ARM下KVM虚拟化的损耗验证--redis

arm,kvm,虚拟化,损耗,验证,redis · 浏览次数 : 184

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| 指标 | 物理机 | 虚拟机 | |---|---|---| | ping_inline | 38491.14 | 36238.45 | | ping_mbulk | 38722.17 | 35087.72 | | set | 37202.38 | 34317.09 | | get | 38102.50 | 34118.05 | | incr | 37390.17 | 34258.31 | | lpush | 36029.54 | 34013.61 | | rpush | 36238.45 | 33647.38 | | lpop | 34518.46 | 34518.46 | | rpop | 36643.46 | 36643.46 | | sadd | 37181.63 | 37320.39 | | hset | 35868.00 | 35880.88 | | spop | 37320.39 | 37404.15 | | zadd | 35880.88 | 35880.88 | | zpopmin | 37404.15 | 37404.15 | | lpush (LRANGE) | 34193.88 | 34193.88 | | lrange_100 | 21623.96 | 21623.96 | | lrange_300 | 9287.21 | 9287.21 | | lrange_500 | 6595.44 | 6595.44 | | lrange_600 | 5552.16 | 5552.16 |

正文

ARM下KVM虚拟化的损耗验证

摘要

看Windows 上面的 Workstation的虚拟机的 网络层的延迟特别高.
突然想之前统计都是直接在本地验证的, 只考虑了虚拟化CPU的性能损耗
没有考虑虚拟化层网络层的损耗. 

所以想验证完了 Windows 和 intel平台 再抓紧验证一下 
ARM平台的宿主机和KVM下面的虚拟机的redis性能比较

比较结果

测试命令: 
虚拟机, 物理机使用类似的命令
./redis-benchmark -h 10.110.xxx.xxx -p 16379 -a xxxxx  -n 200000 -c 20 -q

测试结果:
出去MSET 虚拟机比物理机性能好之外. 
都是物理机比虚拟机性能好很多.
算数平均值是 95.5%
感觉KVM的损耗还是非常低的.

测试原始数据-物理机

PING_INLINE: 38491.14 requests per second, p50=0.455 msec                   
PING_MBULK: 38722.17 requests per second, p50=0.439 msec                   
SET: 37202.38 requests per second, p50=0.479 msec                   
GET: 38102.50 requests per second, p50=0.479 msec                   
INCR: 37390.17 requests per second, p50=0.487 msec                   
LPUSH: 36029.54 requests per second, p50=0.503 msec                   
RPUSH: 36238.45 requests per second, p50=0.503 msec                   
LPOP: 35951.82 requests per second, p50=0.503 msec                   
RPOP: 37481.26 requests per second, p50=0.479 msec                   
SADD: 37914.69 requests per second, p50=0.479 msec                   
HSET: 37030.18 requests per second, p50=0.487 msec                   
SPOP: 39154.27 requests per second, p50=0.463 msec                   
ZADD: 36563.07 requests per second, p50=0.495 msec                   
ZPOPMIN: 38774.72 requests per second, p50=0.463 msec                   
LPUSH (needed to benchmark LRANGE): 36663.61 requests per second, p50=0.495 msec                   
LRANGE_100 (first 100 elements): 25503.70 requests per second, p50=0.575 msec                   
LRANGE_300 (first 300 elements): 10288.07 requests per second, p50=1.023 msec                   
LRANGE_500 (first 500 elements): 6923.77 requests per second, p50=1.455 msec                  
LRANGE_600 (first 600 elements): 5886.16 requests per second, p50=1.711 msec                  
MSET (10 keys): 30816.64 requests per second, p50=0.591 msec

测试原始数据-虚拟机

PING_INLINE: 36238.45 requests per second, p50=0.439 msec                   
PING_MBULK: 35087.72 requests per second, p50=0.463 msec                   
SET: 34317.09 requests per second, p50=0.479 msec                   
GET: 34118.05 requests per second, p50=0.479 msec                   
INCR: 34258.31 requests per second, p50=0.471 msec                   
LPUSH: 34013.61 requests per second, p50=0.487 msec                   
RPUSH: 33647.38 requests per second, p50=0.479 msec                   
LPOP: 34518.46 requests per second, p50=0.479 msec                   
RPOP: 36643.46 requests per second, p50=0.479 msec                   
SADD: 37181.63 requests per second, p50=0.471 msec                   
HSET: 35868.00 requests per second, p50=0.487 msec                   
SPOP: 37320.39 requests per second, p50=0.471 msec                   
ZADD: 35880.88 requests per second, p50=0.487 msec                   
ZPOPMIN: 37404.15 requests per second, p50=0.471 msec                   
LPUSH (needed to benchmark LRANGE): 34193.88 requests per second, p50=0.495 msec                   
LRANGE_100 (first 100 elements): 21623.96 requests per second, p50=0.591 msec                   
LRANGE_300 (first 300 elements): 9287.21 requests per second, p50=1.159 msec                  
LRANGE_500 (first 500 elements): 6595.44 requests per second, p50=1.567 msec                  
LRANGE_600 (first 600 elements): 5552.16 requests per second, p50=1.831 msec                  
MSET (10 keys): 39611.80 requests per second, p50=0.415 msec