Vivid E90 - The reference class 2D cardiovascular ultrasound device
Demand for cardiovascular ultrasound examinations is high and now consists of a mix of routine, follow-up, and complex cases. The use of advanced treatment techniques requires high levels of additional time and specialized expertise - often resulting in delays and increased workload.
We want to maximize your efficiency with our systems and help you visualize more, achieve accurate measurements more easily and minimize errors.
Take advantage of the cSound imaging platform.
We have taken the exceptional processing capability of our cSound™ software beamformer to a whole new level by leveraging artificial intelligence based on GE Healthcare's Edison™ platform.
Maximize your clinical confidence.
Advanced quantification tools help you analyze complex issues. Achieve reproducible results with advanced cardiac function and valve anatomy quantification features.
The Key is cSound™ 3.0
Our unique Beamformer Platform cSound™ Software forms the basis for all further development. Our development team has implemented numerous new and powerful algorithms that enable us to significantly increase the image quality and also the workflow eﬃciency once again.
This leaves more time for you and the examination of your patients
Vivid E90 - Unique Beamformer Platform Software
Pixel Precision Enables Confident Diagnoses
A new generation of cSound scanners enable extraordinary processing capacity, in which the RF-data from all probe-to-system channels from an entire frame are received and temporarily stored in the Local Big Data Channel Memory, prior to reconstruction of the image. This then allows for the application of a variety of advanced Beamformer algorithms during image reconstruction, including True Confocal, which results in advanced image quality. Superior images empower you to diagnose with complete confidence, even with difficult to scan patients.
Delivering Even the Difficult Scans
Transthoracic Echocardiograms (TTE) may be inconclusive in 10-15% of cases1 due to the increasing number of difficult to scan patients, which leads to costly additional testing and frustration for the patient. This is especially true for patients with lung disease, obesity, or those who are in critical condition. For these patients, traditional hardware-based technology may yield inconclusive exams when supported by a limited set of information .
Reduce Time and Cost by Using Less Contrast
An evaluation of the clinical value and resource utilization impact of the system was completed at Mount Sinai Hospital, New York2. The study demonstrated that the utilization of cSound beamforming technology may help reduce the use of contrast agent, which can be avoided in 1 of 5 patients, a relative reduction of 49%.
This reduction in the use of contrast agent can improve workflow efficiency, help save exam time, reduce related cost and potentially the need for additional invasive follow up tests on a patient.
Combine with our Probes for Total Confidence
When cSound Beamformer technology is used together with our ultra-high element density XDclear™ probes (such as the 4Vc-D), the result is exceptional 2D image quality that enables you to quickly and easily acquire diagnostic images with confidence, and typically without contrast.
Download the cSound factsheet now
Vivid E90 - Exceptional Software Beamformer Platform
Compared to many conventional ultrasound systems, the system captures and optimizes more data and enables True Confocal Imaging and Adaptive Contrast Enhancement for the best possible image quality, along with many useful quantification tools and workflow enhancements.
- There are many ways to improve diagnostics with Vivid E90 and cSound:
- Detailed views of cardiac structure to improve communication between echocardiologists and interventionalists
- Increased wall definition, image uniformity and penetration performance
The diverse body types and complexity of medical issues too often result in suboptimal examinations with conventional ultrasound systems, which can compromise the efficiency of coordinated patient care. GE has taken on this challenge and reached a new level of cardiovascular ultrasound imaging with its new cSound imaging platform.
Download the cSound Factsheet now
Vivid Ultra Editon
POWERED BY Artificial Intelligence
Shorter examination times. Higher precision.
Artificial intelligence algorithms enable the Vivid E90 Ultra Edition to reduce manual steps and help improve the efficiency of your workflow through automated processes. With automated Cardiac Auto-Doppler and 2D-LV measurements, you can speed up your examinations and achieve increased reproducibility of examination results.
This leaves more time for you and for examining your patients.
AI Auto Measure 2D
AI Auto Measure 2D semi-automatically measures left ventricle diameters from the parasternal long axis (PLAX). In this process, artificial intelligence algorithms recognize an end-diastolic and end-systolic image from an acquired parasternal long axis.
FEWER CLICKS, Up to 3
AI Auto Measure Spectrum Recognition
AI Auto Measure Spectrum Recognition semi-automatically detects the Doppler spectra of the mitral, tricuspid, pulmonary, and aortic valves and determines the key velocity parameters immediately after acquiring the Doppler derivative.
AI Cardiac Auto Doppler
This AI (artificial intelligence) based option uses an adaptive algorithm that automatically plots the envelopes and peaks in the Doppler spectrum.
TIME SAVING 4
AFI 3.0 LV with View Recognition
Automated Function Imaging 3.0 is the third generation of the 2D speckle tracking analysis tool for quantitative assessment of global and segmental myocardial function, which additionally detects the individual apical sectional planes automatically.
Vivid Ultra Editon
POWERED BY Artificial Intelligence
Speckle Tracking / Deformation Imaging
AFI - Automated Function Imaging 3.0
AFI 3.0 including Ejection Fraction
AFI 3.0 including Ejection Fraction evaluates and quantifies global and regional wall motion of the LV during resting state or AFI stress. In addition to the strain readings of the LV, the EF is also displayed.
