Dedicated connectivity
Private, dedicated connectivity for Databento customers who require predictable latency, high throughput, and higher uptime.
Simple, fast connectivity solutions for every use case
Connect to Databento directly from your cloud, self-hosted, or colocated
infrastructure.
Compare all three options ->
OPTION 1
Site-to-site connection to public cloud
Set up a dedicated virtual circuit and interconnect to your cloud infrastructure in AWS, Google Cloud or Microsoft Azure.
Improved bandwidth and latency for real-time applications subscribed to over 100 symbols.
OPTION 2
Site-to-site connection to physical PoP
Set up a dedicated virtual circuit to your on-premise physical infrastructure at a major financial data center where Databento has a point of presence, using Equinix Fabric or other SDN fabric.
Improved bandwidth and latency for real-time applications subscribed to over 100 symbols.
OPTION 3
Physical cross-connect within data center
Arrange a dedicated cross-connect at NY4 or Aurora I through the data center (Equinix, CyrusOne) or your preferred colocation vendor (e.g. TNS, Nirvana, Pico).
Best performance and latency.
Supported data centers
Our full list of supported locations. Available at most major financial data centers.
Cross-connect
Equinix NY4
755 Secaucus Rd, Secaucus, NJ
Equinix NY5
800 Secaucus Rd, Secaucus, NJ
Aurora I (DC3)
2905 Diehl Rd, Aurora, IL
PoPs
Equinix CH1/4
350 E Cermak Ave, Chicago, IL
Equinix NY1
165 Halsey St, NJ
Equinix NY2
275 Hartz Way, NJ
Equinix NY9
111 8th Ave, New York
Equinix TR1
151 Front St. West, Toronto, CA
Equinix LD4/5
2 Buckingham Ave, Slough, UK
Equinix FR2
Kruppstrasse 121-127, Frankfurt, Germany
Equinix TY2/3
1 Chome-9-20 Edagawa, Koto City, Tokyo, Japan
Equinix HK1
168 Yeung Uk Road Tsuen Wan, Hong Kong
Colt TDC3
2-20-1 Shiohama, Koto-ku, Tokyo, Japan
LSE
1 Earl St, London, UK
Interxion LON1/2/3
11 Hanbury St, London, UK
Equinix Fabric
All Equinix locations above
Pricing
Tech specs
Path
Supported bandwidth
Measured by first byte of data in at our boundary switch to last byte read in your application. 50th percentile.
Latency
Redundancy
Setup time
Fees
Fees vary with data center.
Cross-connect
Quoted at 1G. Exact amount varies with location. For 500M, 2G, and 5G options, contact us.
Virtual circuit
Databento switch port or fabric port.
Port
Setup
Most popular
Site-to-site connection to cloud
You have cloud infrastructure in AWS, Google Cloud, or Microsoft Azure.
Historical
Live
$750
per month
$500
one-time
Dedicated virtual circuit to cloud provider's nearest on-ramp, then over cloud provider's internal backbone to you.
500M to 5G
1.2 ms, DC3 to AWS Chicago
1.7 ms, DC3 to Azure US N. Central
6.8 ms, DC3 to GCP us-central1
Automatic BGP failover to internet
1 week
N/A
$400 per mo
$350 per mo
$500 one-time
Site-to-site connection to physical PoP
- Equinix CH1/4, 350 E Cermak Ave
- Equinix NY1, 165 Halsey St
- Equinix NY2, 275 Hartz Way
- Equinix NY9, 111 8th Ave
- Equinix LD4, 2 Buckingham Ave, Slough, UK
- Equinix FR2, Kruppstrasse 121-127, Frankfurt, Germany
- LSE, 1 Earl St, London, UK
- Interxion LON-1, 11 Hanbury St, London, UK
Historical
Live
$900 to $2,195
per month
$1,000
one-time
Dedicated virtual circuit to your data center, then over a physical cross-connect within the data center campus to you.
500M to 5G
10.59 ms, NY4 to NY1
1.05 ms, DC3 to CH1
Optional: Internet access or 2 ports
2 weeks
Free if you're already connected to Equinix Fabric.
