standard, DVB-S2/8PSK, and modifying the modulation parameters for satellite distribution on the frequency f=10842 MHz_V from the Amos 3_NEWS FLASH
26 Feb 2025 by Roman Dávid 26.2.2025_ASTRA 2E-28,5°E_UK Spot Beam_11 426-H_TalkSport:High gain increases of more than 2 dB in replicating the signal model into the antenna system using my Synchronous Nano-Corrections technology during the reception in the south of central Slovakia Show more about 26.2.2025_ASTRA 2E-28,5°E_UK Spot Beam_11 426-H_TalkSport:High gain increases of more than 2 dB in replicating the signal model into the antenna system using my Synchronous Nano-Corrections technology during the reception in the south of central Slovakia
22 Jan 2025 by Roman Dávid 22.1.2025_AMOS 7_11069-H_SBN/Word :Proven reception stability at 99.40594% within a verification period of t=100 hours, with peak SNR of 8.3 dB,on a wave with one of the highest channel bit error rates (ChBER) under Central European sat. recep. conditions Show more about 22.1.2025_AMOS 7_11069-H_SBN/Word :Proven reception stability at 99.40594% within a verification period of t=100 hours, with peak SNR of 8.3 dB,on a wave with one of the highest channel bit error rates (ChBER) under Central European sat. recep. conditions
18 Dec 2024 by Roman Dávid 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 Show more about 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
20 Nov 2024 by Roman Dávid 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 Show more about 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
23 Oct 2024 by Roman Dávid 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 Show more about 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
25 Sep 2024 by Roman Dávid 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... Show more about 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...
