LD4 Core
Equinix LD4
London, Slough · United Kingdom
Primary European ECN matching engine & Tier-1 bank aggregation cross-connects.
Global infrastructure & latency hub
Where the orders actually travel.
WOUFX runs on Equinix LD4, NY4 and TY3, cross-connected to Tier-1 bank liquidity, with edge relays in Frankfurt, Singapore, Hong Kong and Dubai.
- 3 Equinix
- 4
- < 0.4 ms
- FIX 4.4
01Global network
Colocated where liquidity lives.
Three Equinix core hubs — LD4, NY4 and TY3 — cross-connected to liquidity, with edge relays in Frankfurt, Singapore, Hong Kong and Dubai.
Equinix LD4
London, Slough, United Kingdom
Primary European ECN matching engine & Tier-1 bank aggregation cross-connects.
- 0.21 ms
- 51.5105°
- -0.5950°
02Data-centre topology
Core hubs. Edge relays.
Equinix core sites hold the matching engine and the bank cross-connects; edge relays shorten the first hop for clients far from them.
NY4 Core
Equinix NY4
New York, Secaucus · United States
US financial hub, direct fiber cross-connect to Wall Street liquidity pools.
TY3 Core
Equinix TY3
Tokyo · Japan
Asia-Pacific routing gateway and Tokyo interbank connectivity.
FR2
Frankfurt
SG1
Singapore
HK1
Hong Kong
DXB
Dubai
03Network status
Every node, at a glance.
- LD4London, Slough Online0.21ms4.2ms
- NY4New York, Secaucus Online0.18ms3.8ms
- TY3Tokyo Online0.26ms5.1ms
- FR2Frankfurt Online0.31ms6.4ms
- SG1Singapore Online0.34ms7.2ms
- HK1Hong Kong Online0.33ms6.9ms
- DXBDubai Online0.36ms8.3ms
Indicative latency values. Cross-connect: matching engine to liquidity providers.
04For algorithmic traders
Built for the fastest strategies.
< 0.4 ms
Sub-millisecond fills
Fiber cross-connect speeds from the matching engine to liquidity providers.
VPS
Institutional VPS hosting
Free institutional VPS hosting for algorithmic traders, placed close to the matching engine.
FIX 4.4
FIX API connectivity
FIX 4.4 API direct connectivity for algorithmic and institutional order flow.
05Latency, from first principles
Distance is the only honest benchmark.
Pick where your desk sits. We route you to the nearest WOUFX hub and show the physical limit: light in optical fibre covers roughly 204 km per millisecond.
São Paulo → NY4 · New York, Secaucus
75.4 ms
98.0 ms – 120.6 ms
Estimate only: great-circle distance ÷ 204.2 km/ms, doubled for the round trip; real cable paths typically run 1.3–1.6× longer. This is not a measurement or a service-level commitment.