At Re:Build AppliedLogix, we develop custom imaging systems, taking your project from concept through a fully integrated, high-performance solution. Our team brings deep experience across electronics, FPGA, firmware, and software, enabling us to design systems that handle high data rates, complex sensor interfaces, and real-time processing requirements. Whether you are in early system architecture, selecting sensors, defining data pipelines, or optimizing an existing design, we can support your team at any stage. From low-noise sensor integration to high-speed image acquisition and processing, we design imaging systems that perform reliably in demanding applications.
Image Sensor Integration (CMOS & CCD):
We integrate a wide range of image sensors, supporting low-noise, high-resolution, and multi-spectral imaging across IR, near-IR, visible, and X-ray domains.
High-Speed Image Acquisition:
We design systems capable of multi-gigabyte per second data capture, ensuring reliable data movement from sensor through processing without bottlenecks.
FPGA, Firmware & Embedded Software Development:
Our team develops FPGA architectures and supporting firmware/software to manage high-throughput data pipelines, control systems, and real-time processing.
GPU & Neural Processing Integration:
We leverage GPU and neural compute platforms to accelerate image processing, analysis, and machine vision workloads where required.
Real-Time Image Processing:
We implement processing pipelines that support features such as pixel-level correction, anti-aliasing, color correction, high dynamic range (HDR), and real-time format generation and conversion.
Image Fusion & Multi-Spectral Systems:
We design systems that combine data across multiple spectral bands to enable enhanced analysis, detection, and situational awareness.
High-Resolution & High-Speed Interfaces:
We support imaging systems with 100+ megapixel sensors and high-speed interfaces, ensuring signal integrity and performance across the full data path.
System-Level Architecture & Integration:
We design complete imaging pipelines—from sensor interface through acquisition, processing, and output—ensuring all components function together as a cohesive system.
Design for Performance & Reliability:
We incorporate system-level considerations such as signal integrity, power distribution, thermal management, and timing to ensure reliable operation in real-world environments.
Let’s discuss how our imaging system expertise can support your next project. Fill out the form and someone from our team will be in touch shortly.
