🚀 Core Conclusion
According to test data, Redisun performs excellently in most test scenarios, especially with obvious advantages in high-concurrency and asynchronous operations. Different clients have their own characteristics in different scenarios, and the appropriate client should be selected according to specific usage scenarios.
🔧 Architectural Advantages
- Developed based on smart-socket AIO framework
- Innovative connection multiplexing technology, single connection handles multiple concurrent requests
- Significantly reduces connection overhead, performs excellently under high concurrency
⚡ Objective Performance Analysis
📌 Synchronous SET operations detailed analysis:
- Low concurrency (1-16): Jedis performs best (8322 OPS), Redisun closely follows (6041-51124 OPS)
- High concurrency (64+): Redisun performs best, reaching 92081 OPS peak at 128 concurrency
- Redisun shows significant performance improvement from 1-16 concurrency (6041→51124 OPS), and maintains steady growth under high concurrency
📌 Synchronous GET operations detailed analysis:
- Low concurrency (1-16): Jedis performs best (8301 OPS), Lettuce and Redisun perform comparably (5985-48780 OPS)
- High concurrency (64+): Redisun performs best, reaching 88028 OPS peak at 128 concurrency
- Redisun shows obvious performance advantages under high concurrency, and can still maintain 67204 OPS high performance at 2048 concurrency
📌 Asynchronous SET operations detailed analysis:
- Redisun leads comprehensively, reaching 505050 OPS peak at 16 concurrency
- About 5.4-14.3 times and 5.4-6.1 times that of Redisson (35385-38850 OPS) and Lettuce (82508-94161 OPS) respectively
- Redisun maintains extremely high performance levels at all concurrency levels
📌 Asynchronous GET operations detailed analysis:
- Redisun shows overwhelming leadership, reaching 543478 OPS peak at 16 concurrency
- About 30.9-75.9 times and 55.0-102.7 times that of Redisson (7161-17458 OPS) and Lettuce (5293-9873 OPS) respectively
- Redisun demonstrates the strongest performance advantage in asynchronous GET operations
📊 Comprehensive Evaluation
- Redisun has obvious advantages in high-concurrency scenarios, especially in asynchronous operations, but performs generally in low-concurrency scenarios
- Jedis performs excellently in low-concurrency scenarios (up to 8301 OPS), but performance drops significantly in high-concurrency scenarios (drops to 30450 OPS at 2048 concurrency)
- Lettuce performs stably and relatively balanced, performing well in medium concurrency
- Redisson performs adequately in synchronous operations, but is not recommended for high-concurrency asynchronous scenarios
🎯 Recommended Usage Scenarios
- Redisun: High-concurrency, asynchronous operations, scenarios with extremely high performance requirements
- Jedis: Low-concurrency, simple application scenarios
- Lettuce: Medium concurrency, scenarios requiring stability
- Redisson: Scenarios mainly based on synchronous operations, not recommended for high-concurrency asynchronous scenarios
