This white paper’s subject is Networked audio system design with CobraNet™.The design concept in this paper supports systems varying from small tourin
9. Programming the CobraNet™ devicesSetting up NHB32-C and ACU16-CToprogramNHB32-CandACU16-CdevicesaWindows® XP computer is required.
10. Testing & troubleshootingCobraNet™ ManagerCobraNet™DiscoveryD-View5.1ChecklistAfter assembling a networked audio system it is go
11. System examplesM7CL FOH & monitor locations, stage amplier rack, two 24ch input racksSymbols UsedRev Date NotesRev:ClientTitleYamaha Syst
4-location boardroom with analogue I/O and controlMAINSI /PO/P1O/P2O/P3O/P4O/P5O/P6O/P7O/P8RS-422 HAR emoteCobraNet PrimaryCobraNet SecundaryNetworkGP
White paper ‘networked audio system design with CobraNet™’YamahaCommercialAudio,2006-RonBakker,HiroshiHamamatsu,TimHarrison,KeiNakayama,T
1. System designCustomer’s requirementsThe rst step in any design is to chart the customer’srequirements.Sometimestherequirementsc
2. Specication list for Yamaha System Solutions CobraNet™ designsBased on the customer’s requirements a systemspecication must be draw
3. Network & Redundancy conceptBased on the system specication list in the previouschapter the following Yamaha System Solution
4. Control networkVLANToensurethatCobraNet™datatrafcandotherEthernettrafcowingthroughthenetworkcannotinterferewitheachother,
5. Locations & connectionsLocationsAlllocationsinthesystemfeaturetwoGigabitmanagedswitches.CobraNet™andEthernetdevicesareconnec
Network settingsNetwork settings have to be programmed using thesoftware providedby the switchmanufacturer. Switchescanbeprogrammedw
7. Programming the IP over Ethernet devicesIPcamerawebinterface DMEnetworksettings M7CL network settingsESP901webinterfaceSerial serverTo
8. Yamaha CobraNet™ devicesNHB32-CTheNHB32-Cisa32channelAES/EBUnetworkhubandinterfacetoCobraNet™.Thebackpaneloffersfour25-pinDs
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