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SimPhonics, Inc. SimPhonics SMx Audio System
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SimPhonics, Inc. V+ Visual Programming Language SMx Audio System Various I/O Drivers VComm Networked Audio (DIS/HLA) VComm Terrain Server Associated H/W Support (PTT Headsets, Footswitches, Cables) Audio Simulation Engineering Solutions V+ Visual Programming Language SMx Audio System Various I/O Drivers VComm Networked Audio (DIS/HLA) VComm Terrain Server Associated H/W Support (PTT Headsets, Footswitches, Cables) Audio Simulation Engineering Solutions Products
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SimPhonics, Inc. Introducing the SMx Audio System
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SimPhonics, Inc. SMx Specifications 24 Bit audio Excellent dynamic range Up to 64 channels per CPU More than any other vendor Fiber optic distribution Distributed audio I/O Internal 44.1kHz Sample Rates Dynamic Sample Rate Conversion for All Inputs and Outputs including network 24 Bit audio Excellent dynamic range Up to 64 channels per CPU More than any other vendor Fiber optic distribution Distributed audio I/O Internal 44.1kHz Sample Rates Dynamic Sample Rate Conversion for All Inputs and Outputs including network
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SimPhonics, Inc. SMx System 16 Channel I/O Master Box (1U) Master Box (1U) Slave Box (1U) Slave Box (1U) Computer (2U-4U) Computer (2U-4U)
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SimPhonics, Inc. SMx Rear Detail Master/Slave Select Audio Outputs Sync Cable Connection Master/Master Sync Cable Connection Master/Master Serial PC Connection Fiber Connections Master/Slave Phantom Power Audio Inputs
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SimPhonics, Inc. SMx Components
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SimPhonics, Inc. Mix Sound/Comm in Single System Any Channel can be: –Headset (Comms) –Speaker (Sound Simulation) –Etc. Any Channel can be: –Headset (Comms) –Speaker (Sound Simulation) –Etc.
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SimPhonics, Inc. All Other Systems are 16 bit More Dynamic Range –Significant for Sound Simulation –Low Level Sounds Remain High Quality Lower Noise Floor –No noise from sound speakers, even at high power level All Other Systems are 16 bit More Dynamic Range –Significant for Sound Simulation –Low Level Sounds Remain High Quality Lower Noise Floor –No noise from sound speakers, even at high power level SMx 24 Bit Audio
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SimPhonics, Inc. 2 U - 8 Channels 3 U - 16 Channels 5 U - 24 Channels 6 U - 32 Channels 8 U - 48 Channels 12 U - 64 Channels 2 U - 8 Channels 3 U - 16 Channels 5 U - 24 Channels 6 U - 32 Channels 8 U - 48 Channels 12 U - 64 Channels Minimum Rack Space Requirements (Including CPU) 32 Channels Shown, Less CPU/ Rack-mounted chassis
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SimPhonics, Inc. SMx Specifications Electrical Physical
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SimPhonics, Inc. SMx Electrical Drive headsets directly Military and Commercial Flexible input range Wide Dynamic Range Drive headsets directly Military and Commercial Flexible input range Wide Dynamic Range
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SimPhonics, Inc. SMx Interconnect
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SimPhonics, Inc. SMx Breakout Box Dip Switches
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SimPhonics, Inc. SMx Interconnect Example
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SimPhonics, Inc. SMx PCI DSP Card
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SimPhonics, Inc. How many physical channels can SMx support? How many physical channels can each SMx PCI DSP card support? Q and A
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SimPhonics, Inc. AI Analog Input AOAnalog Output WIWave Input WOWave Output AI Analog Input AOAnalog Output WIWave Input WOWave Output SMx Signal Terms
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SimPhonics, Inc. Low Audio Latency For local audio communications, –Less than 6ms of audio latency, AI to AO For networked audio, –Less than 70ms, (SMx on both ends) Achieved via PCI Internal Interfaces For local audio communications, –Less than 6ms of audio latency, AI to AO For networked audio, –Less than 70ms, (SMx on both ends) Achieved via PCI Internal Interfaces
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SimPhonics, Inc. SMx Concepts Most sound cards use basic mixer –Sound Blaster, etc. SMx has a custom “super mixer” –Much more complex Sound cards and SMx interoperate –SMx can be used for normal operations Most sound cards use basic mixer –Sound Blaster, etc. SMx has a custom “super mixer” –Much more complex Sound cards and SMx interoperate –SMx can be used for normal operations
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SimPhonics, Inc. SMx Exposes up to 32 Devices to Windows
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SimPhonics, Inc. Traditional Windows Sound Card Mixer
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SimPhonics, Inc. Normal Sound Card Mixer
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SimPhonics, Inc. SMx Super Mixer
