The Ultimus 9E is equipped with VINNO’s revolutionary MUSE platform, with the unique Tri-modal imaging Acquisition (TIA). It’s flexibility and powerful processing allow the system to intelligently apply the most appropriate imaging acquisition mode from 3 modalities: Line acquisition, Zone acquisition and Multi-Plane acquisition, to reconstruct the best imaging presentation.
Fast
Performed by multiple titled plane waves at imaging frame rates up to 20,000 per second, is averagely 300 times faster than conventional. This speed allows for a full new range of applications and innovations in ultrasound imaging.
enhanced Parallel Processing Chain (ePPC)
Built upon the ePPC, MUSE technology leverages the processing power of 2 GPUs combining with FPGA & CPU as a software-based beamforming Heterogeneous System Architecture (HSA), to enable full parallelization of image formation. Each insonification can therefore result in a full image.
Ultimate Image Processing
Real-time Adaptive De-noising (RAD)
The innovative acquisition technique combines multiple plane wave transmit signals to excel the conventional transmit performance. This improves the signal-to-noise ratio by about 8 decibels and results in a significant noise reduced data without compromising the frame rate.
Planar Compound Imaging (PCI)
The received signals from the scan fields are time-shifted and compounded to pixel level of the entire field of view. This retrospective transmit field focus localization technique results in 20% more acoustic data acquired to form images with superior lateral border definition and contrast resolution than conventional compound imaging.
Dynamic Signal Enhancement (DSE)
The weak signals from the far field are enhanced multiple times when the signals are combined, providing increased lateral resolution and contrast at the greater depths of field.
