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Equinix NY4 is a secure, carrier-neutral data center at 755 Secaucus Road in Secaucus, New Jersey—not a stock exchange or a room of traders. Financial firms place servers and network equipment there, then connect to exchanges, market-data providers and other firms through fiber, cross-connects and network services. NY4’s value lies in that web of connections: it can put a firm’s equipment near important market infrastructure, but it does not guarantee faster trades or better returns.
What NY4 is—and what it is not
NY4 is an Equinix International Business Exchange (IBX) colocation facility. “New York” refers to the market region, not the building’s city: the site is in Secaucus, New Jersey, across the Hudson River from Manhattan. Equinix lists 151,771 square feet (14,100 square metres) of colocation space in a two-story reinforced-concrete building. Equinix’s facility page describes a data center, not a trading floor.
Three related services help explain how the place works:
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- Colocation is space for a customer’s equipment, typically in a cabinet, private cage or suite. The customer operates its own hardware, subject to facility rules and service arrangements.
- Interconnection is the link between that equipment and another customer, carrier, exchange or service provider. A physical cross-connect is a direct cable connection provisioned inside the facility or campus.
- Digital services can provide virtual connectivity, cloud routing, network virtualization or timing without every connection being a dedicated cable between customer racks.
That makes NY4 better understood as a financial network junction than as an exchange. An exchange or alternative trading system (ATS) may operate equipment there, but the building itself does not run a public market.
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- REGIONAL COMPATIBILITY: Made for use in U.S. & CA only
What is inside a financial data center?
At a high level, a facility like NY4 contains customer server cabinets and private cages, network switches and routers, fiber pathways and carrier handoff points, as well as the power and cooling systems that keep equipment running. Financial-market equipment may include exchange gateways, market-data systems and trading technology. Secure entry controls, remote support and operational services help customers maintain hardware that may be hundreds of miles from their offices.
Equinix lists services available at NY4 that include private cages, high-density cooling, Smart Hands, Internet Exchange, Internet Access, Metro Connect, Fiber Connect, Cross Connects, Campus Cross Connects, Equinix Fabric, Fabric Cloud Router, Precision Time and Network Edge. Availability of a listed service does not by itself establish that a particular provider, port or route is available to every customer; that depends on the deployment and provider arrangements.
Equinix publishes N+1 redundancy for NY4’s UPS, generators and cooling, and generator autonomy of 30 hours or more at full load. N+1 means the system is designed with an additional component beyond the amount needed to support the stated load. Those are facility-level specifications, not a promise of uninterrupted service for every customer. A customer also needs appropriate rack power design, redundant equipment and diverse network paths if its application requires resilience.
Who connects there?
The NY4 ecosystem can include exchanges and ATSs, broker-dealers, proprietary and quantitative trading firms, market-data vendors, financial-network providers, carriers, hosting companies and suppliers of trading, risk and analytics software. They may be customers, service providers or counterparties; their presence and roles are not interchangeable.
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A current, concrete example is Nasdaq’s Secaucus point of presence (POP) inside NY4. Nasdaq says customers can connect to its network there for market-data access and order-entry capabilities comparable to those available through its primary facilities. But Nasdaq identifies its primary production data center as Equinix NY11 in Carteret, New Jersey—not NY4. A POP provides network access; it should not be mistaken for the primary location of Nasdaq’s production matching infrastructure. Nasdaq’s POP overview explains the distinction.
Another documented example is the CBX ATS filing with the SEC, which scheduled a move of its Main Session matching engine to NY4 for August 4, 2025, with Pico Quantitative Trading providing hosting services. That filing shows how a venue can place a particular matching engine or session in NY4. It does not mean every session or all of the venue’s infrastructure is there. The filing also makes clear that customers may need to arrange their own cross-connects rather than relying on the venue to provide them. See the CBX filing.
Historical announcements also help explain NY4’s role without proving current occupancy. Cboe announced in 2012 that its CBOE Command trading-engine platform had moved to NY4. Equinix reported in 2014 that EDGA and EDGX, then Direct Edge exchanges, were operating there before a planned migration to NY5. Those are historical examples, not confirmation that the venues remain at NY4 today. The wider New York-area trading infrastructure is distributed across multiple facilities and providers; it is inaccurate to say that all major exchanges or every Wall Street firm is in NY4.
How a market connection gets from a rack to a venue
A typical deployment involves several separate commercial and technical steps:
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- FLEXIBLE MOUNTING OPTIONS: Compact metal design supports desktop or wall-mount placement for versatile installation.
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- Secure space and power. The firm leases a cabinet, cage or other colocation space and plans its power, network hardware and physical access.