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SimPhonics, Inc. SMx Super Mixer Mix ANY channel to ANY channel Wave Out to Analog Out Analog Input to Wave Input Analog Input to Analog Output 32 Bit Gain Controls 4 64 X 64 Mixers Input Signal Monitor –Monitor Input Signal Strength –Build Custom VOX circuits with V+ Master Gain Control on outputs Mix ANY channel to ANY channel Wave Out to Analog Out Analog Input to Wave Input Analog Input to Analog Output 32 Bit Gain Controls 4 64 X 64 Mixers Input Signal Monitor –Monitor Input Signal Strength –Build Custom VOX circuits with V+ Master Gain Control on outputs
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SimPhonics, Inc. SMx Super Mixer
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SimPhonics, Inc. Single Mixer Concept
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SimPhonics, Inc. AIn Gain Boost
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SimPhonics, Inc. AIn Meters
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SimPhonics, Inc. AIn to AOut Mixer
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SimPhonics, Inc. AOut Master Volume
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SimPhonics, Inc. AOut Meters
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SimPhonics, Inc. AIn to WaveIn Mixer
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SimPhonics, Inc. WaveOut Meters
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SimPhonics, Inc. WaveOut to AOut Mixer
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SimPhonics, Inc. WaveOut to WaveIn Mixer
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SimPhonics, Inc. SMx Status
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SimPhonics, Inc. SMx Status Number of DSP Cards Number of Virtual Channels Sample Rate Driver Version Numbers Breakout Box Status Breakout Box Sync Cable Status
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SimPhonics, Inc. Define the following SMx terms: AI, AO, WI, WO How many 64 X 64 mixers in SMx? Q and A
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SimPhonics, Inc. Super Mixer Control via V+ SMx Audio System I/O Device Mixer controls are exposed as I/O devices Each control is a V+ port SMx Audio System I/O Device Mixer controls are exposed as I/O devices Each control is a V+ port
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SimPhonics, Inc. SMx Devices in V+ Ports View
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SimPhonics, Inc. Super Mixer Example AI Gain Boost
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SimPhonics, Inc. Super Mixer Example AO Master Volume
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SimPhonics, Inc. Super Mixer Example AI VU Meter
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SimPhonics, Inc. Super Mixer Example AO VU Meter
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SimPhonics, Inc. Super Mixer Example WO VU Meter
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SimPhonics, Inc. Super Mixer Example AI to AO Mixing
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SimPhonics, Inc. Super Mixer Example WO to AO Mixing
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SimPhonics, Inc. Super Mixer Example WO to WI Mixing
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SimPhonics, Inc. Super Mixer Example AI to WI Mixing
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SimPhonics, Inc. Trouble Shooting Look at SMx Status Device in Real-Time Retrieve the delivered documentation packages provided with your unit, and refer to your Hardware & Software Configuration Documents. Verify all BIOS settings exactly match your delivered documentation. Verify all hardware switch settings and jumpers match your documentation. Look at SMx Status Device in Real-Time Retrieve the delivered documentation packages provided with your unit, and refer to your Hardware & Software Configuration Documents. Verify all BIOS settings exactly match your delivered documentation. Verify all hardware switch settings and jumpers match your documentation.
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SimPhonics, Inc. Trouble Shooting If all else fails, perform the cold- boot procedure Reformat hard drive Complete rebuild of system to full operation Hardware configuration BIOS settings, all hardware jumpers Software versions and build numbers Serial number family tree (PCA) If all else fails, perform the cold- boot procedure Reformat hard drive Complete rebuild of system to full operation Hardware configuration BIOS settings, all hardware jumpers Software versions and build numbers Serial number family tree (PCA)
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SimPhonics, Inc. Power Up and Down Sequences Power Up Sequence Turn on all Breakout Boxes Turn on the computer The SMx system does not work properly if it is not powered up in the correct sequence! (no biggy – just reboot) Power Down Sequence Breakout Box and computer power-off sequence doesn’t matter, but telling Windows to shutdown is a good idea Power Up Sequence Turn on all Breakout Boxes Turn on the computer The SMx system does not work properly if it is not powered up in the correct sequence! (no biggy – just reboot) Power Down Sequence Breakout Box and computer power-off sequence doesn’t matter, but telling Windows to shutdown is a good idea
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SimPhonics, Inc. What do we use to control the SMx Super Mixer? What is the correct Power On Sequence for an SMx System? Q and A
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