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At Brio, we design modern devices based on microprocessors, systems-on-chip (SoC), FPGA, DSP and MCU. We gather initial technical and functional requirements, design schematic diagrams and multilayer printed circuit boards, attempt to comply to the environmental safety requirements and RoHS
Our Product development services aim to accelerate the creation of your products, reduce time to market and help make schedules predictable in order to better manage resources, predict costs, and reduce market and technology risks. With BRIO as your development partner or your development team, you can realize your product vision successfully. By providing our customers with the highest-skilled teams and a world-class infrastructure, we can ensure the quality and reliability of the products we build for you. BRIO can bring your product from concept to production or we can focus on a problem area and help you navigate the product life cycle smoothly.
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Designing digital and digital-analog schematic diagrams based on modern electronic components. Implementation of high-speed interfaces (Ethernet, USB, PCI), integration with wireless data transfer modules (WiFi, ZigBee, Bluetooth, GSM/GPRS) and other hardware interfaces.
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Designing multilayer printed circuit boards of Class 5 and above, using BGA components, controlling impedance. We develop in accordance with the IPC standards, adhere to design-for-test (DFT) and design-for-manufacture (DFM) requirements, analyze signal integrity (SI), electromagnetic compatibility (EMC) and thermal conditions throughout the entire design cycle.
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The company's key area is design of digital devices based on low-power systems-on-chip. The GUI in such devices can be implemented both via a high-resolution LCD (TFT, STN, sensor panel) and remotely via a Web-interface. Mobility and portability are ensured through effective energy saving modes.
We keep track of the latest SoC tendencies and guarantee the best cost-quality ratio for your solution. When it is possible to implement the device on a single ship, we use a CSoC that is more suitable in this case.
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