Spatial Audio VOCAL’s Spatial Audio Software can be used in full-duplex communication environments. VOCAL’s Spatial Audio system turns a mono audio signal into a stereo audio signal which can be played back through headphones. Its
Contact Us ED137 VoIP Air Traffic Management Software with RoIP Air Traffic Management (ATM) voice communication systems that utilize costly Time Division Multiplexing (TDM) circuits can be migrated to use Voice over Internet Protocol (VoIP)
Bluetooth Headsets require a collection of voice processing software modules, in order to achieve the best audio quality experience. The software that is required for full duplex voice communications differs from audio streaming applications. In
Multi-mic noise reduction software is a signal enhancement algorithm that utilizes information from multiple microphones to determine the optimal noise filter. Multi-mic noise reduction (MMNR) software can be a standalone solution, but it is best
VOCAL’s AEC software has many advantages over open source AEC solutions. One advantage is being able to handle unusual echo path responses. When developing the mechanical design of a product utilizing a loudspeaker and microphone,
VOCAL’s AEC software has many advantages over open source AEC solutions. One advantage is being able to perform AEC at fullband sampling rates. Open sources solutions may accept fullband sampling rates as input and generate
VOCAL’s IP Intercom software is a combination of VOCAL’s VoIP and Voice Quality Enhancement solutions into one seamless package for hands-free full duplex IP communication applications. Features VoIP stack with Adaptive Jitter Buffer Secure Communications
When developing software for embedded devices that use I2C, it is often useful to try out different register values on peripheral devices to find out what combinations work. The Linux kernel manages the I2C bus.
RISC–V is a free and open instruction set architecture (ISA) based on the load and store reduced instruction set computer. The open-source ISA allows developers the ability to create and experiment with custom solutions without
Most embedded Linux systems can be divided into three main software components: The boot loader, the Linux kernel and the file system. These three components are built separately, usually on a build host using cross-compiling.
