When working with real-time crypto market data, every millisecond is important.
But latency isn't just about how fast an API responds.
It also depends on where the data comes from, where your infrastructure runs, and how information travels between the two.
A trading system in London connecting to an exchange in Tokyo faces a very different network path than one hosted in the same data center as the exchange.
Understanding those differences is important when building trading platforms, market-making systems, real-time analytics, or any application that depends on fast market data delivery.
That's why we've introduced the CoinAPI Latency Route Map, a new interactive page that shows how our global infrastructure connects to exchange hosting locations and what latency you can expect across different network routes.
It also shows where dedicated Enterprise connectivity can reduce round-trip times compared with standard network connections.
Why Market Data Latency Depends on Infrastructure
Market data latency is the delay between a market event and the moment that information becomes available to your application.
Several factors contribute to that delay, including exchange processing, network distance, routing, data processing, and application infrastructure.
Geography is one of the most important.
Even with highly optimized systems, information takes time to travel between data centers. A connection across continents will generally have higher network latency than one between nearby facilities.
For developers working with real-time crypto market data APIs, this creates practical questions:
- Where are the exchanges hosting their matching engines?
- Which CoinAPI server location offers the shortest network path?
- How much latency comes from public network routing?
- Would dedicated infrastructure provide a meaningful improvement?
Until now, answering these questions often required individual network tests and infrastructure research.
Our new Latency Route Map makes it easier to explore those differences in one place.
Introducing the CoinAPI Latency Route Map
The Latency Route Map provides an interactive view of CoinAPI's infrastructure relative to major exchange hosting locations.
It shows network round-trip time (RTT) in milliseconds between CoinAPI points of presence (PoPs) and the data centers where exchanges operate.
You can select a CoinAPI location to explore its network routes to different exchanges, or start with an exchange location to compare available paths.
The map currently includes:
| Infrastructure coverage | Details |
| Regional points of presence | 5 |
| Enterprise PoPs available on request | 8 |
| Exchange hosting locations | 9 |
| Exchanges mapped | 25 |
| Enterprise private route corridors | 12 |
The infrastructure covers important financial and crypto trading regions across Europe, North America, and Asia-Pacific.
Exchange locations include London, Frankfurt, New York, Northern Virginia, Chicago, Ohio, Tokyo, Seoul, and Singapore.
The map also associates locations with exchanges such as Binance, Coinbase, Kraken, Deribit, Gemini, OKX, Hyperliquid, and others.
Rather than providing a single general latency claim, the page lets you examine the actual network paths relevant to your infrastructure.
Standard Routes vs Enterprise Private Routes
One of the most useful features of the map is the ability to compare standard network routes with dedicated Enterprise connections.
- Standard routes use public IP transit and cloud network backbones. These are the paths served through CoinAPI's regional and geographically routed endpoints.
- Enterprise private routes use dedicated low-latency connectivity provisioned for individual customers. They can reduce the time information spends traveling between locations.
The difference can be substantial, especially across long distances.
Here are several examples from the Latency Route Map:
| Network route | Standard RTT | Enterprise RTT | Reduction |
| Stockholm → Tokyo | ≈250 ms | ≈118.9 ms | ≈52% |
| Frankfurt → Tokyo | ≈228 ms | ≈133.9 ms | ≈41% |
| London → Tokyo | ≈215 ms | ≈137.7 ms | ≈36% |
| Northern Virginia → Tokyo | ≈150.2 ms | ≈135.4 ms | ≈10% |
| Hong Kong → Tokyo | ≈54.5 ms | ≈40.7 ms | ≈25% |
Figures reviewed October 21, 2026. Values marked ≈ are estimates based on public cloud inter-region latency; other figures are measured transport-layer RTTs. Private routes are provisioned per Enterprise customer.
Network RTT is only one part of end-to-end market data latency. Exchange processing, CoinAPI processing, and your application's own network and processing time must also be considered.
More Ways to Optimize Your Market Data Connectivity
Not every organization needs the same infrastructure.
A market data dashboard may work well with standard API connectivity, while an institutional trading platform might need dedicated network paths and infrastructure closer to exchange matching engines.
CoinAPI offers several connectivity options depending on those requirements.
Global Points of Presence and Smart Routing
CoinAPI operates geographically distributed infrastructure near important cloud regions and exchange colocation facilities.
Smart routing helps connect customers to an appropriate nearby server, reducing unnecessary network distance.
Our infrastructure is designed for high availability, scalability, and continuous service without visible scheduled maintenance interruptions.
Cloud Direct Connectivity
For organizations running workloads in public cloud environments, dedicated cloud interconnections can provide more predictable connectivity.
CoinAPI supports Enterprise options involving AWS Direct Connect and Google Cloud Interconnect.
These connections can be useful for institutional trading systems, analytics platforms, and applications that need dedicated connectivity between their existing cloud infrastructure and market data services.
VPC Peering
Virtual Private Cloud peering provides another option for connecting cloud environments through private networking.
For supported Enterprise deployments, CoinAPI can work with customers using AWS VPC Peering or Google Cloud VPC Network Peering.
This can reduce reliance on public network paths for supported workloads and simplify integration with existing cloud architectures.
Physical Cross-Connects
For infrastructure hosted in colocation facilities, physical cross-connects provide direct connections between systems within supported data center environments.
CoinAPI offers Enterprise interconnection options involving Equinix, including facilities such as LD4 in London, NY4 in New York, and TY8 in Tokyo.
These options are particularly relevant for organizations with stringent network latency requirements.
What the Latency Numbers Actually Mean
When comparing market data providers, it is important to understand exactly what a latency figure represents.
The CoinAPI Latency Route Map uses transport-layer round-trip time, measured in milliseconds.
This is the time required for network communication to travel between a CoinAPI point of presence and an exchange hosting location and back.
It does not represent the complete time between an exchange market event and delivery to your application.
The map does not include exchange matching-engine processing, API processing, or customer application processing. It also does not provide an end-to-end measurement of event-to-client delivery latency.
A one-way network journey may be roughly half the round-trip time, although actual paths and performance can vary.
The page also distinguishes measured network latency from estimates, so developers can see which figures are based on observed paths and which still require direct measurement.
This distinction matters when evaluating infrastructure for latency-sensitive applications. A low network RTT is valuable, but it should not be confused with a guarantee of total market data delivery speed.
Find the Right Connection for Your Infrastructure
There is no single optimal network route for every trading application.
The best configuration depends on the exchanges you use, where your applications are hosted, and how sensitive your systems are to network delays.
For some teams, standard CoinAPI connectivity and regional routing will be sufficient. Others may benefit from private network corridors, cloud interconnections, or physical cross-connects.
The new CoinAPI Latency Route Map gives you a clearer starting point for making that decision.
Explore the available routes, compare transport-layer latency, and see where dedicated connectivity could improve performance.
And if your required exchange, cloud region, or network corridor isn't shown, our Enterprise team can help evaluate and benchmark a connection tailored to your infrastructure.
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