When traders talk about “speed,” they usually mean how fast their orders reach the broker. But most people misunderstand what actually determines that speed. It is not your CPU clock rate, your internet download speed, or how much RAM you have. The bottleneck is network latency — the time it takes for a data packet to travel from your trading platform to your broker’s trade server and back.
This article explains how to measure your current latency, what affects it, and how a properly located VPS can cut it by 90% or more.
What “Speed” Actually Means for Trading
Your home internet speed test might show 500 Mbps download. That measures bandwidth — how much data you can transfer per second. MetaTrader order packets are tiny (a few kilobytes), so bandwidth is almost irrelevant for trade execution. A 10 Mbps connection and a 1 Gbps connection will execute the same order at nearly the same speed.
What matters is latency, measured in milliseconds (ms). Latency is the round-trip time for a single packet to travel from your computer to the broker’s server and back. When you click “Buy” in MetaTrader, the platform sends an order packet to the broker. The broker processes it and sends a confirmation back. Latency determines how long that round trip takes.
If your latency is 80ms, there is an 80-millisecond window between your click and the broker receiving your order. During that window, the price can move. For liquid pairs like EUR/USD during London session, the price can tick multiple times per second. An 80ms delay means the price you see on screen may not be the price your order gets filled at. That gap is slippage, and it costs real money.
How to Measure Your Current Latency
Method 1: MT4/MT5 Status Bar
The simplest check is built into MetaTrader. Look at the bottom-right corner of your MT4 or MT5 terminal. You will see a connection status indicator showing a number in milliseconds. This is your platform’s measured round-trip time to the broker’s server.
💡 Tip: Watch the ms indicator in MT4/MT5’s bottom-right status bar during active market hours. If it regularly exceeds 10ms, a colocated VPS will make a measurable difference to your execution quality.
Note that this number fluctuates. Watch it for a few minutes during active market hours to get a sense of your typical range. A home connection might show anywhere from 40ms to 200ms, with spikes during peak hours.
Method 2: Ping Test
Open Command Prompt (on Windows, press Win+R, type cmd, press Enter) and run a sustained ping test to your broker’s server IP:
ping broker-server-ip -n 100Replace broker-server-ip with your broker’s actual server address. You can find this in MT4 under File > Open an Account — the server list shows the server addresses. Or right-click on the connection status bar and select “Rescan Servers” to see the IP.
💡 Tip: You can find your broker’s server IP by checking the MT4/MT5 server list (File > Open an Account) or by running a ping test against the server hostname shown in the platform’s connection settings.
After 100 pings, Windows displays a summary with minimum, maximum, and average round-trip times. For example:
Minimum = 47ms, Maximum = 312ms, Average = 83msThat 312ms maximum is concerning — it means at least one of your orders could experience over 300ms of delay. The gap between minimum and maximum is called jitter, and high jitter is as problematic as high average latency because it makes execution unpredictable.
Method 3: Traceroute
A traceroute shows every network hop between your computer and the destination. Run this in Command Prompt:
tracert broker-server-ipA typical traceroute from a home PC to a broker in London might look like this:
1 1ms <1ms 1ms 192.168.1.1 (your router)
2 8ms 9ms 8ms 10.0.0.1 (ISP local node)
3 12ms 11ms 13ms ae-5.r01.nycmny01.us (ISP backbone)
4 15ms 14ms 16ms be-10.r02.nwrknj01.us (ISP handoff)
5 22ms 21ms 23ms ix-1.core1.nyc.peer (internet exchange)
6 71ms 70ms 72ms ae-3.lon01.uk.transit (transatlantic hop)
7 72ms 71ms 73ms lon-eq-ld4.provider (London datacenter)
8 73ms 72ms 74ms broker-server (destination)That is 8 hops and 73ms. Notice how hop 6 adds nearly 50ms — that is the transatlantic cable crossing. Every hop adds latency and introduces a potential point of failure.
Now compare a traceroute from a VPS inside the same LD4 datacenter:
1 <1ms <1ms <1ms 10.0.1.1 (datacenter switch)
2 <1ms <1ms <1ms broker-server (destination)Two hops. Sub-millisecond latency. The VPS and the broker’s server are connected through the same datacenter’s internal network, often on the same floor of the same building. There is no public internet involved at all.
The Network Hop Problem
Every hop in a traceroute is a router or switch that receives your data packet, reads the destination address, decides where to send it next, and forwards it. Each hop adds 1 to 5ms of processing time under normal conditions and potentially much more under load.
