28 Jan 2026 by RDucet 28-1-2026-Televes MOSAIQ6: AUTO SR Tuning Failure and Anomalies in Narrowband C-Band Carrier Constellations on Rascom QAF-1R (2.9°E)-(Case Study by Roman Dávid) Show more about 28-1-2026-Televes MOSAIQ6: AUTO SR Tuning Failure and Anomalies in Narrowband C-Band Carrier Constellations on Rascom QAF-1R (2.9°E)-(Case Study by Roman Dávid)
28 Jan 2026 by RDucet 28.1.2026 - Rascom QAF-1R (2.9°E), the first satellite comprehensively processed in the Satellite List – C-band section Show more about 28.1.2026 - Rascom QAF-1R (2.9°E), the first satellite comprehensively processed in the Satellite List – C-band section
23 Dec 2025 by RDucet 24-12-2025 : C band_The lowest Symbol Rate (SR) values currently applied in practical C-band satellite reception worldwide, achieved by Slovak scientist and inventor Roman Dávid from Lučenec using the Rascom QAF-1R satellite at 2.9° E,4x Radio Maria C.. Show more about 24-12-2025 : C band_The lowest Symbol Rate (SR) values currently applied in practical C-band satellite reception worldwide, achieved by Slovak scientist and inventor Roman Dávid from Lučenec using the Rascom QAF-1R satellite at 2.9° E,4x Radio Maria C..
03 Dec 2025 by RDucet 3-12-2025 : Verified 48-hour monitoring of the 11,430 MHz_H carrier from the Rascom QAF-1R, providing conclusive evidence of sustained 100% reception stability and peak SNR of 10.1 dB using a 370 cm antenna within the Central European region Show more about 3-12-2025 : Verified 48-hour monitoring of the 11,430 MHz_H carrier from the Rascom QAF-1R, providing conclusive evidence of sustained 100% reception stability and peak SNR of 10.1 dB using a 370 cm antenna within the Central European region
19 Nov 2025 by RDucet 19-11-25: Introduction to the C-band, or the first scientifically relevant enhancement in the C-band in the last 15 years on this portal. Case study: DRO vs. PLL in practical C-band satellite reception with low (SR) values starting from 128 kSym/s Show more about 19-11-25: Introduction to the C-band, or the first scientifically relevant enhancement in the C-band in the last 15 years on this portal. Case study: DRO vs. PLL in practical C-band satellite reception with low (SR) values starting from 128 kSym/s
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...
