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The I/O solutions provided by Analog Bits focus on delivering low-power, high-efficiency differential clocking and signaling capabilities. These IPs are designed for minimized transistor count while maintaining superior signaling quality, making them optimal for die-to-die communication. Customization is a key benefit, allowing for client-specific architectural arrangements that suit their exact needs while utilizing the smallest possible area and power budget.
Analog Bits offers premier clocking solutions, known for their high customizability and low power consumption. These silicon-proven clocking solutions, available in 5nm nodes and onward, are renowned for ultra-low jitter and wide-range integer/fractional configurations. They are designed to serve diverse applications, such as consumer electronics, servers, and automotive technologies, ensuring the perfect balance of precision and performance. Their ability to adapt to specific customer needs makes them ideal for high-volume production environments.
Analog Bits' sensor IPs are engineered to offer comprehensive monitoring of process, voltage, and temperature (PVT) conditions. These silicon-proven sensors are designed with the smallest core area and lowest power footprint yet deliver precise measures critical for power efficiency and reliability. The sensors are fully integrated on-die, which eliminates the typical challenges seen in ensuring integrity across the power delivery subsystem. This enhanced monitoring is pivotal in detecting voltage irregularities, optimizing load balancing, and maintaining energy efficiency.
Analog Bits excels in SERDES technology, providing highly efficient and customizable products across PCIe generations 3, 4, and 5. These solutions support enterprise-class performance, offering low power and small die area, perfect for demanding applications like FPGA, mobile computing, and SSDs. Supporting unlimited lane configurations and capable of integrating multiple data protocols such as PCIe, SAS, and USB, these SERDES options are versatile enough to meet diverse market needs while minimizing latency for seamless chip-to-chip communication.
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