Custom FPGA Solutions

Three levels of customization

Gidel’s Custom FPGA Solutions include both application-specific and open infrastructure solutions with tremendous flexibility to meet diverse compute acceleration and vision/imaging possibilities.

We offer three levels of custom FPGA solutions, catering to different market needs:

A fully developed solution ready for immediate use without any need for FPGA modification. Examples of such solutions include edge computer, frame grabbers, and camera simulators.
A fully open FPGA solution enabling modifying the data flow and implementing algorithms on the FPGA. For this type of solution, the Gidel Proc Dev Kit and Proc Vision suite simplify the development and optimizes system performance.
A fully tailored solution based on Gidel’s existing infrastructure and vast R&D experience, including algorithm research and customization for optimized FPGA usage. This option provides users with optimal acquisition capability and subsystem acceleration tailored to their application specifications.

Customized solutions

Gidel’s innovative developer’s suite offers a market unique solution for developing high-end custom FPGA systems within remarkable short time spans. Gidel’ tools are designed to achieve maximum performance and reliability. This is achieved by automatic generation of the FPGA wrapper environment, the host interface, and the software driver. Software and FPGA designers can develop independently and integrate seamlessly.

Gidel’s development tools include:
- Proc Dev Kit: powerful kit for developing on FPGA and integrating with software
- ProcVision Suite: comprehensive ecosystem for developing custom vision/imaging systems
Gidel’s open FPGA systems enable customization of:
- Interface
- Data protocol
- User data/image processing
- System architecture
- System virtualization allowing simultaneous and fully independent multi-application access to the system.
- Configurable memory controller
- Configurable I/O interface
- Custom board support package
- Custom API
- Seamless integration of Gidel Libs (IPs)
- Flexible system topology
- Custom computer combining FPGA with NVIDIA Jetson systems

Gidel’s ecosystem for developing vision/imaging systems

Gidel’s ecosystem for vision and imaging applications includes:

High-performance FPGA frame grabbers and edge computers supporting GigE-Vision, CoaXPress, Camera Link and custom cameras
FantoVision edge computers combining FPGA and NVIDIA Jeston system for enhanced AI vision capabilities
InfiniVision grabber architecture for multi-camera acquisition from as much as 100 cameras simultaneously, and for real-time compression
ProcFG grabber architecture optimized for line scan camera applications and enables selective ROI on-the-fly
Open acquisition flow enabling embedding user’s image processing, compression, and Gidel Library components (IPs).
Real-time image compression IPs, including JPEG, Lossless, and Gidel’s patented Quality+
Highly efficient recording system complemented by Gidel’s CamSim playback system
Option for customized camera interfaces and protocols
ProcVision Development Suite for accelerated development of custom vision and imaging systems on FPGA
CertifEye test bench for testing and verification of user’s image processing IPs using Gidel’s CamSim camera simulator.

Contact us to discuss your application requirements!

Read our case studies

Novel medical device based on Gidel's technology

Novel medical device uses multimodal sensing and advanced AI processing to track digital biomarkers

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Massive MIMO for mobile antenna system diagram

Gidel FPGA boards used for next generation wireless communication research

Real-time processing used by German research team in experimental wireless communication base station.

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Gidel Infinivision multi-camera acquisition

Leading Semiconductor Company Brings New 360-Degree Camera Solution to Market Utilizing Gidel’s InfiniVision Technology

Gidel’s InfiniVision technology enables companies developing Virtual Reality and Augmented Reality products to capture high quality image content from a large array of cameras in order to create panoramic 360-degree content for next generation immersive fan experiences across media, sports, and entertainment.

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Gidel’s Unique Direct FPGA Connectivity Technology Utilized to Create Fastest Reconfigurable Supercomputer in the World for CHREC

Gidel’s low-latency, full duplex direct FPGA connectivity technology enables clients to create Reconfigurable Interconnect Frameworks for HPC clusters.

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