Network Infrastructure
Ultra-Low Latency Network Infrastructure
Purpose-built network infrastructure delivering sub-microsecond connectivity between global financial exchanges. Optimized for minimum hop counts and maximum reliability.
Network Performance Specifications
Industry-leading metrics with guaranteed SLAs
< 100 microseconds
Network Latency
< 0.0001%
Packet Loss
99.999%
Network Uptime
100 Gbps
Bandwidth Capacity
< 5 nanoseconds
Jitter
240+
Data Centers
30+
Exchange Connections
30+
Countries Covered
Network Architecture Advantages
Minimal Hop Count
Direct routes engineered for the fewest possible network hops between endpoints
Diverse Path Redundancy
Multiple physically diverse paths with automatic failover in microseconds
Carrier Neutral
Work with 50+ carrier partners to ensure optimal routing at all times
Hardware Timestamping
Nanosecond-precision timestamps at the network interface card level
Network Technologies
Fiber Optic Networks
Technical Specifications
- Latency:
- Speed of light in fiber
- Bandwidth:
- Up to 100 Gbps
- Distance:
- Unlimited with amplification
- Reliability:
- 99.999% uptime
Key Benefits
- Highest bandwidth capacity
- Immune to electromagnetic interference
- Consistent performance
- Scalable bandwidth
Microwave Networks
Technical Specifications
- Latency:
- Speed of light in air
- Bandwidth:
- Up to 10 Gbps
- Distance:
- 50-80km per hop
- Weather Impact:
- Minimal with redundancy
Key Benefits
- Fastest point-to-point connectivity
- Lower latency than fiber
- Quick deployment
- Direct line-of-sight paths
Layer 2 Ethernet
Technical Specifications
- Protocol:
- IEEE 802.3
- Bandwidth:
- 1/10/40/100 Gbps
- Latency:
- < 1 microsecond switching
- QoS:
- 8 priority levels
Key Benefits
- Protocol simplicity
- Minimal processing overhead
- VLAN segregation
- Transparent to upper layers
Global Network Coverage
Direct connectivity to major financial centers worldwide
Americas
New York, Chicago, Toronto, São Paulo
Europe
London, Frankfurt, Paris, Amsterdam
Asia-Pacific
Tokyo, Hong Kong, Singapore, Sydney
Network Latency Benchmarks
| Route | Technology | One-Way Latency | Round-Trip Time |
|---|---|---|---|
| NY4 → Chicago (CME) | Microwave | 3.93ms | 7.86ms |
| London → Frankfurt | Fiber | 2.84ms | 5.68ms |
| Tokyo → Singapore | Fiber | 35.2ms | 70.4ms |
| Hong Kong → Tokyo | Submarine | 23.1ms | 46.2ms |