Automated Function Imaging RV is the 2D speckle tracking analysis tool for calculation and parametric imaging of longitudinal deformation of the right ventricle.
Automated Function Imaging LA is the 2D speckle tracking analysis tool for calculation and parametric imaging of longitudinal deformation of the left atrium.
Myocardial Work calculates Global Longitudinal Strain (AFI) considering arterial blood pressure. For example, it can be used to monitor the progress of patients undergoing chemotherapy.
Vivid E90 - your partner for complex, clinical challenges.
Image sharpness. High penetration.
The Vivid E90 in combination with XDclear probe technology gives you information, with excellent contrast and high temporal resolution, even in so-called poor sound conditions or in patients with obesity. Shorten your examination time and convince yourself of the excellent ergonomics of our probes.
True Confocal Image for TEE (True confocal image for TEE) - Ensures uniform focus combined with increased contrast resolution throughout the field of view at high frame rates.
Adaptive Contrast Enhancement (ACE) (Adaptive Contrast Enhancement) - Using cSound's optimized, software-based image reconstruction and graphics, ACE analyzes channel data to find the best data for an image, helping to reduce the need for more costly examinations.
Color Flow -XDclear transducer technology delivers excellent color sensitivity, contrast resolution and brilliant color depth.
Virtual Apex (Virtual Apex) - Phased array transducers provide a wide field of view, enabling better visualization of structures at the lateral edges of the sector.
Quickly and easily define the treatment path.
Quantification with Vivid E90 helps decision makers evaluate problems and follow the treatment path. Count on a comprehensive range of simple and intuitive tools to make your work clear and efficient.
Automated Function Imaging (AFI) - Assess and quantify left ventricular wall motion at rest using calculation of numerous parameters.
AFI Stress Protocols capture standard 2D apical views and enable strain quantification to assess both longitudinal segmental and global wall motion at each stress level.
Auto EF – Based on a 2D speckle tracking algorithm, this module helps measure the most commonly used parameter to describe the LV function.
Peak Strain Dispersion (PSD) – The index shows the standard deviation from the average (based on all segments) of the time-to-peak strain values over the entire cardiac cycle.
Streamlining your examination workflow..
Vivid E90 with cSound performance brings new efficiency benefits. The high-quality DICOM® module adapts to your preferences in terms of resolution and gray scale. Learn about the simple tablet-like experience of the new configurable touch panel, with an image manager for quick and easy access to patient images.
Vivid Ultra Editon
POWERED BY Artificial Intelligence
Internal Medicine ultrasound
XDclear ™ probes in combination with cSound Beamformer technology helps you to quickly and easily record diagnostic information from a wide variety of patient types during many examinations, regardless of the patient's age and constitutional type.
Using the software beamformer cSoundTM 3.0, we have succeeded in imaging near-surface and deep-lying vessels at maximum resolution. In conjunction with Virtual Convex+, a broader far-field visualization is achieved here and the image quality is significantly improved.
Here, too, the software beamformer cSound™ 3.0 is the key to higher image resolution. In conjunction with the XDclear abdominal probes, we achieve excellent spatial resolution with impressive penetration here.
The Vivid™ E90 Ultra Edition offers a wide range of transducers for pediatrics. For example, the 6S-D, 12S-D or C3-10-D (Micro Convex) probes can help you make rapid and reliable diagnoses for a wide range of pediatric, neonatal and young adult conditions.
Integrated Z-scores describe in standardized form the deviation of a measured value from the expected mean value in the comparison group.
The Micro Multiplane TEE probe gives you the highest diagnostic confidence, even under the most complex conditions on the neonatal heart of patients >2.5 kg.
BSI2.0 – Blood Speckle Imaging
Quickly understand complex flow patterns by reducing angular dependence and aliasing issues. Vortex and left ventricular vortex size can be analyzed with BSI and existing parameters of cardiac analysis can be added.
Ergonomics & Workflow - Modern. Efficient. Familiar.
22" ultra-high resolution OLED monitor for excellent contrast display
Largely intuitive 12" high-resolution LCD multi-touch screen
Electronically extendable, height and side-adjustable keyboard with electronic parking brake
Operating system - Windows 10
Reduced power consumption with low heat dissipation and silent fans
Easy maneuvering due to 4 swivel casters (lockable) and grab handles on the front and rear
Vivid E90 - Connectivity
1 Kurt M, Shaikh K, Peterson L, et al. Impact on contrast echocardiography on evaluation of ventricular function & clinical management in a large prospective cohort. J Am Coll Cardiol. 2009; 53(9):802-810
2 New Software Beamforming Algorithm is Superior to Standard Hardware-Based Beamformer in Endocardial Border Detection. Mount Sinai Icahn School of Medicine NY, USA. JB40747XX
3 The Role of AI in Streamlining Echocardiography Quantification White Paper, Kristin McLeod - JB00888XX
4 Based on results of time and motion study conducted by GE “JB49055XX - Cardiac Auto Doppler”; study results indicated time savings related productivity increase up to ~8 on an annual basis for a facility per sonographer
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