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GL3590-S is a highly flexible USB 3.1 Gen 2 hub controller that integrates Genesys Logic's proprietary USB 3.1 Gen 2 Super Speed and USB 2.0 High-Speed PHYs. It allows for multiple configurations to support fast charging standards and is backward compatible with older USB specifications. The GL3590 series accommodates various USB Type-C functionalities, allowing seamless integration into diverse applications. Each port in the hub comes with multiple transaction translators (TT) ensuring efficient data handling even under heavy load conditions. Its ability to fast-charge various devices, including Apple and Samsung products, is enhanced by its compliance with USB-IF battery charging specifications. It supports upstream communication even during power-off states and offers a low BOM cost with robust power management features. The product series for GL3590-S includes various package types with flexible port arrangements to suit different application needs, settings for downstream ports, and support for firmware upgrades via SPI-flash. It features superior EMI reduction due to improved output drivers and supports several operational power management states, ensuring energy efficiency. These capabilities make the GL3590-S an ideal solution for applications requiring versatile USB connectivity, like standalone hubs, docking stations, and integrated systems. GL3590-S's integrated USB Type-C functionality supports up to four native ports without needing external components, satisfying Type-C current modes effortlessly. With an on-chip microprocessor, the architecture supports up to 12 MIPS and provides extensive memory capacities, enhancing its capabilities across high-demand environments. The device ensures adaptable integration through configurable settings and dynamic port management options, making it a frontrunner for customizable tech solutions.
The GL9767 by Genesys Logic is a card reader controller that supports high-speed data transfer and an extensive range of memory cards. Designed in accordance with PCI Express Rev. 2.1, this controller incorporates PCIe PHY and UHS-II PHY to provide robust connectivity options for various multimedia cards, including SDHC, miniSD, and microSD cards. Its advanced features make it compatible with SD 7.1 Express modes, offering data rates up to 3940MB/s, ensuring high-performance data processing for diverse consumer and industrial applications. This card reader controller is equipped with efficient power management features such as PCI Express ASPM, runtime D3 states, and latency tolerance reporting for minimized power consumption without sacrificing speed. By integrating multiple power regulators and a card power switch, it provides stable operations across a wide range of voltage requirements, supporting SD 3.0 UHS-I, SD 4.0 UHS-II, and more recent card standards. GL9767's advanced hardware DMA engine optimizes data transfer, while its built-in protection mechanisms protect against over-current situations, enhancing the overall durability and reliability of devices utilizing this chip. This solution stands out for its low power consumption and comprehensive bus support, making the GL9767 an asset for applications in mobile, PC, and other consumer electronics sectors requiring efficient, high-capacity data processing capabilities.
Genesys Logic's BW9906 is a 20Gbps 4-channel linear redriver offering strategic enhancements for systems necessitating extended USB4 and DisplayPort 2.1 capabilities. This redriver is compliant with USB4's rigorous specifications, making it an optimal solution for maximizing signal transmission integrity across longer PCB pathways and cables. By integrating an adjustable equalizer and flat gain controller, it compensates for channel loss and ensures seamless data flow even over extended distances. BW9906's advanced architecture allows for independent channel operation using a single supply voltage at 3.3V, known for its exceptionally low power consumption. It includes adaptability in output settings and supports pin strap and I2C configurations, providing flexibility in deployment. Furthermore, the device's robust power management features enable it to reduce power draw significantly during idle states, offering an eco-friendly solution for high-performance applications. With its capability to maintain compliance with UHBR20 specifications and DP Auxiliary channels, and provision for SBU Mux, BW9906 extends its utility to a myriad of devices ranging from notebooks and desktop computers to tablets and docking stations. Its innovative design supports seamless integration across a variety of high-speed data communication environments, ensuring BW9906 to be a compelling choice for cutting-edge electronic systems.
The GL3004 is a comprehensive fisheye image processor designed for applications involving wide-angle lenses. With its sophisticated fisheye correction algorithms, it offers exceptional support for nine different dewarping modes, including spherical panorama and perspective projection dewarping. This processor enhances the visual experience by transforming fisheye views into perceivable, distortion-free images, making it ideal for advanced camera systems. At the core of the GL3004 is an integrated image signal processor (ISP) bolstered by a wide dynamic range (WDR) and on-screen display capabilities. With support for input resolutions up to 3 megapixels, this image processor provides superior real-time visibility and processing power for wide-angle surveillance or automotive camera applications. The processor also supports extensive interface options including 2-lane MIPI and DVP video formats. Additional features of the GL3004 include an embedded Cyclone-8051 CPU and comprehensive I/O support with GPIOs, SPI Master, and the TWI bus. The solution delivers reliable performance across varied environments with its robust power supply designs and a versatile DDR2 memory controller. The GL3004 is offered in a QFN76 MCP package, consolidating its processor and memory functions to effectively manage spaces within intricate electronic assemblies.
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