When a computer displays "waiting for cache," it typically indicates that the system is waiting for data to be retrieved from the cache memory. Cache memory is a small, high-speed storage area that holds frequently accessed data for quick retrieval. If the computer is experiencing delays, it may be due to a slow process retrieving data from the cache, insufficient cache size, or high system load. Resolving this may involve optimizing software, upgrading hardware, or clearing cache to improve efficiency.
A cache is a temporary holding place for information. In the case of a processor, the cache is important because the processor is frequently the fastest component in your computer, and so it can use this space to store information while waiting for the rest of your computer to access it. While this information is waiting the processor is then free to work on other things, thus the cache speeds up your overall processing speed. In terms of how much is good, the answer is basically the more the better! Today there isn't just one CPU cache but several, and it ramps up in size; the bigger the final size (L3, currently) the better.
The data that are frequently used goes in the cache memory...
cache should small for super computer.
You can clear the cache by going in the settings. Search for history and cache and you can clear it from there.
Download a program called CPUZ. It should tell you what you need to know about your computer including cache.
Cache can be used in the following ways. If your computer is running slow, you can always just delete the cache file.
Cache
My internet was running slow on my computer so i cleared the cache.
Cache
depends on what cache u talking about. be more specific. Browser cache? google : computer browser cache RAM cache? http://www.webopedia.com/TERM/c/cache.html google is god, k?
The type of CPU cache that holds data waiting to enter the CPU is known as the "L1 cache," specifically the L1 data cache. This cache is the fastest and closest to the CPU core, storing frequently accessed data and instructions to reduce latency. It allows for quick access to data that the CPU is likely to use next, improving overall processing speed and efficiency.
To calculate the cache miss rate in a computer system, you divide the number of cache misses by the total number of memory accesses. This gives you a percentage that represents how often the CPU needs to fetch data from main memory instead of the cache.