Marantz SR9600 Marantz AV Receiver IR Remote Code List - Page 2

Boxer Amplifier Design with Active Intelligent Cooling This highly efficient amplifier design utilizes a "tunnel" type heatsink with an extremely quiet variable speed fan that doesn't even turn on until serious heat occurs. This assures the owner of audiophile level silence. The amplifier uses an OFC copper rail for the power supply side of the output transistors as well as specially sourced OFC cables for the power supply and the speaker outputs. Dual 32 bit DSP The SR9600 is one of the first products in the world to use the new Cirrus Logic CS49502 DSP. This chip has unprecedented processing power and utilizes two 32-bit cores for the ability to complete over 260 million instructions per second. This enables the extremely complex post-processing of the audio signal to be a cakewalk for the SR9600. 192 kHz, 24 Bit A/D for 7.1 Channel Input For audiophiles seeking to use the analog multi-channel input but who wish to use the bass management and/or time alignment, fear not. The SR9600 has high bandwidth A/D converters for those inputs as well. This enables a global setup to wok for all sources, analog or digital. Improved Volume Control Most of the electronic volume circuits in the past have been calibrated in 1dB increments. The SR9600 is calibrated in 0.5dB steps for more precise control over the volume level. HDAM-SA2 The original HDAM® module (High Definition Amplifier Module) was developed in the mid nineties to replace the IC op-amps that were used to buffer the voltage portions of output stages. These legendary circuits have helped shape the "Marantz Sound" and have been used in many highly regarded products since. In this latest version, designed for high bandwidth audio sources, the signal paths are as short as possible, for reduction of external noise and reduced mounting area. The SR9600 uses 16 of these devices at the juncture between the preamplifier and power amplifier stages. 2