User manual SONY DMX-R100V22 SUPPLEMENT

[. . . ] 3-206-941-12 (1) Digital Audio Mixer SUPPLEMENT Software Version 2. 1 Software Version 2. 2 Manual to be supplemented DMX-R100 Operating Instructions (Part No. 3-868-264-13) DMX-R100 2002 Sony Corporation Table of Contents How to Use This Supplement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 What You Need to Use the Optional DMBK-R109 MADI Board . . . . . . . 4 Updating the DMX-R100 Software of the Console . . . . . . . . . . . . . . . . . . . [. . . ] SUB: Sets the console as the sub console in a cascade configuration. MADI: Select this position when the console is used stand-alone. Note Be sure to perform this switch setting before turning the power of the consoles on. 17 How to Use the Optional DMBK-R109 MADI Board Using the Console Alone Connecting the DMBK-R109 When the INPUT/SELECT switch is set to OPTICAL, connect the device to the IN connector of the MADI (OPTICAL) connector. The MADI output is output from the OUT connector of the MADI/CASCADE connectors and the OUT connector of the MADI (OPTICAL) connectors at the same time. 1 2 3 Turn the power of the console off, and then insert the DMBK-R109 into SLOT 4 of the console. Set the MODE SELECT switch on the DMBKR109 to MADI. Select the input signal using the INPUT SELECT switch on the DMBK-R109. To input the signal from the BNC connector: Set the switch to BNC. To input the signal from the OPTICAL connector: Set the switch to OPTICAL. Connect any external devices to the DMBK-R109. When the INPUT SELECT switch is set to BNC, connect the device to the IN connector of the MADI/CASCADE connector. 5 6 Connect the external device to the WORD SYNC OUT connector on the DMBK-R109. Turn the power of the console on. Assigning the input/output signals Assign the input signal of the DMBK-R109 in the AUDIO INPUT ROUTING window and the output signal on the AUDIO OUTPUT ROUTING window on the console. 4 Connection example (when expanding the input/output channels) Guitar Keyboard Monitor speakers MADI input/output device Microphones MADI signal MADI signal Word sync signal to MADI IN to MADI OUT DMBK-R109 MADI board to WORD SYNC OUT to LINE IN to analog IN A to CR MONITOR Interface boards for ADAT/ TDIF DMBK-R106/107 DMBK-R106/107 MTR DMX-R100 DMBK-R106/107 to AUX SEND/ AUX RET to TIME CODE IN to REF WORD OUT to the word sync input connector to the timecode output connector Word sync signal Timecode Digital signal generator 18 Using the System in a Cascade Connection Notes Making a cascade connection · To use the system in a cascade connection, be sure to assign one DMX-R100 as the master console and the other as the sub console. The cascade function does not work with the system in any other setup. · When the system is not used in a cascade connection, be sure to set the MODE SELECT switch on the DMBK-R109 to MADI. · Supply a word clock signal or video signal as the synchronous signal for the correct synchronization between the consoles and external devices. · Be sure to synchronize the sub console with the master console using the word clock signal of the REF WORD for WORD SYNC connector. 1 2 3 Turn the power of the consoles off. Set the MODE SELECT switch on the DMBKR109 of the master console to MASTER and the switch of the sub console to SUB. Connect the PC PORT connectors of the master console and sub console using a cable equivalent to the printer cable for Macintosh (not supplied). Note If these PC PORT connectors are connected between the master and sub consoles, the bus output from the sub console is cut and a communication error message appears on the master console every few minutes. MTR Timecode (Continued) Cascade connection example Monitor speakers REF WORD signal MADI signal MADI signal to MADI OUT DMBK-R109 MADI board to CASCADE IN to CASCADE OUT to MADI IN DMBK-R109 MADI board to WORD SYNC OUT to WORD SYNC IN DMX-R100 (master console) to CR MONITOR MTR 1 to 24 channels MTR 25 to 48 channels DMX-R100 (sub console) to AUX SEND/ AUX RET to 2TR IN/ PGM to TIME CODE IN to PC PORT to PC PORT to TIME CODE IN Effector DAT Supplies the timecode by dividing it using the cable. 19 How to Use the Optional DMBK-R109 MADI Board 4 Connect the MADI/CASCADE OUT connector on the DMBK-R109 of the sub console to the MADI/ CASCADE IN connector of the master console, using the 75-ohm coaxial cable. Connect the WORD SYNC OUT connector of the DMBK-R109 of the master console to the WORD SYNC IN connector on the DMBK-R109 of the sub console. To use the automation feature, divide the time code signal using the distribution amplifier or a distribution cable and supply the time code signal to the TIME CODE IN connector of the master and sub consoles respectively. 3 5 6 Open the CASCADE window of the master console and set the BUS mode buttons of the bus to be cascaded (MTR 1-8, AUX 1-8, PGM L/R) to ON. The signals of the sub console corresponding to the selected bus are mixed with the signals of the bus of the master console. The CASCADE window of the sub console displays only the settings of the master console. You cannot change the settings on the CASCADE window of the sub console. Open the CASCADE window of the master console, and set the BUS MODE buttons selected in step 3 to Cascade mode (lit in green). [. . . ] Please check that there is no floppy disk inserted in the drive and then touch REBOOT. " [REBOOT]: (The system is rebooted. ) "The Flash memory is full to capacity. Please archive and/or delete some Titles. " [OK]: (Close the message. ) Remedy: Delete unnecessary titles until a green bar appears in the FREE SPACE display. You try to load data to the locked title. Rebooting is required because the sampling frequency or sync source has been changed. The capacity of the flash memory is insufficient because a title has been uploaded from the automation editor and so on. 31 Operation Manual Errata Some errors appear in the Operating Instructions supplied with the DMX-R100 Version 2. 0 (Part No. 3868-264-13 (1)) (1) Change the power supply section as follows in the diagram on page 29. Incorrect Power supply section (29) Control signal connectors (30) We apologize for any inconvenience. [. . . ]