GE Healthcare Vivid E9 with XDclear - Manual (Page 2)

Accelerated Volume Architecture
GE’s exclusive and patented beam-forming technology, the
Accelerated Volume Architecture, provides several times the
power of traditional GE ultrasound systems with increased
volume size for full volume single beat, as well as for high-
volume rate multi-beat 4D acquisition. Using both coherent
and harmonic image processing, the system provides
computational power, ease of imaging, workflow flexibility
and product upgradeability.
Raw data format
The GE Vivid product line has always acquired and stored
its data in a specific raw data format, which enables
onboard, as well as after-the-fact post-processing capabilities.
This flexible and innovative format and storage of pre-scan
converted data has enabled development of utilities with
high clinical value.
This has resulted in an increase in the ability to perform
additional advanced algorithms for all of the steps
in the data processing chain, culminating in the release
of the Vivid E9 with XDclear.
Auto LV Quantification. One-touch ease of use and intuitive
workflow puts 4D at your fingertips.
As 4D becomes routine in your clinical practice, you still need
excellent 2D image quality.
Vivid E9 handles 2D imaging with equal power, precision, and
agility, made possible with our 4V-D transducer, the second-
generation 4D transducer, and the M5S/M5Sc transducers
single-crystal matrix array and XDclear transducer technology.
Open the door to 4D and its many new possibilities.
Vivid E9 is GE Healthcare’s first cardiovascular
ultrasound system built specifically for 4D
imaging—from ergonomics to image acquisition
to data management. Available in both 2D and
4D configurations.
Featuring our Accelerated Volume Architecture 4D platform
for increased processing power compared to GE Healthcare’s
previous 4D scanner.
Advanced quantification tools help streamline workflow for
enhanced productivity. These tools include 4D Stress and 4D
Extraordinary
capabilities for every day
Whether in TTE or TEE, capture the entire heart in a
single beat. Image a valve, or the entire ventricle with
excellent image quality. And break down the barriers
to routine day-to-day 4D imaging, from acquisition,
through navigation and quantification, to archiving.