GE Logiq F8

Move Forward, Confidently

You can count on LOGIQ F8 for the image quality, productivity, and affordability that shared services want in ultrasound.

Flash forward to enhanced productivity that lets you focus on patients

Below is a generalized description of this systems technology, specifications, features, and options. The below may not reflect the features and options available on units in our inventory.

Transducers Ports

One active port connectors
Frequency range: 2.0 —10.0 MHz

Transducers/ Probes

Linear Array 4-13 MHz*
Intraoperative I Hockey Stick 4-10 MHz
Curved Array 2—5 MHz
Micro-Convex 4-10 MHz
Phased l Sector Array 1.5-4 MHz
Endocavity 4-10 MHz
Veterinary (Equine) 4-10 MHz

Cardiac Transducer/ Probe

Adult Cardiac 1.5-4 MHz*

Move Forward, Confidently

Quality images for diagnostic confidence

Built with many of the innovative imaging technologies found in high-end GE ultrasound systems, LOGIQ F8 provides:

• The ability to image both superficial and deep anatomy, with excellent penetration

• Advanced features like Phase – Inversion Harmonics and Speckle-Reduction Imaging to help enhance spatial and contrast resolution for outstanding image clarity

• Innovative real – time spatial compounding acquisition and processing techniques that enhance tissue and border definition

Versatility for a wide range of applications

LOGIQ F8 is a step forward in versatility for abdominal, vascular, cardiac, musculoskeletal, OB/ GYN, pediatric, and small parts imaging.
B-Flow – blood flow visualization technique that displays the blood flow echoes in gray scale imaging, with different gray intensities according to the reflectors speed and dynamics. Contrast imaging applications – lead to excellent tissue suppression, superb contrast sensitivity and high image uniformity
• Cardiac imaging – Curved AMM (Anatomical M-Mode), Auto EF, TVI (Tissue Velocity Imaging), Stress Echo and ECG1
• 3D/4D imaging to capture fetal behavior

Automation for workflow efficiency

Flash forward to enhanced productivity that lets you focus on patients.
• Automation – Auto Optimization to quickly adjust image quality with the touch of a button and Auto-IMT for fast carotid exams
• Obstetrical imaging – SonoBiometry to perform key fetal biometry measurements automatically in seconds, and TUI to analyze fetal structure deformities
• Simplified peripheral connections – both wired and wireless – streamline archiving, and communication

Physical System Specifications

Weight: 10.1 lbs (4.6kg)
Console Only Dimensions: 2.49″ H x 13.88″ W x 11.71″ D (61mm H x 340mm W x 287mm D)
Console with Handle Dimensions: 3.12″ H x 13.88″ W x 13.35″ D (76.5mm H x 340mm W x 327mm D)
Architecture: All-digital signal processing and multibeam formation technology
Dynamic range >199 dB
2-D mode line density up to 512 lines
Up to 22,560 processing channels
DIMAQ Integrated workstation

User Interface

Operator Keyboard:

Alphanumeric Keyboard
Ergonomic Hard Key Operations
Integrated Recording Keys for Remote Control of
Peripheral Devices and DICOM Devices
6 TGC Pods, with Re-mapping functionality at any depth
Backlight keys

Console Design:

Laptop Style
Integrated HDD (4068)
Wireless LAN Support
USB ECG (AHA/ IEC) (Optional) Support
CWD (Optional) Support
1 probe port with micro—connector
Rear handle

Display Screen:

15-inch, high resolution color LCD
Resolution: 1024 x 768 pixels
Total screen area: 1280 x 1024 pixels
Interactive Dynamic Software Menu
Integrated Speakers
Audio Volume Adjustment
Open Angle Adjustable – 0 to 1600

Operating Mode

B-Mode
Color Flow Mode
PDI-Mode
M-Mode
PW/CW-Mode
LOGIQ view
Available on the following probes: 12L & 8L
Virtual Convex
Available on the following probes: 12L & 8L

Standards Features

High Resolution 15 inch Color LCD
325 Frames (15 sec) Standard CINE Memory (64MB)
4063 Hard Drive
External DVD RNV storage
Loops storage-from ‘on the f‌ly‘ scanning and from memory
Automatic Optimization
- Auto Tissue Optimization: ATO
- Auto CFM Optimization: ACO
- Auto Spectrum Optimization: ASO
ACE (Adaptive Color Enhancement)
TruAccess, Raw Data Processing
Patient Information Database
Image Archive on Hard Drive *
Full M&A Calculation Package with Real Time Auto
Doppler Calculations
Vascular Calcs
Cardiac Calcs
OB Calcs and Tables
Fetal Trending
Multi Gestational Calcs
Hip Dysplasia Calcs
Gynecological Calcs
Urological Calcs
Renal Calcs

Hard Drive

Internal 160 GB hard drive
Allows storage of patient studies that include images, reports and measurements
Storage capacity of 150,00 images with compression: color or black/white

Scanning Method & Transducers

Electronic Convex
Electronic Linear with slant scanning
Convex Array
Microconvex Array
Linear Array
Phase Array

Media & Peripherals

External USB DVD-RW (standard)
USB thermal B&W printer, Sony UPD-897 (option)
USB thermal color printer, Sony UPD-23 MD (option)
Bluetooth wireless printers, using HP450 printers, where available
Wireless LAN using Linksys WUSBS4G supporting the 802.11a/blg formats, where available”
Memory Stick

System Input/ Output

SVGA
USB (Footswitch, DVD-RW, video printer)
DC Power input

Power Supply

Voltage: 100- 240 V AC
Frequency: 50/60Hz
Power: Max. 130 VA with Peripherals

Applications Specific Calculations

Abdomen
Cardiac
Gynecology
Small Parts
Obstetrics

Measurements & Calculations

B-Mode:

Distance
Circumference/Area (Ellipse, Trace)
% Stenosis
Volume
Angle
A/B Ratio

M-Mode:

Tissue Depth (Distance)
Time Interval
Depth Difference with Time Interval & Slope
% Stenosis
A/B Ratio
Heart Rate

Doppler Mode:

Velocity
TAMAX, TAMIN, and TAMEAN (Manual/Auto Trace)
Two Velocities with Slope and Time Interval
Time Interval
Pl (Pulsatility Index)
RI (Resistive Index)
S/D Ratio
D/S Ratio
AIB Ratio
Max PG (Pressure Gradient)
Mean PG (Pressure Gradient)
SV (Stroke Volume)
FV (Flow Volume)
CO(cardiac output)
Heart Rate

Structured Reporting

DICOM-Cardiac Structured Reporting
DICOM Vascular Structured Reporting
DICOM-OB/GYN Structured Reporting