A home connection typically routes through 12 to 20 hops to reach a broker’s server. That includes your home router, your ISP’s local node, multiple ISP backbone routers, one or more internet exchange points, and the destination datacenter’s network equipment. Each hop is a potential delay point and a potential failure point.
A VPS in the same datacenter reduces this to 1 to 3 hops over a local network with dedicated bandwidth. There are no ISP routing decisions, no internet exchange congestion, and no transatlantic cable crossings.
How Much Does 1 Millisecond Matter?
For a swing trader holding positions for days, a few milliseconds of latency makes no practical difference. But for scalpers and EA traders executing dozens or hundreds of trades per day, the impact scales linearly.
Consider a scalper on EUR/USD targeting 3-pip profits with a 2-pip stop loss. At this tight risk-to-reward ratio, slippage of even 0.3 pips per trade significantly degrades the strategy’s edge.
📊 Key Stat: For a scalper taking 20 trades/day on standard lots, reducing average slippage from 0.5 pips to 0.05 pips saves roughly $900/month — far more than any VPS subscription costs.
On a home connection with 80ms latency, slippage averages 0.3 to 0.8 pips per execution during volatile conditions. On a VPS with 1ms latency, slippage drops to near-zero during normal conditions and stays under 0.2 pips during fast markets.
At 20 trades per day on a standard lot:
- Home PC (0.5 pip average slippage): 20 trades x $5 slippage = $100/day lost
- Datacenter VPS (0.1 pip average slippage): 20 trades x $1 slippage = $20/day lost
- Monthly difference: approximately $1,600
These numbers are estimates that vary by pair, session, and market conditions, but the direction is clear. Lower latency means less slippage means more of your edge gets captured as profit.
Factors That Affect VPS Speed
Even on a VPS, not all speed is equal. Several factors determine your actual execution speed:
Datacenter Proximity
This is the dominant factor. A VPS in the same datacenter as your broker gives sub-millisecond latency. A VPS in the same city but a different datacenter gives 2 to 10ms. A VPS in the same country but a different city gives 5 to 30ms. FXVPS operates in the specific Equinix facilities (LD4, NY4, TY3, HK1) where most major brokers colocate, achieving measured latency as low as 0.38ms.
📊 Key Stat: Major forex brokers cluster in a handful of Equinix datacenters (LD4 London, NY4 New York, TY3 Tokyo). A VPS in the same facility achieves sub-millisecond latency because data travels meters, not continents.
Cross-Connectivity
Some VPS providers are in the right datacenter but connected to the broker’s network through the public internet rather than through the datacenter’s internal cross-connect fabric. True cross-connectivity means a direct fiber connection within the building, bypassing external networks entirely. This is the difference between 0.5ms and 5ms even within the same datacenter.
Resource Contention
If your VPS uses shared CPU cores (vCPUs), other users on the same physical server can cause CPU spikes that delay your MetaTrader’s order processing. Your order might be ready to send but has to wait for CPU time to actually transmit it. FXVPS uses dedicated CPU cores to eliminate this variable entirely.
MetaTrader Configuration
Your platform settings affect speed too. Running too many charts with complex indicators consumes CPU cycles. Each chart with a custom indicator attached adds processing overhead before an EA can execute a trade. Keep your VPS lean — only run the charts and indicators your strategy actually needs.
How to Test Your VPS Speed
Once you have a VPS set up, verify the performance yourself:
- Connect to your VPS via Remote Desktop
- Open Command Prompt
- Run
ping your-broker-server-ip -n 100 - Record the minimum, maximum, and average latency
- Run
tracert your-broker-server-ipto confirm the number of hops - Open MetaTrader and check the latency reading in the status bar
- Compare all these numbers to the same tests run from your home PC
If your VPS ping is under 5ms with 2 to 3 hops, you are properly colocated. If it is over 10ms with 5+ hops, the VPS may not be in the optimal datacenter for your broker. Check the FXVPS broker latency page to find which datacenter location gives the lowest latency for your specific broker.
Making the Switch
Moving from a home PC to a VPS does not require changing brokers, strategies, or account settings. You install MetaTrader on the VPS, log into your broker account, attach your EAs, and disconnect from the Remote Desktop session. Your platform continues running on the VPS with datacenter-grade connectivity.
The FXVPS Core plan at $29/mo is enough for 1-2 terminals. The Pro plan at $39/mo handles 3-6 terminals comfortably. Both use dedicated CPU cores in Equinix facilities with direct cross-connectivity to 195+ supported brokers. Sign up at members.fxvps.biz and run your own speed tests — you will see the difference in the first ping.