$350 to $500 per mo
$200 to $1,345 per mo
$350 per mo
$1,000 one-time
Physical cross-connect with data center
You must be hosted in Equinix NY4/5 or CyrusOne Aurora I.
Live
$550 to $700
per month
$1,000
one-time
Physical cross-connect within the data center campus to you.
10G to 25G
42 µs, NY4 to NY4
42 µs, DC3 to DC3
Optional with 2 ports
2 weeks
$350 to $500 per mo
N/A
$200 per mo
$1,000 one-time
Frequently asked questions
Why do the virtual circuit fees vary so significantly?
Virtual circuit fees depend mostly on the distance between the data centers (housing your network and Databento’s network) that you’ll be connecting. The high-end of this pricing estimate assumes that you may require a transcontinental connection. In most cases, our customers have closers that are situated much closer to our primary locations and will see much lower virtual circuit fees.
What’s a primary colocation site (colo)?
A primary colocation site offers the lowest latency to a venue’s matching engine. This is typically the data center where the matching engine is housed. In the cases where a venue has latency or fiber equalization between multiple colocation sites, then multiple locations may be considered the primary colocation site. For example, several US equities venues in Equinix NY4/5 implement fiber equalization. Databento usually hosts its servers in primary colocation sites to minimize hops to the matching engine.
What’s a point of presence (PoP)?
In this case, any location that Databento offers dedicated connectivity other than the primary colocation sites, CyrusOne Aurora I and Equinix NY4/5, where Databento’s real-time servers and live gateways are located.
What’s Equinix Fabric?
Equinix Fabric is Equinix’s software-defined interconnection service. It is similar to other software-defined network (SDN) services like PacketFabric and Megaport. Equinix Fabric makes it easy to set up low-latency, high bandwidth layer 2 connections between your network and Databento’s if you have infrastructure in an Equinix data center. The same Equinix Fabric ports can be used to connect to multiple financial service providers in Equinix’s ecosystem aside from Databento. Equinix Fabric adds a mean, one-way fabric latency of 22.9 µs.
If your servers are in a different Equinix data center from Databento’s servers, you’ll have to pay for virtual circuits between the data centers. This is included in our estimated pricing and payable to Equinix directly—although we can also collect it
Where can I learn more about Databento’s live architecture?
See our documentation.
Is there any contractual requirement for dedicated connectivity?
We require a customer to be on a Plus or Unlimited plan (previously called Enterprise) for dedicated connectivity. See our pricing for more details.
Does Databento offer other custom connectivity services?
Yes, we’ve helped many customers find creative new ways to connect to our services that help minimize their costs. In fact, all of our advertised dedicated connectivity solutions emerged from bespoke, one-off arrangements we had originally set up for other customers. Contact sales for more details.
Does Databento offer colocation services?
We may have excess space, power, and ports in our racks that may meet your requirements. However, most customers are better served by a specialized colocation provider. Contact sales for more details.
What’s Aurora DC3?
This refers to the CyrusOne Aurora I data center, the primary colocation site of CME’s matching engine. This callsign was used in the past before CME sold its data center to CyrusOne. Databento retains this naming convention for legacy purposes, since we have data that spans from before the data center changed hands. Other vendors may refer to this data center as AUR1.
What’s the difference between Equinix NY4 and NY5?
These two data centers are adjacent buildings in Secaucus, NJ. Most vendors that offer connectivity in one location will offer connectivity in the other, and Equinix generally charges the same fees for cross-connects between the two or within either data center. Moreover, many trading venues practice fiber equalization to ensure the same latency from both data centers. As such, in many cases they’re practically the same.
NY5 has the advantage of being the newer data center, hence it has more WAN connectivity providers and may appear to have a lower ping from the internet. It is also closer to the west, thereby being closer to the microwave demarcation point.
In contrast, more matching engines and financial firms are located in NY4 because it has existed for longer. NY4 has the overall latency advantage for most users as not all trading venues and firms exercise fiber equalization.