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R&D Services 
We provide development services for all parts and phases of product and system development. We specialize in real-time, high reliability and availability design and implementation. In hardware development, we champion an approach which introduces quality in the design and implementation, with strong and “omni-present” QA to prove the quality rate. We have used many Lean product development techniques before they became popular and widely deployed. In fact, our approach is process-agnostic, we emphasize the fundamentals of HW development, which can accommodate any process. QA is an essential part of the process in our view of the development process, not an afterthought to be used to judge how did we do. QA is done on every development deliverable, from requirements, through high level design, circuit design, to final system testing, making it easier to achieve high levels of phase containment, which makes our approach high quality at low cost. Expertise Our expertise lies in professional quality, high reliability HW as a platform for providing high availability services through real-time (digital) processing of audio, video and other data sources, communication (protocol) handling and real-time control / management. Fault tolerance Fault tolerant system continues proper operation in the event of the failure of some of its components with no or minimal service degradation. Scalability Scalability is the ability to adapt to the changing needs or demands of users or clients; the one that can start small, but can easily expand. Durable Durable hardware remains functional when faced with adverse external conditions and withstands harmful impact with no or minimal repair. Hardware can have one of these attributes or several of them. GVS is specialized in hardware that has all of these attributes. Electronic Design GVS is the source of state-of-the-art R&D achievements in electronic design 
Analog Analog electronic circuits process continuously variable signals - analog signals. Mixed-signal circuits involves both analog and digital functionality in one electronic circuit. 
Digital Digital electronic circuits process discrete-time and discrete-amplitude signals, commonly referred to as digital signals. MCU electronics involves software signal processing, using microcontroller, microprocessor or digital signal processor circuits. 
Power Power electronics is the application of electronics to the control and conversion of electric power. Switchmode power converters switch the power circuit at high frequency to achieve small size and low cost, with high efficiency. |
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