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The PRBS Generator, Checker, and Error Counter is a robust tool designed to handle high-speed data processing tasks with precision. It supports multiple PRBS orders, namely 7, 15, and 31, to facilitate versatile data error checking and generation capabilities. This IP is engineered to ensure a high degree of accuracy in error detection, providing reliable performance in various applications. With differential CMOS data and clock inputs and outputs, it offers flexibility and compatibility with a range of systems, and includes a power-down mode to optimize energy usage. Built on TSMC's 28HPC process, this IP achieves typical data rates of 36 Gbps, with a minimum threshold of 32 Gbps, all while maintaining a typical consumption of 80 mA. It occupies an area ranging from 67×142 µm to 67×71 µm. With power scaling relative to the data rate, this IP ensures efficient operation, making it suitable for high-performance applications in telecommunications and data transmission. This IP provides multiple customization options to fit specific client needs, thanks to its scalable footprint that varies with its PRBS configurations. Its versatility and robust design make it an excellent choice for clients seeking high-speed error checking solutions that seamlessly integrate into existing infrastructures.
This general-use Phase Locked Loop (PLL) offers a versatile and reliable solution for frequency synthesis in a range of electronic applications. Supporting any integer division between 1 and 32, or 1 and 64 at lower frequencies, it accommodates a wide variety of input and feedback configurations. The PLL is designed with low noise and suppresses spurious signals, ensuring clean and stable frequency outputs suitable for precision electronics. Implemented on TSMC's 28HPC process node, this PLL can handle frequencies up to a maximum of 4.0 GHz, with a baseline as low as 500 MHz. At this minimum frequency, it operates efficiently with a power consumption of just 4mA. The compact design occupies a space of 150×150 µm, making it ideal for applications where board real estate is limited. With auto-calibration and fast locking features, the PLL enhances system performance by quickly achieving desired frequency parameters, minimizing setup time and improving overall system responsiveness. This makes it particularly suitable for telecommunications, consumer electronics, and other data-driven industries requiring precise timing mechanisms.
The Compact High Order Thermometer Code Generator is designed to offer a versatile solution for generating high bit-count thermometric codes. It accommodates bit counts ranging from 256 to 4096 and can be further extended. Depending on application needs, the IP can be configured for low power or high-speed operations, providing flexible performance options for various digital signal processing tasks. Engineered on TSMC’s 28HPC technology, it has a maximum operational capacity of 1 Gbps and a typical rate of 100 MHz, with energy consumption pegged at 200 µA. This makes it a power-efficient solution for high-throughput environments. The design allows for customizable configurations, supporting CMOS signaling and offering both current source and sink per bit, or the option to combine these into a single current output. Adaptable and easy to integrate, this generator addresses a wide array of needs in areas such as digital communications and data conversion tasks. Its compact design makes it highly portable, allowing seamless incorporation into larger systems where space and power efficiency are paramount.
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