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Silicon Creations' range of free-running oscillators is designed for applications necessitating watchdog timers and core clock generators for MCUs and low-power devices. These oscillators, viable from 3nm FinFET to 65nm process nodes, are characterized by their compact, low-power operation, eschewing the need for external componentry. Their precise frequency stability and superior accuracy, even across extensive temperature and voltage ranges, uphold exceptional signal consistency. As part of the offering, these oscillators feature power ratings as low as 30uW, making them an ideal choice for power-sensitive applications. The jitter attributes are tightly controlled, ensuring consistent period variability well under 1%. This oscillator series exemplifies a balance of power-efficiency and precision tuning, making it a preferred component for long-duration deployments and in scenarios where maintaining low energy consumption is paramount. Silicon Creations continues to sustain high production standards and customization flexibility, catering to varying client requirements, which reinforces their strategic market positioning in oscillator design.
Silicon Creations' LVDS interfaces present a flexible, high-performance solution suited to a variety of applications. Built for production in processes spanning from 90nm up to 7nm FinFET, these bi-directional I/O systems address both low and high-frequency needs, making them ideal for FPGA to ASIC conversions and beyond. The LVDS-based designs maintain excellent speed capabilities, seamlessly achieving data rates above 2Gbps and up to 3.3Gbps within specific environments. Utilizing robust PLLs and CDR architectures, these interfaces display impressive tolerance to phase and signal integrity variations, ensuring reliable data transmission even under challenging conditions. Adaptable to numerous standards like Camera Link and OpenLDI, these interfaces feature dynamic phase alignment and superior word alignment designs, cutting across broad data ranges with ease. Their versatility is amplified by compatibility with other formats, making Silicon Creations' LVDS a staple in video and chip-chip data protocols.
Silicon Creations provides an advanced selection of LC-Tank based PLLs, noted for their remarkable precision and ultra-low jitter tailored for high-end applications like AFE and RF clocking. Their LC-PLL portfolio features sophisticated digital architectures compatible with 7nm FinFET processes and commencing production, assuring minimal power usage and small footprint while delivering remarkable jitter performance. Notably, these LC-PLLs present outstanding jitter figures with broadband values reaching below 400fs in integer modes, a feat achieved through active fractional noise cancellation. Their frequency lock capabilities are instantaneous from standby modes, ensuring negligible frequency error across varying operational conditions. Such robust features make these PLLs suitable for PCIe6 reference clocking, meeting and exceeding stringent specification needs. The IP also boasts a gamut of frequencies with an impressive tuning range, attributable to programmable loop bandwidths. The technology also features mechanisms for quick re-locking after standby states, vital for systems requiring rapid reactivation. Across the board, Silicon Creations' LC-PLLs epitomize cutting-edge innovation in timing circuits, making them indispensable for applications demading exact timekeeping and signal integrity.
The SerDes interface solutions from Silicon Creations offer high versatility and performance, designed to support processes from 12nm to 180nm with data rates ranging from 100Mbps to an impressive 32.75Gbps. This adaptability is highlighted through multiprotocol PHYs accommodating over 30 protocols, including established standards like JESD204 and PCIe. Backed by robust partnerships with leading controller vendors, Silicon Creations manifests complete solutions that integrate seamlessly with PCIe PHYs, covering PIPE and PCS layers. Key features include programmable serialization widths and a high-precision ring PLL that ensures low power transmission with minimal jitter. These characteristics result in uses across bandwidth-critical applications where pristine signal integrity is paramount, confirmed by rigorous testing for protocols like DisplayPort. Additionally, the architecture is emphasized by flexible components like adaptive tap decision feedback equalizers and programmable CTLE, facilitating its application in some of the most challenging data transmission environments. Ensuring superb energy efficiency alongside superior operational latency, Silicon Creations’ SerDes interfaces are invaluable to contemporary and evolving digital signal processing implementations.
Ring Phase-Locked Loops (PLLs) by Silicon Creations offer a versatile clocking solution, encompassing both general-purpose and optimized designs. These PLLs are known for their multi-functionality, with Fractional-N models serving a broad range of applications thanks to their ultra-wide input and output range and exceptional jitter performance. Suitable for complex SoC environments, these PLLs can adapt to any clocking requirement given their modest area and efficient power consumption. Specialized versions include low-area integer and IoT-specific PLLs designed to operate with very low frequency references, achieving minimal power consumption while providing suitable frequencies for digital circuit operation. Further, advanced designs like the low-jitter PLLs are engineered for best-in-class RMS jitter performance, both in integer and fractional modes, ideal for precision data converters and SerDes. These highly integrated PLLs are not just limited to clocking applications but extend their functionality through RTL-based solutions like spread-spectrum modulation, providing industry-standard and custom patterns, jitter attenuation for clock de-spreading, and digital phase alignment, which ensures precise phase control and low-frequency phase variation tracking. In-house ingenuity extends to applications needing the lowest possible jitter and higher oscillation frequencies, utilizing Silicon Creations' efficient LC-PLL circuits. All of these solutions are underscored by Silicon Creations' excellent support and proven track record, making them a reliable choice for their global clientele.
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