Voltage droop is a common problem in system-on-chip (SoC) designs. It occurs when the power supply voltage drops suddenly, due to a sudden increase in circuit activity or other factors. Voltage droop can cause a number of problems, including performance degradation, data corruption, and even system failure.
There are a number of ways to mitigate the impact of voltage droop on your SoC. One way is to use a droop detect and response system. Droop detect and response systems work by detecting voltage droop and then taking corrective action to restore the power supply voltage to its normal level.
The benefits of using a droop detect and response system:
- Improved performance.
Droop detect and response systems can help to improve the performance of your SoC by preventing voltage droop from causing performance degradation. - Increased reliability.
Droop detect and response systems can help to increase the reliability of your SoC by preventing voltage droop from causing data corruption or system failure. - Reduced power consumption.
Droop detect and response systems can help to reduce the power consumption of your SoC by allowing you to run the SoC at a lower voltage.
If you are designing a SoC that is susceptible to voltage droop, then you should consider using a droop detect and response system. Droop detect and response systems can help to improve the performance, reliability, and power efficiency of your SoC.
The Movellus AWS2 Droop Detect and Response System.
The Movellus AWS2 is a high-performance, low-power droop detect and response solution for advanced SoCs. It is a digital clock generation system that is synthesizable in Verilog. This makes it easy to integrate into your SoC design and allows you to customize the system to meet your specific needs.
The Movellus AWS2 offers a number of advantages over traditional analog clock systems. First, it is much smaller, which means that it has a smaller impact on your SoC’s area and power budget. Second, it is more reliable, because it is not susceptible to the same kinds of noise and interference that can affect similar analog systems. Third, it is more efficient, because it can generate clocks with higher precision and lower jitter.
The Movellus AWS2 Droop Detect and Response system is ideal for a wide range applications, including:
- ADAS and autonomous vehicles.
- 5G and next-generation wireless networks.
- Data center servers and storage systems.
- High-performance computing (HPC) systems.
The Movellus AWS2 is a powerful and versatile clocking solution that can help you to improve the performance, reliability, and power efficiency of your SoC.
Key features of the Movellus AWS2:
- Fully digital clock generation system.
- Synthesizable in Verilog.
- Small area and power footprint.
- High reliability and noise immunity.
- High precision and low jitter.
- Wide range of applications.
Benefits of using the Movellus AWS2:
- Improved performance.
- Increased reliability.
- Reduced power consumption.
- Smaller area and power footprint.
- Easier integration.
- Customizable to meet specific needs.
If you are designing an advanced SoC that requires high-performance, advanced clocking, then you should consider using the Movellus AWS2. The Movellus AWS2 can help you to improve the performance, reliability, and power efficiency of your SoC, making it more suitable for demanding applications.
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