Intigia
Spain
Intigia is an engineering company specialized in embedded software, IP cores and SoC design for safety and mission critical applications in aviation (DO254), space (ECSS) and automotive (ISO26262) markets.
With team members working in Programable Logic (ASICs and FPGAs) since 1999, we have an extensive experience in RTL digital design and functional safety. Our featured services include:
- Custom development services: we develop IP cores and embedded software for safety critical applications including compliance data kits to meet with the objectives of functional safety standards.
- Development of hardware accelerators: we develop hardware accelerators on FPGAs for Digital Signal Processing, Computer Vision, Image Processing and Artificial Intelligence.
- Compliance with safety standards: we help our clients to comply with their quality and safety standards in aerospace, automotive and industrial markets.
- Our IP cores are written in human readable HDL code and vendor independent.
Services
FPGA
Intigia is a design company specialized in IP cores and SoC design for safety critical applications in aviation (DO254), space (ECSS) and automotive (ISO 26262) markets.
We develop IP cores for real-time high-speed processing of data from sensors and cameras. Our IP cores are written in human readable HDL code and vendor independent.
With team members working in semiconductors since 1999, Intigia offers a comprehensive range of services in RTL design:
- Functional specification
- RTL design and synthesis
- IP Core development and verification
- Software/Hardware application partition for SoCs
- Software drivers and wrappers
- Verification
- Compliance with safety standards
Efficient methodologies for safety critical systems
Our methodology is designed to minimize pitfalls and risks early in the project while our automated quality assurance processes ensure to deliver steadily minimizing iterations.
We can adapt to each project needs from agile project management to safety critical standards (DO-254, ISO 26262, ECSS).
Target devices
Our IP cores are vendor independent. We have many years of experience implementing our designs on Xilinx devices (Virtex, Spartan, Kintex 7, Kintex Ultrascale, Zynq 7 and Zynq Ultrascale), on other FPGA vendors (Lattice and Microsemi) and ASICs.
Embedded Software
Intigia’s team is specialized in developing complex algorithms (Digital Signal Processing, Computer Vision, Artificial Intelligence, Sensor Fusion) on embedded software optimized to run on real time on microcontrollers.
We have an extensive experience with multiple vendors such as Texas Instruments, NXP, STM, AVR, ARM and Xilinx. Our portfolio of services covers the whole life cycle of any embedded software project:
- Functional specification.
- Model Based Desing.
- Board Support Packages (BSP) and device drivers.
- Bootloaders.
- RTOS porting.
- Embedded Linux.
- Implementation of hard real time software.
- Verification and debugging.
- Compliance with safety standards
Efficient methodologies for safety critical systems
Our methodology is designed to minimize pitfalls and risks early in the project while our automated quality assurance processes ensure to deliver steadily minimizing iterations.
We can adapt to each project needs from agile project management to safety critical standards (DO-178, ISO 26262, ECSS).
Hardware
Intigia can help you to design and prototype your electronics board:
- PCB design: schematic and layout
- Pre-series fabrication
- Independent Verification
- Compliance with safety standards: DO254, ISO26262
Compliance with functional safety standards
Intigia is specialized in embedded systems for safety critical applications in aviation, space and automotive applications.
We are experts in developing embedded systems following the most demanding functional safety standards.
Our team can adapt to your methodology to comply with standards: V-model, agile or even reverse engineering for your legacy products.
Portfolio of services
We help our clients to comply with their safety standards in aviation (DO-178/DO-254), space (ECSS) and automotive (ISO 26262) applications at any level of the V-model lifecycle:
- Safety assessment
- Gap analysis
- Planning
- Development of software and RTL code in compliance with standards
- Safety assurance
- Reverse engineering to generate life-cycle data for legacy products
Experienced Engineering Team
Intigia has a skilled engineering team. Our team has developed tens of systems for safety and mission critical applications. We are trained in DO-178C, DO-254 and ECSS, and certified as Functional Safety Engineer in ISO 26262 by TÜVSÜD.
IP Cores
Deep Learning Accelerators
Intigia’s engineering team develops vendor independent deep learning and machine learning accelerators to speed up the execution of Convolutional Neural Networks (CNN) and classical Computer Vision algorithms in small factors electronic boards.
Initigia research in Edge AI and TinyML is focused on developing hardware accelerators capable of real time processing with low power on SoCs. Intigia is also actively researching in functional safety applied to machine learning algorithms executed on FPGAs and SoCs.
Our designs have been successfully tested on field on drones and other applications.
Our portolio includes:
- Convolutional Neural Network hardware accelerator
- Recurrent Neural Network hardware accelerators
- Hardawre accelerators for multiple OpenCV functions
- Device drivers
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