Trading from Shenzhen
Your broker is almost certainly in Singapore. Your Chinese ISP is probably not getting you there the way it should. Here's the real situation — and what you can do about it.
Shenzhen sits about 40 km from Singapore — physically, that's 1 ms of light-travel time. But Chinese ISPs rarely take the direct submarine-cable path. Your real-world round trip usually lands between 8–25 ms, and can spike past 80 ms during peak hours. That gap between physics and reality is where your slippage lives.
Where your broker actually lives
If you trade MT4, MT5, or cTrader from Shenzhen, your broker's server sits in Singapore. IC Markets, Pepperstone, FP Markets, OANDA, FBS, Exness — the retail brokers Chinese traders actually use — all run their APAC infrastructure at Equinix SG1 or similar Tier 1 Singapore data centres. That's your real destination. Not London. Not New York. Singapore.
There are two exceptions. If you trade a prop firm — FTMO, The Funded Trader, MyForexFunds, or Topstep — your MT server lives in London, not Singapore. A handful of China-facing brokers run Hong Kong. For the other 90% of retail brokers, it's Singapore. TradersProxy has nodes in all three.
You don't have to guess. Open MT4 or MT5 and check the server hostname in your login window — something like ICMarketsSC-Live04 or Pepperstone-Live04. The name usually hints at the region, and a 60-second ping to that hostname confirms where you're really talking to.
Why your real latency is worse than physics says
Chinese residential ISPs — China Telecom, China Unicom, China Mobile — don't all take the same route to Singapore. Some ride the direct submarine cable (APG, AAG, NCP). Others bounce through Hong Kong or Tokyo. A few, depending on transit agreements and traffic load, will send your packets via the US West Coast before they land at your broker's rack.
Every extra hop costs you distance, queueing delay, and jitter. A path that should be 1 ms turns into 8–25 ms in normal conditions and occasionally spikes past 80 ms when one of your ISP's transit providers is saturated.
In trading terms, you feel it as:
- Slippage on fast-moving instruments — XAUUSD, BTC, news-driven majors
- Requotes when the market ticks hard and your order arrives a few hundred milliseconds late
- Disconnects during high-traffic windows — Asian open, London open, NFP, CPI releases
- EA behaviour you can't explain — trades fill at different prices than the backtest suggested
Your ISP's speed test runs to a local server inside China. It tells you nothing about your path to Singapore. The only number that matters for trading is your round-trip time to your broker's actual MT server hostname.
What actually helps — in honest order
Most "solutions" you'll find online are either useless or over-engineered. Here's the real ranking from a trader's perspective.
1. Move your platform closer to your broker (Singapore VPS)
The best technical fix. Rent a $10–20/month VPS at a Singapore data centre, install MT4 or MT5 on it, trade via remote desktop. Your terminal now sits metres from your broker's server. Round-trip drops to 1–5 ms. It works perfectly for EAs and aggressive scalping. The cost is friction: you're trading through an RDP session, your charts live on a remote machine, and you're paying for another box. If you run automated strategies, this is the right call.
2. Route cleanly (TradersProxy)
You keep your own laptop, your own charts, your own keyboard shortcuts — but your trading traffic exits through a node close to your broker. From Shenzhen, you route through our Singapore node (Equinix SG1, the same building many of your broker options colocate in). The session stays open between trades, so you don't cold-reconnect every time you open a chart. The path is direct, not dependent on what your ISP decided about transit this month.
3. Change ISPs
Sometimes China Telecom outperforms China Unicom, or vice versa, or a smaller provider suddenly gets better transit. This shifts every six to twelve months as ISPs renegotiate contracts. If you've never tested an alternative, it's worth a weekend trial. But it's not a permanent fix — your ISP can't guarantee a route to Singapore that their transit partner controls.
4. Do nothing
If you're a swing trader holding positions for days, the difference between the typical range and the peak range doesn't matter. The real pain belongs to scalpers, news traders, and anyone on tight-stopped M1 or M5 setups. If your style gives the market room to breathe, your current connection is probably fine. Be honest about your style before you spend money.
For most Chinese traders, we're the middle option: cheaper and simpler than a VPS, more reliable than hoping your ISP picks a good route today.
From Shenzhen, your traffic exits through our Singapore node at Equinix SG1 — the same Tier 1 facility most of your broker options sit in. You keep your own setup; the route just gets cleaner. See plans or read the argument first.
How to know your connection is the real problem
Before you pay for anything — VPS, proxy, or a new ISP — prove the diagnosis. Three tests, 15 minutes.
Test 1: ping the actual broker server
Don't ping google.com. Don't ping 8.8.8.8. Ping your broker's MT server hostname for 60 seconds. Note the min, average, and max. The spread between min and max matters more than the average — a short average with wide swings is worse for trading than a steady but slightly higher line.
Test 2: traceroute the path
Run tracert your-broker-hostname on Windows or traceroute your-broker-hostname on Mac. You'll see every hop on the path. If you see unexpected detours — traffic going the wrong direction, hops in unrelated countries — that's a routing problem at your ISP.
Test 3: run the tests at three different times
Morning local, during your main trading session, and during the overlap with the US session. If you get three different pictures, your path is variable — that's your ISP choosing different routes based on load.
TradersProxy uses a shared exit IP. That's fine for retail brokers. It's not always the right fit for prop firms. If you trade FTMO or The Funded Trader from Shenzhen, check their policy first.
Shenzhen-specific FAQ
If you trade MT4, MT5, or cTrader with a retail broker, your server almost certainly lives in Hong Kong. Major brokers serving Chinese traders run their infrastructure at Equinix HK1 or similar Tier 1 facilities. The exceptions are prop firms like FTMO and The Funded Trader (usually London-based MT servers) and a handful of regional specialists. Open your MT platform and check the server hostname in the login window to confirm.
There is no permanent answer. China Telecom, China Unicom, and China Mobile use different international transit providers, and those arrangements change every six to twelve months. Ping your broker's actual MT server hostname for 60 seconds on each ISP you're considering, and compare the min-max spread rather than the average. Jitter is what hurts your fills, not raw latency.
Technically yes - a VPS inside Equinix HK1 drops your latency to sub-5 ms because your terminal sits metres from your broker. But you trade via remote desktop, which adds friction, and you pay $10-20 extra per month. A proxy keeps your own machine and cleans the route, which is enough for most traders who aren't running high-frequency EAs.
5G often tests faster than fibre on speed tests, but speed tests measure throughput to local servers, not routing quality to your broker. Mobile networks also have more jitter than fixed-line connections. For scalping or news trading, stick to fibre. For swing or position trading, 5G is a reasonable backup.
Some prop firms, including parts of FTMO and The Funded Trader, prefer dedicated IPs and may flag shared exit addresses. TradersProxy uses a shared exit IP, which is fine for retail brokers but not always for prop firms. Check your prop firm's terms before you commit to any proxy service.
Open MT4 or MT5 and look at the server name in the login window, for example ICMarketsSC-Live04. Then ping that hostname from a command prompt for 60 seconds. The round-trip time tells you which region you're really hitting. A traceroute shows the exact path your packets take.