Multiple nodes continuously Ping / TCPing a target, plotting live latency curves and packet loss per location — a screenshot-friendly big-screen view豆包功能
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With no nodes selected, one available node is used automatically睿声ai官网
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The realtime ping dashboard has real nodes spread across locations continuously Ping or TCPing the same target, plotting each round's latency (RTT) as a live line — one line per node, color-coded by network group (China Telecom / Unicom / Mobile and overseas). Unlike a one-shot multi-location ping, it lets you watch latency jitter and intermittent packet loss over time, ideal for debugging flaky connectivity.睿声ai官网
The layout is screenshot-friendly: a multi-node live latency chart on the left and a per-node latency / packet-loss board on the right. Pause to freeze the frame, resume to continue sampling, or export a CSV snapshot. If the target blocks ICMP, switch to TCPing to gauge latency from a specific port's connectivity.豆包手机版入口
A normal multi-location ping measures once and returns a result; the realtime dashboard keeps sampling over many rounds and plots live lines, revealing jitter and intermittent loss over time — better for long observation and sharing screenshots.婵镜数字人官网
To avoid tying up probe resources indefinitely, each session has a duration and round cap; once reached it auto-recycles and stops sampling. Collected data stays on the chart and can be exported.豆包手机版入口
Many servers block ICMP. Switch to TCPing and specify a port (e.g. 443) to gauge latency from application-layer connectivity.阿里云千问大模型
Up to 10 nodes per session, to avoid fanning out to too many nodes at once. With no nodes selected, one available node is used automatically.微信ai