Receive Audio Voting Network COMMUNICATION NETWORK LINKS REMOTE SITE Motorola Simulcast Methodology 6ħ Early Simulcast Technology PRIME SITE Co-Located Remote Test/Monitor Equipment CTCSS Simulcast Audio Processor Tone Remote Controller CTCSS Demod. Digital Equipment ANALOG Quantar Repeater DIGITAC Comparator TeNSr Channel Bank DSM II Card Rb Standard/GPS Receiver DIGITAL Quantar Repeater ASTRO-TAC 3000 Comparator TeNSr Channel Bank SRU (data) Card Rb Standard/GPS Receiver Motorola Simulcast Methodology 3Ĥ Why Simulcast? Wide Area Coverage Improved Channel Efficiency Increased In-Building Penetration Simple User Operation Motorola Simulcast Methodology 4ĥ Why Motorola Simulcast? Clear Audio 4th Generation System Design Single Point Optimization The Clear Leader in Installed and Working Systems Motorola Simulcast Methodology 5Ħ Simulcast Components PRIME SITE RADIO NETWORK Tx Rx RADIO NETWORK Tx Rx Simulcast Transmit-Audio Network: Phase Amplitude BW Response Center Freq. 1 Motorola Simulcast Bernie Olson Director, Resource Development Engineering 1Ģ System Configurations Analog Conventional Trunked Digital Conventional Trunked Modulations Wide Pulse Linear Narrow Pulse Mixed Mode Frequency Bands High Band UHF UHF Shared TV 800 MHz 900 MHz Low Band Special Situations Motorola Simulcast Methodology 2ģ Analog vs.
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