12 Nov 2025 by RDucet 12-11-2025_Rascom QAF-1R at 2.9°E_NORTH Africa : I conducted the first signal monitoring of the frequency f = 11,430 MHz_H at the output of a Prodelin 370 cm reflector in the CE zone, achieving a reception stability of 99.41 % + peak quality of SNR =9,4dB Show more about 12-11-2025_Rascom QAF-1R at 2.9°E_NORTH Africa : I conducted the first signal monitoring of the frequency f = 11,430 MHz_H at the output of a Prodelin 370 cm reflector in the CE zone, achieving a reception stability of 99.41 % + peak quality of SNR =9,4dB
05 Nov 2025 by RDucet 5-11-2025 : RASCOM QAF-1R at 2.9°E & 11 430-H:The first signal distribution within the North Africa footprint on f = 11,430 MHz_H from the Rascom QAF-1R satellite provides high EIRP toward Central Europe, enabling stable reception with PF=300-370cm Show more about 5-11-2025 : RASCOM QAF-1R at 2.9°E & 11 430-H:The first signal distribution within the North Africa footprint on f = 11,430 MHz_H from the Rascom QAF-1R satellite provides high EIRP toward Central Europe, enabling stable reception with PF=300-370cm
06 Aug 2025 by Roman Dávid 6-8-2025-Rascom QAF-1R at 2.9°E – Southern Africa Footprint: Muvi TV – Satellite Pay-TV Network from Zambia | f = 11,218 MHz V | Received with a 450 cm dish. Measurement and quality C/N analysis under Central European conditions. Show more about 6-8-2025-Rascom QAF-1R at 2.9°E – Southern Africa Footprint: Muvi TV – Satellite Pay-TV Network from Zambia | f = 11,218 MHz V | Received with a 450 cm dish. Measurement and quality C/N analysis under Central European conditions.
23 Jul 2025 by Roman Dávid 23-7-2025_Rascom QAF-1R at 2.9°E-North Africa-11 304-H: Verification of the technological invention “Synchronous Nanocorrections” by scientist and inventor Roman Dávid from Lučenec during satellite reception from the NORTH Africa beam in Central Europe... Show more about 23-7-2025_Rascom QAF-1R at 2.9°E-North Africa-11 304-H: Verification of the technological invention “Synchronous Nanocorrections” by scientist and inventor Roman Dávid from Lučenec during satellite reception from the NORTH Africa beam in Central Europe...
09 Jul 2025 by Roman Dávid 9-7-2025_Shocking news from the Slovak scientist and inventor Roman Dávid...The South Africa coverage beam of the Rascom QAF 1R satellite at 2.9°E under satellite reception conditions in Central Europe–Lučenec/Slovakia, using a PF 450 cm Show more about 9-7-2025_Shocking news from the Slovak scientist and inventor Roman Dávid...The South Africa coverage beam of the Rascom QAF 1R satellite at 2.9°E under satellite reception conditions in Central Europe–Lučenec/Slovakia, using a PF 450 cm
02 Jul 2025 by Roman Dávid 2.7.2025_EXPRESS-AM7-40°E_The first analysis of the NNTV carrier at f=11,070 MHz (V),directed toward the geographical area of the Fixed-1 beam,intended for regional coverage of the European part of Russia and and surrounding areas from the Express-AM7 Show more about 2.7.2025_EXPRESS-AM7-40°E_The first analysis of the NNTV carrier at f=11,070 MHz (V),directed toward the geographical area of the Fixed-1 beam,intended for regional coverage of the European part of Russia and and surrounding areas from the Express-AM7
28 May 2025 by Roman Dávid 28.5.2025_EXPRESS-AM7-40°E_Fixed 3 India/Steerable Beams in Central Europe:11 470-H- RT News_What is the spectral slope, what causes its formation in the signal, and how does it relate to the question:In which footprint is the RT carrier transmitted ? Show more about 28.5.2025_EXPRESS-AM7-40°E_Fixed 3 India/Steerable Beams in Central Europe:11 470-H- RT News_What is the spectral slope, what causes its formation in the signal, and how does it relate to the question:In which footprint is the RT carrier transmitted ?
06 May 2025 by Roman Dávid 6-5-2025_AMOS 3-10 758 MHz_YES_I identified and eliminated the causes of the EIRP power anomaly, which had long-term effects that distorted the measured values and compromised the integrity of my entire research, and I achieved ideal or quasi-ideal signal Show more about 6-5-2025_AMOS 3-10 758 MHz_YES_I identified and eliminated the causes of the EIRP power anomaly, which had long-term effects that distorted the measured values and compromised the integrity of my entire research, and I achieved ideal or quasi-ideal signal
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
