How to achieve Low Latency?
- Optimize Architecture:
- Choose efficient hardware, software, and network protocols that minimize processing overhead and data transfer delays.
- This involves selecting high-performance CPUs, low-latency network cards, and efficient communication protocols.
- Reduce Bottlenecks:
- Identify and eliminate points of congestion, such as overloaded servers or inefficient code segments, that slow down data flow.
- This might involve scaling up server capacity, optimizing algorithms, or utilizing caching mechanisms.
- Caching:
- Strategically cache frequently accessed data closer to users or processing points to reduce retrieval times.
- This significantly speeds up data access and minimizes reliance on slower backend systems.
High Latency vs Low Latency | System Design
In system design, latency refers to the time it takes for data to travel from one point in the system to another and back, essentially measuring the delay or lag within a system. It’s a crucial metric for evaluating the performance and responsiveness of a system, particularly in real-time applications. In this article What is high latency, low latency, and the difference between with an example.
Important Topics for the High Latency vs Low Latency in System Design
- What is High Latency in System Design?
- Impact of High Latency in System Design
- How High Latency occurs:
- What is Low Latency in System Design?
- Importance of Low Latency in System Design
- How to achieve Low Latency?
- Difference Between High Latency and Low Latency in System Design