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Lockheed Martin Information Systems

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project

HH-60G WST

enduser

United States Air Force

 


project

HH-60G OFT

enduser

United States Air Force

 


project

DIS to LIVE

enduser

 

 

The DIS-to-Live project provided to Lockheed Martin's SAIC group, was a software only delivery of V+. Our V+ development software coupled with our integrated voice networking software, allowed SAIC to achieve an extremely low cost, high fidelity voice system.


project

DTSS

enduser

United States Army

 

The Driving Training Simulator System (DTSS) utilized the ISED system to provide fully integrated sound, comm, and I/O within one deliverable box. The ISED unit (as all of SimPhonics' products) can be reconfigured to your specific device. The DTSS and AGTS are just two applications which use the ISED, that LM has previously integrated and delivered.


project

MH-53M OFT

enduser

 

 

SimPhonics installed an MH-53M Special Operations Simulator Audio System at Kirtland AFB, NM. The SMx system is based on Windows XP technology and features 32-channels of Inputs and Outputs which connect directly to headsets, microphones and speakers. This new system replaced an older SimPhonics system that was installed there almost ten years ago. The old system technology was based on DOS and DSP cards, and did not have the capabilities of the new SMx systems used to create a more realistic audio environment. The host computer was connected via SCRAMNet (as the previous system had); however, this SMx system was fitted with a PCI based SCRAMNet and our PCI version of our SCRAMNet I/O Device for V+, which replaced the old ISA based SCRAMNet card used in the old system.

An actual MH-53M helicopter was provided for a ground engine start in order to record some sounds that were not on the original system, such as the hydraulic start motor for the engine. Additional weapon sounds were added as well, including new malfunction sounds. This communications system was interfaced into the existing Analog Network and locally is based on the SMx super mixer architecture so that the host controlled all of the communications logic directly. Additionally, multiple ATIS channels were provided.

The entire installation effort from start to finish required about 8 man-days; which included collecting new sound data, recording audio, building V+ worksheets, Tuning and QC of the system.

 
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