Q:What is a Hybrid Beamforming Engine? A: The Hybrid Beamforming engine uses software in addition to hardware for beamforming. Traditionally, the ultrasound relied solely on hardware to interpret the ultrasound signals. A: The difference is motion, or "live" imaging. This is similar to the difference between a picture from your camera or a video from a camcorder.
|Published (Last):||26 January 2012|
|PDF File Size:||18.19 Mb|
|ePub File Size:||16.57 Mb|
|Price:||Free* [*Free Regsitration Required]|
Its Its customisable interface and progressive ergonomic design provide flexibility and ease of use. This is complemented by advanced automation and imaging tools which transform separate exams into a single streamlined procedure for faster, more relevant results. Hybrid Beamforming Engine The Hybrid Beamforming Engine, with its enhanced hardware and software, enables more indepth and detailed scanning.
The result of this is improved color performance. Hybrid Beamforming, also known as spatial filtering, offers greater flexibility than standard omnidirectional reception and transmission. The key benefit is its ability to adapt its response to different situations, which leads to optimised processing.
Data can therefore be analysed and processed more rapidly and accurately leading to more timely and confident diagnosis. The wider monitor, with its enhanced color delivery, presents a significant improvement in performance over traditional black and white screen technology. The uncompromising image quality supports informed clinical decision making and leads to increased diagnostic confidence while saving both time and effort. The ability to rapidly flip from one function to another has a significant impact on time and efficiency.
Furthermore, it reduces the possibility of errors arising from fragmented data collation. Its advanced and ultra-sensitive color Doppler enables more accurate diagnosis than its standard counterpart, including in circumstances where color detection is particularly difficult.
The resulting refinement in image quality delivers increased accuracy and confidence in diagnostic practice. Upgraded capabilities include the ability to select and control slow, moderate or fast color settings.
The preset ranges are designed to deliver more rapid evaluation of optimised blood flow images where required. This Samsung-exclusive tool also increases efficiency by reducing the amount of manual manipulation needed. Ergonomic Design.
Medison was purchased by Samsung but retains the Medison name. A: Live motion. This is similar to the difference between a snapshot from your camera or a video. In 4D obstetric situations, you would be able to see the baby move, smile, yawn, stretch, etc. The 3D image is one static image while 4D is live continuous imaging.
Samsung Medison Accuvix A30 with 3 transducers (Demo Unit 2012)