The Vivid i is based on GE’s TruScan Architecture, which is common to all GE Ultrasound systems

System Architecture

The Vivid i is based on GE’s TruScan Architecture, which is common to all GE Ultrasound systems, EchoPAC*PC Workstation, software and network solutions 

User Interface – Operator Keyboard

Easy-to-learn user interface with intelligent keyboard, Keyboard with application specific push buttons for primary controls, Interactive back-lighting of application-specific push buttons

Dimension

Height: 64 mm (2.5 in), Width: 358 mm (14.2 in), Weight: approximately 5.8kg (12.7 lbs)

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Display Screen

High-resolution, flat 15-inch TFT LCD screen, Display size: 1024 x 768 pixels with 260,000 simultaneous colors available, Scanner software supports display resolution of 800 x 600 pixel.

Data Acquisition

Application-Specific Channel Architecture: the Vividi employs a flexible digital beam-former architecture capable of using up to 99,740 effective channels depending on specific application requirements.

Color Doppler Imaging

Digital signal processing power maintains high frame rates with large ROIs even for very low PRF settings, Variable Region of Interest (ROI) size in width and depth

Imaging Solutions

The Vivid i is designed for cardiovascular imaging, abdominal, small parts, perioperative monitoring and 2D ICE imaging

Clinical Image 1

Clinical Image 2

Clinical Image 2

About GE Vivid i BT12

The Vivid i is a high-performance, battery-operated, ultra-portable diagnostic Ultrasound systems providing exceptional image quality. The Vivid i is designed for cardiovascular imaging, abdominal, small-parts, perioperative monitoring and 2D ICE imaging. The Vivid i is based on GE’s TruScan Architecture, which is common to all GE Ultrasound systems, EchoPAC*PC Workstation, software and network solutions. It features a software-driven PC-based platform, raw data storage with advanced post-processing capabilities, seamless DICOM** standard connectivity and compatibility with the GE family of Cardiovascular Ultrasound Systems. Innovative tools offer advanced connectivity, remote monitoring and consultation for improved productivity and quality of care.

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Compatible Probes

AcuNav 10F

Bandwidth: 4.5 – 11.5 MHz

Footprint: 90 cm length

Field of View: 49.6 mm

GE 3Sc-RS

Bandwidth: 1.3 – 4.0 MHz

Footprint: 18 x 24 mm Footprint

Field of View: 90° Field of View

GE 8L-RS

Bandwidth: 4 – 13 MHz

Footprint: 14 x 48 mm

Biopsy Guide:  Multi angle

GE i12L-RS

Bandwidth: 1 – 5 MHz

Field of view: 90o

Number of elements: 3040

GE 6Tc-RS

Bandwidth: 2.9-8.0 MHz

Footprint:  length 45 mm

Depth of field: 20cm 

GE 7S-RS

Bandwidth: 3.5 – 8 MHz

Footprint: 15 x 21 mm

Applications: Pediatric Cardiac

GE 10S-RS

Bandwidth: 5 – 11.5 MHz

Footprint: 10 x 14 mm (Vivid i, q)

Applications: Neonatal Cardiac

AcuNav 8F

Bandwidth: 3 – 10 MHz

Footprint: 7 mm

Applications: Intracardiac Echo

GE 9L-RS

Bandwidth: 3.33 – 10 MHz

Footprint: 14.1 x 53 mm

Field of View: 49.6 mm

GE 12L-RS

Bandwidth: 6 – 13 MHz

Footprint: 14 x 48 mm Footprint

Biopsy Guide: Available

GE 4C-RS

Bandwidth: 1.8 – 6 MHz

Footprint: 17 x 65 mm Footprint

Field of view: 90o

GE 8C-RS

Bandwidth: 4.7 – 11 MHz

Footprint: 26 x 10 mm Footprint

Imaging Modes: 2D, harmonics

GE e8C-RS

Bandwidth: 4 – 10 MHz

Footprint: 26 x 10 mm

Field of View: 49.6 mm

GE 9T-RS

Bandwidth: 4 – 10 MHz

Footprint: 10.7 x 7.5 mm

Applications: Pediatric Cardiac

GE 3S-RS

Bandwidth: 1.5 – 3.6 MHz

Footprint: 18 x 24 mm

Biopsy Guide: Multi angle

GE 6S-RS

Bandwidth: 2.7 – 8 MHz

Footprint: 17 x 23 mm

Field of view: 90-degree

GE 12S-RS

Bandwidth: 5.0 – 11MHz

Footprint: 13 x 18mm

Field of Depth : 12 cm

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