Looking glass · Singapore · Amsterdam · Dallas · Mumbai

Looking glass.
Network in your control.

Inspect real-time BGP routing tables, latency, packet loss, traceroute hops and autonomous system paths directly from Nodewave's AMD EPYC edge hosts, routed through Gcore's 200+ Tbps DDoS filtering network.

Run diagnostics Explore speed test
AMD EPYC 4564P Gcore 200+ Tbps DDoS shield 6 edge locations
Edge node diagnostic console
Gcore DDoS protection active
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Facility Equinix SG1, Singapore
Test IPv4 103.152.112.5
Test IPv6 2402:1f00:8000::5
DDoS mitigation Active · Gcore shield
Quick test:
⌖
Advanced parameters & packet controls +
Router: Singapore (Equinix SG1) · Command: BGP
Ready
Target: 1.1.1.1 
Welcome to Nodewave BGP Looking Glass.
Select your edge router and command, enter a destination IP or domain, and click Run test.

Nodewave edge compute locations:
  - 🇸🇬 Singapore (Equinix SG1) · AMD EPYC™ 4564P · 103.152.112.5
  - 🇳🇱 Amsterdam (Equinix AM4) · AMD EPYC™ 4564P · 194.26.229.4
  - 🇺🇸 Dallas (Infomart DA1) · AMD EPYC™ 4564P · 92.118.36.10
  - 🇮🇳 Mumbai (CtrlS BKC) · AMD EPYC™ 4564P · 103.212.43.18
  - 🇩🇪 Frankfurt (Equinix FR2) · AMD EPYC™ 4564P · 185.190.140.22
  - 🇯🇵 Tokyo (Equinix TY2) · AMD EPYC™ 4564P · 103.175.12.8

All server traffic is protected by Gcore's 200+ Tbps DDoS filtering.
Click Run test to start.
Worldwide Probe Network · Residential & 5G Carriers

Global ISP latency testing.
Measure from real networks.

Benchmark latency, routing and packet stability to your server directly from real residential and mobile ISPs worldwide (Jio, Airtel, Viettel, Singtel, Comcast, Vodafone and more).

Multi-Carrier Engine Live probe quota Operational
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IPv4 IPv6
Popular presets:
Ready to measure
0 ms
200 ms

Enter an IP/domain and an ISP location above (e.g. Ho Chi Minh City+VNPT or Jio), then click Run to test real ISP latency.

Questions & details

How looking glass works

BGP looking glass is a diagnostic tool that inspects the route and latency between an external IP and our datacenter hosts.

01

BGP command

Reveals the autonomous systems (AS) traversed between our router and your IP address. Inspects BGP best-path convergence, local preference and community flags.

02

Ping command

Measures round-trip time (RTT) and packet loss from our AMD EPYC hosts. Useful for verifying gaming ping and stability before deploying a server.

03

Traceroute & MTR

Displays all active router hops between our hypervisors and your address, pinpointing network handoffs and intermediate transit delays.

04

DDoS protection

Every customer server public IP sits behind Gcore's distributed scrubbing network. Attack traffic is filtered before reaching customer virtual machines.

FAQ

Ping, traceroute & ISP latency questions

What is a looking glass?

A looking glass is a public web tool that runs network commands such as ping, traceroute and DNS lookups from a provider's server. It shows how traffic travels between that network and any IP address or domain, without you needing access to the server.

How do I test ping to my server from Jio, Airtel or other ISPs?

Use the Global ISP latency test on this page. Enter your server's IP or domain, choose a location or an ISP preset such as Reliance Jio or Bharti Airtel, and press Run. Probes in that location or network ping your server and report minimum, average and maximum latency plus packet loss, plotted on the map.

What's the difference between ping, traceroute and MTR?

Ping sends a few packets to one host and measures round-trip time and packet loss. Traceroute lists each router hop between the source and the destination, which shows where delay or loss starts. MTR combines the two, repeating the trace so you see latency and loss for every hop.

Are these network tools free?

Yes. Every tool on this site is free and needs no account. The ISP latency test shares an hourly probe quota, so results for a popular query may be reused for a few minutes.

FiveM Network Intelligence · Live Server Monitoring

FiveM Server Analytics & Player Tracking.
Monitor concurrent players, peaks & join/leave flow.

Real-time server health and player activity analytics across top FiveM roleplay communities. Track live concurrent players, historical retention graphs, or paste any CFX join link to find its direct IP and network security.

