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The C/D-PHY Combo IP from Mixel merges the capabilities of C-PHY and D-PHY into a single low-power, high-frequency package. This dual functionality enables it to operate as both a C-PHY and D-PHY, making it exceptionally flexible for a broad array of applications, including mobile, automotive, and IoT. With support for multiple configurations in transmitting and receiving data, the combo PHY is a cost-effective solution that also supports legacy systems with backward compatibility to older MIPI standards. The combo's modular design, along with its compatibility with the MIPI standards, makes it a reliable choice for new-age digital systems seeking efficiency and adaptability in data management and control.
The Mixel LVDS/D-PHY Combo Receiver is a powerful, cost-effective solution for applications that require versatility in both LVDS and MIPI standards. Utilizing a sophisticated physical layer design, it accommodates data throughput rates up to 4.0Gbps, making it suitable for modern display interfaces. It includes mechanisms for high-speed data capture and low-power operation, optimizing for both data-intensive tasks and energy efficiency. Its expandable architecture supports multiple lanes, providing adaptability to various system configurations. With its compliant structures adhering to global interface standards, this combo receiver integrates seamlessly into different technology flows.
The LVDS/D-PHY Combo Transmitter integrates a high-frequency, low-power physical layer that adheres to the MIPI D-PHY standard and a high-performance 4-channel LVDS Serializer. Using digital CMOS technology, this compact design facilitates both serial and parallel data transmission with up to 4.2Gbps data throughput. With flexible clock support and a robust modular design, it's engineered for seamless integration in various electronic systems. The LVDS component ensures compatibility with industry standards while offering built-in high-speed serialization.
The Mixel LVDS Deserializer offers high-performance data conversion, structured to operate across four channels, aligning with digital CMOS technology standards. Designed with a focus on precision, the deserializer achieves data rates up to 5Gbps while ensuring low power consumption. It features flexible parallel data width settings and a power-down mode for added efficiency. Additionally, its compatibility with low-swing LVDS devices makes it ideal for reducing EMI, promoting reliable communications while adhering to industry standards. This makes it a formidable solution for high-speed applications demanding robust signal reconstruction.
Designed for high-speed data transfer, the 4.25 Gbps Multi-Standard SerDes by Mixel is a Quad Gigabit serializer/deserializer supporting data rates up to 4.25Gbps per channel. Engineered using digital CMOS technology, this SerDes is optimal for interfacing with standards such as PCI Express, SATA, and RapidIO. Its modular construction facilitates customization, allowing seamless adaptation to various technological requirements. Features like programmable voltage output and termination resistors at both transmitter and receiver ends enhance its utility in a broad range of networking and communication applications.
The Mixel C-PHY IP is a highly adaptable, high-bandwidth physical layer that uses 3-phase symbol encoding to achieve up to 5.7Gbps over its lane configuration. This low-power, low-area PHY is optimized for various applications such as mobile and IoT, utilizing MIPI’s specifications to ensure seamless interface compatibility for camera and display systems. Offering a combination of soft and hard IP views, the C-PHY stands out in its support for both high-speed data and low-power control modes, enhancing flexibility and integration in various system architectures. With support for up to three lanes per trio, this C-PHY ensures reliable data transmission even over extended distances, making it ideal for applications requiring high-performance end-to-end communication.
Mixel’s M-PHY IP serves as a versatile physical layer solution complying with the MIPI Alliance standards. This IP is capable of efficiently facilitating connections for various data-intensive applications such as flash storage, RF subsystems, and chip-to-chip communications. Featuring a modular design, the M-PHY offers operational flexibility with scalable speeds through different operational modes that contribute to significant power savings. It supports a broad range of interfaces with its dual-simplex point-to-point communication and ultra-low voltage differential signaling functionality.
The high-frequency Mixel D-PHY IP is specifically designed to meet the MIPI Alliance standards for D-PHY, supporting efficient connectivity between cameras, display devices, and a core processor. Operating over a wide range of data rates up to 4.5Gbps, it offers seamless integration for applications requiring fast data transmission while conserving power. The D-PHY is partitioned into a digital module for control and interface logic, and a mixed-signal module, allowing for a versatile combination of Soft and Hard IP that adapts to customer-specific design requirements. This robust PHY supports MIPI’s Camera and Display Serial Interfaces, providing reliable data communication with adaptive power-saving features, including configurable resistance termination calibrators.
The LVDS Serializer is designed for high performance and efficiency, offering up to 1.6Gbps operation over four channels. Its design employs digital CMOS technology and includes integrated PLLs to facilitate a stable clock and data transmission over long distances. Featuring an optional pre-emphasis mode, it ensures optimum signal integrity in challenging environments. The highly integrated architecture of the serializer reduces the need for external components and is optimized for both current and future technological advancements, ensuring minimal adaptation costs and ease of scalability.
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