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- Mar 24, 2013
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Can be used forever! No back door!Say important things three times!It is by no means comparable to the top end on the market!Only 1G space + 1G memory size.
Original
single-player game memory usage: 8G
full-service usage: 16G
CPU performance benchmark: 100%
GenShin AkiraMod server (extreme memory optimization)
single-player game memory usage: 600MB
full-service memory usage: 1G
CPU performance benchmark: 40% original
GenShin performance AkiraMod server (balance optimization)
single-player game memory usage: 1.5G
full-service memory usage: 3G
CPU performance benchmark: 100% original performance
GenShin AkiraMod server (CPU performance optimization)
single-player game memory usage: 1.8G
full-service memory usage : 4G
CPU performance benchmark: 140% original performance
Original
single-player game memory usage: 8G
full-service usage: 16G
CPU performance benchmark: 100%
GenShin AkiraMod server (extreme memory optimization)
single-player game memory usage: 600MB
full-service memory usage: 1G
CPU performance benchmark: 40% original
GenShin performance AkiraMod server (balance optimization)
single-player game memory usage: 1.5G
full-service memory usage: 3G
CPU performance benchmark: 100% original performance
GenShin AkiraMod server (CPU performance optimization)
single-player game memory usage: 1.8G
full-service memory usage : 4G
CPU performance benchmark: 140% original performance
Stunning debut! GenShin AkiraMod V3.2 image brings unprecedented performance leap!The innovative "memory fusion technology" reduces the memory usage from an astonishing 12G to only 1G, bringing a revolutionary performance improvement to the Yuanshen server!
The AkiraMod server reduces the memory usage of the Yuanshen server from the original 12G to only 1G, and reduces the space usage from 7G to 1G. Become the only and unrivaled 1G+1G Yuanshin God 3.2 mission real end in the market! Non-GC side.
1. Based on the Debian 11 nocloud image: The GenShin AkiraMod V3.2 server chooses to use the Debian 11 nocloud image as the basic operating system to achieve more efficient resource utilization and lower system usage. Debian is a stable, secure and easy-to-maintain Linux distribution, while the nocloud version further streamlines system services and components and improves operating efficiency.
2. Binary files with debug information removed: The GenShin AkiraMod V3.2 image removes the debug information in the binary files of the Genshin server, thereby reducing the file size and disk space usage, while reducing the burden on the disk.
3. MGLRU technology: Multi-generation Least Recently Used (LRU) algorithm, referred to as MGLRU, is an improved Linux kernel page recycling strategy developed by Google. In situations where low-memory devices face high memory pressure, it can provide very good performance advantages for a variety of workloads. The GenShin AkiraMod V3.2 image adopts MGLRU technology to ensure the retention rate of hot data in the memory, and significantly reduce the page fault interrupt and exchange rate. The page fault rate of the current system is 300 pages per second, which has little impact on the server.
4. ZRAM compressed memory: GenShin AkiraMod V3.2 image introduces memory compression technology, which compresses unused memory into virtual memory, thus saving memory usage space. Improve the memory usage efficiency of the server and relieve the pressure of memory usage.
5. ZRAM Writeback: This is an enhanced ZRAM compressed memory function, which can expand the system memory by writing the compressed pages in ZRAM to the hard disk. ZRAM Writeback provides more usable memory space in memory-constrained systems. The GenShin AkiraMod V3.2 image sets a write-back strategy for Genshin scenes, which can effectively release more memory space and alleviate OOM problems caused by server-side memory leaks.
6. ZSTD compression algorithm: The GenShin AkiraMod V3.2 image adopts the efficient ZSTD 1.92 compression algorithm. After testing, it can achieve a compression ratio of about 1:8. On the 5800X processor, the algorithm has a decompression speed of 11000M/s.
7. KSM technology: The GenShin AkiraMod V3.2 image introduces the kernel repeated page merge technology, enabling multiple processes to share the same memory page. Can reduce memory usage by about 15%; in multiplayer game services, the effect is even more significant.
8. MySQL parameter tuning: The GenShin AkiraMod V3.2 image has tuned MySQL parameters, reducing cache pages and pre-reading, thereby reducing memory usage by about 400M.
9. Percona Server for MySQL: In order to further improve database performance, GenShin AkiraMod V3.2 image adopts Percona Server for MySQL. Percona Server is a high-performance, scalable MySQL alternative that provides more optimized features for large-scale data processing. GenShin AkiraMod V3.2 image = 1G memory + 1G storage space
10. Rearrangement optimization based on binary files: Through rearrangement optimization of binary files, CPU efficiency is significantly improved and memory usage is reduced.
11. CPU scheduling optimization: optimize CPU scheduling to achieve higher CPU performance and improve the operating efficiency of the game server.
Note 1: The 1G storage space is the size of the downloaded compressed package, and the actual occupied space depends on the operating conditions. The memory usage of 1G is laboratory data. In a single-player game (without mulit, oa, pathfind, tomoon, muip), the actual memory usage is 917M after running for 20 minutes.
Note 2: Do not modify or move the .sh file under /root, it is required by the system, and moving will affect the optimization effect.
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