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Trader problem · Execution speed

Paying for a Trading VPS and Still Getting Slow Execution

VPS providers market RAM, CPU cores, and NVMe storage as performance features. For trading execution, none of those specifications matter. Your fill speed is determined entirely by the latency between your VPS and your broker's matching engine.

TL;DR

Server specs (RAM, CPU, disk speed) affect how smoothly your platform runs. They have zero effect on how quickly your orders travel from that server to the broker's matching engine. The VPS provider doesn't advertise the metric that matters: the network path quality to Equinix NY4, LD4, TY3, or SY4.

See the plansCheck broker DC locations
RAM/CPU
Affects platform stability and EA performance. Not order transit time.
Network path
The only factor that determines how fast your order reaches the broker.
Savings
A proxy node adds the low-latency route without the $60+/month premium VPS cost.

What trading VPS providers are actually selling you

Trading VPS marketing focuses on uptime guarantees (99.99%), dedicated resources (not shared), MT4-optimised images, and low ping to their own internal network. What they do not sell, because they cannot guarantee it, is your ping to your specific broker's matching engine. A VPS with 99.99% uptime in a datacenter with poor peering to LD4 is useless for a London-broker scalper.

VPS providers know this and do not publish it. They advertise CPU cores and RAM because those are easy to measure and compare. They do not advertise RTT to Equinix LD4 because it varies dramatically based on the provider's peering agreements — and many providers have poor peering.

The specification that actually matters: time-to-fill

Time-to-fill (TTF) is the gap between when MT4 sends an order and when the broker confirms the fill. It is almost entirely determined by the round-trip latency between your VPS and the broker's datacenter. You can have 64GB RAM and a 10-core CPU; if your RTT to the broker is 300ms, your TTF is 300ms.

This is the critical disconnect. VPS providers market specs that do not affect TTF. They do not market the spec that does: network path quality.

Why 'London VPS' doesn't mean 'low latency to LD4'

LD4 is an Equinix facility in Slough, on the western edge of Greater London. Many VPS providers with "London" in their name are actually in Docklands, Telecity, or other London-area datacenters. The peering relationship between those facilities and Equinix LD4 varies significantly. Some have direct, low-latency connections (2–3ms). Others route through Frankfurt and back, adding 50–100ms of latency.

The only way to know is to test it yourself. A VPS advertised as "London" with 8 cores and 16GB RAM might have worse latency to LD4 than a cheap Vultr instance if the peering is poor.

How to measure your actual execution latency from your VPS

SSH into your VPS. Find your broker's server hostname under MT4 Tools > Options > Server tab, then run: ping YOUR_BROKER_HOSTNAME.com. Run tracert YOUR_BROKER_HOSTNAME.com to see the hops your traffic takes. Look at two things: the number of hops and the RTT at the final hop.

If you are on a "trading VPS" that claims to be near your broker's DC and your final hop RTT is over 10ms, your host has poor peering. If your tracert output shows hops crossing continents (e.g., Frankfurt, Amsterdam, Paris) before reaching the broker, you are routing inefficiently. For a detailed breakdown of what these metrics mean, see the high-ping troubleshooting guide.

The smarter approach: a proxy node at the broker's DC

Instead of hoping your $60/month VPS host has good peering to LD4 or NY4, use a TradersProxy node that is positioned inside or adjacent to those facilities. Your MT4 on the VPS routes SOCKS5 through TradersProxy; the proxy connects directly to the broker. The broker latency is now independent of your VPS host's network quality.

This means a cheap $10/month cloud VPS running MT4 with TradersProxy SOCKS5 can deliver better execution than a premium $60/month trading VPS without a proxy — if the proxy node is well-positioned. You save money and get better execution.

To get started, follow the guide to configure SOCKS5 in MT4.

Execution Quality

The metric your VPS provider doesn't advertise.

RTT to your broker's Equinix facility. That is the number that determines your execution quality. TradersProxy publishes it openly — and our nodes are positioned to minimise it.

Try it free for 7 days

If the route is the problem, a dedicated trading proxy is the fix at the infrastructure level — a relay node co-located near your broker's datacenter replaces the unstable public internet hops with a dedicated path. 7-day trial on Starter →

FAQ

No. Order execution latency is a network measurement, not a CPU measurement. The CPU processes the MT4 order in microseconds; the network transit takes milliseconds. The bottleneck is always the network.

Enough RAM to run your platforms without paging (typically 2–4GB per MT4 instance), a stable internet connection (not the speed but the reliability and uptime), and a Windows environment compatible with your platforms. That is all.

Only if the trading VPS has demonstrably better network peering to your broker's DC. The easiest way to check is to SSH in and run a ping test to your broker's server hostname.

Yes. A $10/month cloud VPS running MT4 with SOCKS5 configured to route through TradersProxy can deliver better execution than a $60/month VPS with no proxy routing, if the proxy node is well-positioned relative to the broker.

Run tracert to your broker's server hostname from the VPS. Count the hops and check the RTT at each step. If you see hops crossing continents or the RTT at the final hop is over 10ms from a 'nearby' VPS, your host has poor peering.