Pipeline latency refers to the delay encountered in processing data as it moves through a series of stages or "pipelines" in computing systems. It measures the time taken from when a request is initiated until the final output is produced. High pipeline latency can occur due to various factors, such as processing bottlenecks, queuing delays, or resource contention, and it significantly impacts the overall performance and responsiveness of applications. Reducing pipeline latency is crucial for optimizing system efficiency and user experience.
The high availability cluster adapter provide unequal custering performance. The patented virtual pipeline architecture provide extreme low latency characteristics.
CAS (column access strobe) Latency and RAS (row access strobe) Latency
Piggybacked pipeline design enhances efficiency by allowing multiple data streams to share the same physical pipeline infrastructure, reducing the need for duplicate resources. This design minimizes latency and maximizes throughput, as data can be processed concurrently. Additionally, it simplifies maintenance and can lower operational costs by consolidating systems and resources. Overall, it promotes a more streamlined and cost-effective approach to data handling in various applications.
The Latency ended in 2011.
The Latency was created in 2006.
Lag is followed up by latency. If you detect latency but not lag, then someone else has it.
latency = transmit+propagation
i would check out the Russian pipeline or the Alaskan pipeline.
Pipeline free span is the section of pipeline that is suspended.
Pipeline total
Sleep latency-- The amount of time that it takes to fall asleep. Sleep latency is measured in minutes and is important in diagnosing depression.
CAS and RAS Latency are two ways of measuring speed