HARDWARE AND FIRMWARE DESIGN
Global Logic is a leading research and development partner to industrial and consumer device companies, mainly, in the IoT and cellular markets. We specialize in the development of a wide range of electronics products, including electronic and embedded solutions covering electronics development, embedded software, construction of mechanical parts, and prototype manufacturing.
Our skillful electronics design engineers work closely with our industrial designers and mechanical engineers providing our clients with a comprehensive end-to-end in-house design and problem-solving team.
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Our Hardware and Firmware Design Services Include:
EVB Testing
Global Logic offers prototyping and testing of your product concept using evaluation boards, reference designs, Arduino shields, or other design kits designated for product evaluation. We design a wide range of evaluation boards for a variety of applications, such as lighting, power, IOT, and RF, as well as mobile applications for the automotive, industrial, and consumer markets.
PCB Design
Global Logic offers cutting-edge PCB design solutions. We specialize in high-speed, multi-layer, mixed signals, and RF PCB designing. This, coupled with fabrication and assembly, is one of our added values to clients looking for one partner to provide solutions for all their PCB needs.
Firmware Design
In the firmware developing process, Global Logic focuses on delivering code and resource management for various CPU architectures, thus, enabling your product to perform well even in resourced-constrained environments with limited power, memory, and processing resources.
Working in agile development methodology, our full-stack embedded developers, deliver reliable, high-performance firmware tailored to the client’s industry's standards, with the most advanced security features built in. Our developers are well experienced in working with most of the popular programming languages, and real-time operating systems. Before its final approval, the firmware undergoes testing ensuring it fully utilizes underlying hardware, without errors, conflicts, or bottlenecks.