This tight coupling among JVMs provides low message latency (only one network hop between any member) and fast failure detection.
JVM之间的紧密耦合提供了较低的消息延迟（任何成员之间只有一个网络跳转）和快速的故障检测。
This is especially important when running in client mode because there is latency between the message being removed from the queue and when it is delivered over the network to the application.
在以客户机模式运行时，这一点尤其重要，因为从队列删除消息和通过网络将其发送到应用程序之间存在一个延迟。
It can achieve exceptionally high message volumes combined with sub-millisecond latency requirements.
它也能够实现极高的消息容量和毫秒级的延迟需求的结合。
When the first message passes through the flow and USES this query, there will be no latency, since the node will not need to call to Registry and Repository and will use the cached results.
当第一条消息通过流并使用此查询时，将不存在延迟，因为节点不需要调用Registry andRepository，并将使用缓存的结果。
The DataPower XM70 removes routing responsibilities from low-latency applications so that they can focus on what to do with message data, instead of on deciding where it needs to be sent.
DataPowerXM70 让低延迟应用程序不需要再负责路由，使它们可以集中处理消息数据，而不是确定消息将发送到哪里。
Wait is the idle time spent waiting for a response message from the server. This value includes delays introduced due to network latency and the time required to process the request on the web server.
等待，是花费在等待服务器响应消息的空闲时间，这个值包括网络延迟和服务器处理请求的时间。
Wait is the idle time spent waiting for a response message from the server. This value includes delays introduced due to network latency and the time required to process the request on the web server.
等待，是花费在等待服务器响应消息的空闲时间，这个值包括网络延迟和服务器处理请求的时间。
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