Telemetry Active Live Player Flow Global Index
Region:
13,000+ FiveM Servers Monitored

Select or Search a FiveM Server

Enter any community name, paste a Cfx.re join link, 6-character code (e.g. 8eek8q5), or direct IP:Port in the single search bar above to view real-time player retention and network telemetry.

FAQ

FiveM server IP & player tracking questions

How do I find a FiveM server's IP address?

Paste the server's cfx.re join link (for example cfx.re/join/abc123) or just its join code into the search bar above and press Resolve. The finder looks the server up in the Cfx.re server list and shows its direct IP and port when the server publishes one.

Why doesn't a FiveM server show its IP?

Some server owners hide their real address behind the Cfx.re proxy, so the public server list only returns a placeholder. You can still join with the cfx.re link, but the direct IP isn't available.

How do I check how many players are on a FiveM server?

Search for the server by name, join code or IP and open it. You'll see live players against the slot limit, the 24-hour peak and a feed of players joining and leaving.

How do I connect to a FiveM server by IP?

Open FiveM, press F8 to open the console and type connect followed by the IP and port, for example connect 203.0.113.10:30120. For any server the tracker opens, the Connect button launches FiveM straight into it.

Throughput & network testing

Speed test & network files

Download test files directly from our AMD EPYC 4564P nodes to evaluate pure bandwidth, transit speeds and latency from your server or local connection.

Live browser test Singapore PoP
0.0 Mbps
Latency -- ms
Jitter -- ms
Transferred 0 MB
Tested on Nodewave 10 Gbps Edge · AMD EPYC™ 4564P Baremetal · Deploy at nodewave.in ↗
Direct HTTP download Direct test files

Download test files

Choose a file size to start an unthrottled download from the active router node:

10 MB Quick test 25 MB Standard 50 MB Broadband 100 MB Gigabit test 500 MB Sustained 1 GB Full pipe
CLI one-liner (curl)
curl -o /dev/null -w "Speed: %{speed_download} B/s\n" https://nodewave.cc/speedtest/100MB.bin
FAQ

Speed test file questions

How do I test my download speed with a test file?

Pick a file size above to download it in your browser, or copy the curl command and run it from a server or terminal. curl prints the average download speed when the transfer finishes.

Which test file size should I use?

10–100 MB is enough for most home and mobile connections. Use 500 MB or 1 GB for gigabit links or to measure a server's sustained throughput, since short downloads finish before the connection reaches full speed.

What's inside the test files?

Placeholder data generated on the fly, with nothing executable in it, so the files are safe to download and delete afterwards.

Route inspection & topology

Autonomous system (AS) path map

Visual representation of BGP transit hops from the selected Nodewave router through Gcore DDoS filtering and Internet Exchanges (IXPs) to the destination network.

Inter-datacenter network

Inter-datacenter latency matrix

Round-trip latency across Nodewave's global edge footprint, interconnected over private carrier backbones and Tier-1 transits.

From / To 🇸🇬 Singapore 🇳🇱 Amsterdam 🇺🇸 Dallas 🇮🇳 Mumbai 🇩🇪 Frankfurt 🇯🇵 Tokyo
🇸🇬 Singapore 0.4 ms 152 ms 178 ms 54 ms 148 ms 63 ms
🇳🇱 Amsterdam 152 ms 0.3 ms 102 ms 122 ms 7 ms 210 ms
🇺🇸 Dallas 178 ms 102 ms 0.4 ms 198 ms 109 ms 138 ms
🇮🇳 Mumbai 54 ms 122 ms 198 ms 0.5 ms 118 ms 112 ms
🇩🇪 Frankfurt 148 ms 7 ms 109 ms 118 ms 0.3 ms 205 ms
🇯🇵 Tokyo 63 ms 210 ms 138 ms 112 ms 205 ms 0.4 ms
* Dedicated private carrier VLANs between Nodewave hypervisors. AMD EPYC 4564P platform in Singapore, Amsterdam, Dallas and Mumbai.
01 / COMPUTE VPS + VDS
02 / HOST HARDWARE AMD EPYC 4564P 16 cores · NVMe storage
03 / GCORE PROTECTED 200+ Tbps Gcore global filtering capacity
04 / CPU CLOCK 4.5 GHz base Up to 5.7 GHz boost
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