Hardware Design & Development
Whether it's full-scale product development or contributing to specific subsystems, we offer the expertise and support needed to drive innovation and success. We take comprehensive ownership across all aspects of Embedded Systems, including hardware design, firmware development, prototype creation, firmware integration, testing and validation, and manufacturing tests and certifications.
Our prototypes are crafted to match the reliability of final products. We assist our clients' engineering teams in identifying and leveraging the latest technologies for their products, contributing to both full product development and sub-system development. We take full ownership of every aspect of Embedded Systems, including hardware design, firmware development, prototype creation, integration, testing, validation, and manufacturing tests and certifications.
Our prototypes are as reliable as the final product, ensuring seamless integration. We collaborate with our clients' engineering teams to incorporate the latest technologies into their products, supporting both full product development and sub-system contributions.
We provide deep expertise in hardware design, specializing in compact, high-speed digital, RF, wireless, and industrial designs, along with power supply solutions. We handle designs with high component density, tight timing constraints, and custom form factors, such as wearables, as well as standard formats like ATCA, AMC, CPCI, PMC, SCSI, ATX, ECX, Mini ITX, Pico ITX, Nano ITX, and QSeven.
Embedded firmware is one of ERL Sensors and Automation’s core competencies. With extensive experience across various chipsets, we offer a range of services including OS and application porting, platform development, wired and wireless connectivity solutions, device driver development, and system optimization.
Our testing capabilities include built-in libraries to interact with DUT interfaces, wireless sniffers, and protocol analyzers for thorough data validation. We automate unit testing in both hosted and target environments, develop custom Python stubs for M2M protocol validation and performance benchmarking, and use NMAP/OWASP plugins for security vulnerability analysis. We generate detailed HTML/XML-based reports, provide configurable recovery options for fatal errors, and manage the deployment of firmware and applications on target devices.
We ensure that all peripherals, interfaces, and wireless modules are rigorously tested during the manufacturing process to guarantee full functionality.
