Advanced Ultrasound Beamforming Design
MakarenaLabs specializes in designing sophisticated and powerful beamforming technology for creating high-quality ultrasound images at high frame rates.
We offer tailored beamforming solutions for various imaging modalities like Plane Wave, Synthetic Aperture, and ScanLine, implemented on FPGAs with fail-safe methodologies.
The Challenge of Traditional Ultrasound
Traditional ultrasound systems often have limited frame rates due to their emission modality focusing on a single point, resulting in images that are blurry and only clear at that point.
The solution in Overcoming Traditional Ultrasound Detection Challenges
We address this
by employing Ultrafast Imaging. This method involves emitting a non-focused wave across the entire field of view, compounding the results multiple times for a completely focused image on the entire emission plane. This not only
enhances image quality significantly for diagnostic purposes but
also facilitates therapeutic applications like micro-bubbles.
What We Offers:-
Custom Beamforming implementation for Ultrafast Imaging,
along with Synthetic Aperture and ScanLine.
-
Analog Front End and
Transmission Management.
- A platform with an integrated AI inference engine on the same chip.
Additional Features:
- Integration of custom AI models for inference on ultrasound images (like organ segmentation).
- Real-time data logger for acquired data.
- Development of visualizers and renderers for ultrasound images on a host system.
B) AI-Enhanced Ultrasound Imaging
MakarenaLabs provides
system design services for detecting or segmenting parts of an ultrasound image. We can create
AI models tailored to the customer's specific requirements
or integrate these models into our ultrasound system designs.
What we offers:- We enable
real-time analysis of images produced by ultrasound systems.
- We specialize in
developing and
deploying AI models for ultrasound image analysis, including organ segmentation, semantic segmentation,
and Deep Learning models for Adaptive Beamforming.Additional Features:- A customizable Real-time Deep Learning Processing Unit for AI inference, allowing for tailored image analysis and processing.
