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The SerDes (Serializer/Deserializer) PHY offered by Terminus Circuits represents an integral component essential for various data communication technologies, where heightened bandwidth and speed are critical. This technology is crafted to accommodate diverse nodes, multiple foundries, and protocols, ensuring their solutions meet even the most demanding customer requirements. Features include low power consumption, minimal latency, and compact physical design, setting it apart for users demanding efficient SerDes technology. Terminus Circuits provides a comprehensive set of deliverables for their SerDes PHY, including user guides for integration, meticulous timing libraries, and Verilog code. This solution is adaptable to a broad spectrum of market segments, encompassing sectors like network communication, data storage, and enterprise networking, thanks to its seamless interoperability with existing controllers. With the ability to support diverse protocols such as PCI Express, USB 3.1, and various optical interfaces, the SerDes PHY provides an essential backbone for robust high-speed data exchange. The SerDes PHY is particularly noted for its capacity to handle conventional as well as emerging networking and storage protocols, with configurations that support variations across different data rates and standards. Such versatility in supporting bifurcation modes and progressive equalization techniques ensures optimal signal integrity and minimized data latency, catering to sophisticated applications requiring high-speed, reliable data transfer.
Terminus Circuits provides a low jitter digital PLL for frequency synthesis, designed to cater to the needs of high-speed signal processing applications. This multiband quadrature frequency synthesizer offers a frequency output advantageous for USB 3.x and WiFi transceivers. The chip stands out due to its capacity to adapt across different process nodes and conditions, crucial for robust performance in varying applications. This digital PLL is engineered to generate multiple quadrature clock outputs with manageable jitter profile. Its ability to calibrate automatically against process variations and environmental temperatures makes it a reliable choice for diverse operating conditions. Furthermore, the PLL's design includes registers for programmable frequencies, which allows it to provide flexibility to fit into numerous systems seamlessly. Integrated into advanced systems, this PLL facilitates high-speed signal generation and clock recovery crucial for SerDes PHY operations or other high-frequency applications. The combination of low power consumption and compactness reinforces its desirability for embedding into complex circuit layouts where space and power constraints are critical considerations.
The PCIe PHY from Terminus Circuits is designed to cater to high-speed communication needs, implementing PCIe 4.0/3.0/2.0 standards to facilitate data transfer across embedded systems. Utilizing Serializer/Deserializer (SerDes) technology, this PHY ensures superior throughput and reduced latency compared to traditional parallel bus architectures. Aimed at high-performance computing applications, the PCIe PHY features a sophisticated architecture that provides tight termination resistor control and skew management for optimal data integrity. The design is further enriched by a comprehensive physical media attachment unit, a highly configurable coding layer, and programmable FIR equalizers for enhanced signal quality. Such attributes ensure that the PCIe PHY can serve dynamic data throughput situations with utmost efficiency. This solution stands out with its support for multiple configurations and modes, including quad PCIe links, with particular attention to resistive and capacitive network balancing. As a result, the PCIe PHY not only guarantees high data rates but also offers extensive flexibility and reliability crucial for a variety of industrial applications, including computing and network processing. This makes it ideal for users demanding precise performance and consistent operation across challenging environments.
The MIPI M-PHY HS Gear 4 is expertly designed for the mobile ecosystem, delivering robust performance and adaptability. It adheres to the MIPI Alliance's serial communication protocols, making it fit for scenarios where power efficiency, speed, and compact design are imperative factors. This M-PHY supports a wide array of mobile applications, including data transfer, display interfaces, and radio communication. With its modular and scalable configuration, the MIPI M-PHY HS Gear 4 can handle diverse system requirements and adapt to evolving standards. Its support extends to high-speed data transfers, maintaining compatibility with multiple MIPI protocols such as CSI-3, DigRF, and LLI, thus underpinning its versatility in function and design. Furthermore, its capability to manage the complex states and signalling involved in low-speed data ensures a balanced approach to overall system performance. Designed to meet the challenges posed by modern mobile applications, this PHY unit efficiently handles lane configurations and ensures stable operation across extensive temperature ranges. It empowers designers to manage termination systems, auto-calibrate settings for termination resistance, and leverage internal circuits that bolster data integrity and interface reliability, making it an indispensable asset for mobile application developers.
Terminus Circuits' USB 3.1 PHY is crafted to meet the expanding demands of high-speed data transfer interfaces, ensuring a seamless user experience between host and peripheral devices. This PHY employs SerDes technology to deliver high-speed connectivity benefitting from USB 3.1 and USB 3.0 standards, which translates to improved bandwidth and lower power consumption for connected devices. The USB 3.1 PHY from Terminus Circuits is specially designed for applications that necessitate high data transfer rates, such as SoCs for media storage and playback devices. It boasts a physical media attachment macro complemented by a coherent coding layer and configurations that support single and quad lane setups. This level of flexibility is intended to accommodate diverse design requirements and integration challenges. Moreover, the USB 3.1 PHY grants versatile connectivity through parallel data widths, programmable multi-tap equalizers, and signal integrity measures that handle receiver detection and cable support up to one meter. The design also incorporates a sophisticated low jitter PLL that underpins the high-speed operations of the interface, effectively aligning the PHY with the needs of modern high-performance digital environments.
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