Unveiling Kafka’s Triple‑High Architecture: Availability, Performance, and Concurrency

This article breaks down Kafka’s high‑availability, high‑performance, and high‑concurrency design, covering controller and leader election, replica and ISR mechanisms, ACK settings, the Reactor NIO model, zero‑copy I/O, compression, producer batching, memory‑pooling, and the multi‑layer network threading architecture.

KafkaNetwork ConcurrencyProducer Batching

0 likes · 21 min read

Unveiling Kafka’s Triple‑High Architecture: Availability, Performance, and Concurrency

TAL Education Technology

Nov 18, 2021 · Backend Development

Server‑Side Network Concurrency Models and Linux I/O Multiplexing (select, epoll)

This article explains fundamental concepts of streams, I/O operations, blocking and non‑blocking behavior, compares blocking wait with busy polling, and then details five practical solutions—including multithreading, select, and epoll—while presenting Linux epoll API usage, code examples, and a comprehensive overview of seven common server concurrency models.

IO MultiplexingLinuxNetwork Concurrency

0 likes · 32 min read

Server‑Side Network Concurrency Models and Linux I/O Multiplexing (select, epoll)

Xueersi Online School Tech Team

Oct 29, 2021 · Backend Development

Server‑Side Network Concurrency Models and Linux I/O Multiplexing Techniques

This article explains server‑side network concurrency models, the fundamentals of streams and I/O operations, compares blocking and non‑blocking approaches, and details practical solutions such as multithreading, busy‑polling, select and epoll with code examples and performance analysis.

Backend DevelopmentIO MultiplexingLinux

0 likes · 30 min read

Server‑Side Network Concurrency Models and Linux I/O Multiplexing Techniques