Harmony Imaging
Conventional Beamformer-Single Beam
One frame image is acquired on every transmitting sequence
Hi Beamformer-16x Beamformer
16 sets of reflected signals were obtained after each ultrasonic emission. The increase in the amount of data combined with the lateral coherent beam reconstruction algorithm can greatly improve the image, so that in the high frame rate image, each pixel can be better focused, and the consistency of the resolution of the whole field can be achieved.
Hi Platform Advantages
As a result of 16 times beam former, less time is required to acquire same data volume. It significantly increases its frame rate and the ability of capturing moving tissues.
Make it suitable for cardiac, 3D/4D imaging and other applications involving tissue motions.
Capture more details on near field image and improve divergence of lateral resolution at both near field and far field.
Conventional Beamformer
Limited by the divergence characteristics of ultrasound imaging out of focus, the lateral resolution of far-field and near-field is poor.
Hi 16X Beamformer
On the basis of conventionalbeamformer, automatically track wavefront and apply lateral coherent beamforming algorithm to achieve resolution uniformity of the full field.
Provide adequate penetration for difficult patients. Improve SNR and contrast of image out of focus.
Conventional Beamformer
Limited by the divergence characteristics of ultrasound imaging out of focus, most energy of far-field and near-field is lost.
Hi 16X Beamformer
The energy distribution of sound field is identified by smart beam selection algorithm. Emission energy of different depths is extracted adaptively, which greatly improves utilization of the emission energy.
Processing Capacity
Image Comparison