- Choose the destination and service. The firm determines which venue, market-data provider, carrier or financial extranet it needs. A market-data subscription and an order-entry connection may be separate products.
- Obtain authorization. The venue or provider may require onboarding, a service order or a Letter of Authorization (LOA) before a data-center cross-connect can be requested.
- Order the connection. The customer or its provider arranges the physical cross-connect or virtual connection and confirms which ports and demarcation points it joins.
- Configure and test. Network teams configure ports and, as applicable, VLANs, optics, FIX sessions, multicast feeds and other protocols. They validate data entitlements, routing, timing, packet loss and failover behavior.
- Monitor it in operation. The firm tracks feed health, latency, clock synchronization and connection status, and tests recovery paths rather than assuming that a backup circuit behaves exactly like the primary.
Nasdaq’s NY4 POP process illustrates why a POP is not a one-step purchase. Nasdaq says customers place POP handoff orders through its customer portal and receive an LOA. That authorization lets them request the subsequent cross-connect from the data-center provider. Nasdaq also says the customer is responsible for ordering and maintaining the cross-connect between its cabinet or telecom demarcation point and the Nasdaq POP. The customer must separately satisfy relevant market-data and order-entry requirements. Nasdaq’s POP FAQ describes the process and additional charges.
Why proximity matters—and what a latency number means
Data moving over fiber takes time, so shorter physical routes can reduce propagation delay. A direct cross-connect may also eliminate intermediate network hops. Colocation can make a path more predictable and easier to troubleshoot. For firms whose systems react to market data or submit orders electronically, those differences can matter.
But “latency” is not one universal number. Market-data delivery and order-entry timing are distinct measurements; one-way circuit latency is not the same as a round trip from a strategy to a matching engine and back. The total also depends on switches, serialization, queueing, hardware, operating-system and application behavior, exchange rules, congestion and the exact route. A fast cable does not guarantee a fast strategy, and low latency alone does not make a trading approach profitable.
Nasdaq’s FAQ lists 150 microseconds of one-way circuit latency between Carteret and its Secaucus POP, with redundant circuits. Treat this as a specific published point-to-point circuit figure—not a promise for every NY4 connection, all market-data feeds, or a complete trade round trip. Nasdaq notes that failover paths have a different latency profile because they are distinct routes. Redundancy can improve resilience while changing performance.
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NY4, NY11 and other regional facilities
| Site | What the cited information establishes |
|---|---|
| NY4 | Equinix’s Secaucus facility; Nasdaq operates a POP there. CBX’s filing scheduled its Main Session matching engine move there in 2025. |
| NY11 | In Carteret, New Jersey; Nasdaq identifies it as its primary production data center. |
| NY5 | Another Secaucus facility. Nasdaq reported that Tradeweb’s Dealerweb CLOB moved its primary data center there and described cross-connections involving NY2, NY4 and NY5. |
| NY2, NY3, NY6, NY7 and other sites | Other facilities in the broader regional ecosystem, with different tenants, services and routes. Their names do not establish that a particular venue or provider is available at a given site. |
These distinctions matter when selecting a location: the useful site depends on the exact matching engine, POP, data feed or counterparty the firm needs. “NY4” is not a synonym for the entire Secaucus trading campus, and a connection to a venue’s POP is not automatically the same as colocation beside its matching engine.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What does NY4 connectivity cost?
There is no single NY4 price. A realistic budget can include space and power, equipment, cross-connect installation and monthly fees, carrier or extranet transport, exchange connectivity, market-data licenses and distribution, order-entry ports and sessions, remote support, and redundant circuits. Firms also pay for the people and processes needed to operate and test the deployment.
Equinix does not display NY4-specific colocation pricing on its facility page; space, power, density, term and service needs require a quote. Equinix’s documentation describes most cross-connect categories as having a one-time installation or non-recurring charge (NRC) plus a monthly recurring charge (MRC); early termination may also carry deinstallation costs. Cross-connect billing terms provide details.
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Virtual connectivity has its own cost model, not a universal cost advantage. Equinix’s Fabric billing documentation describes monthly charges for 1G, 10G and 100G ports, generally with a 12-month term, while virtual connections are bandwidth-tiered and have no term commitment under the documentation. Cloud routers or network-edge devices may add instance, software, virtual-circuit and cloud-provider fees. Compare the full route, contract and service requirements rather than just the port price. Equinix Fabric billing information and its pricing-tool documentation outline those components.
When NY4 makes sense—and when it may not
NY4 may be worth considering when a firm specifically needs a provider or venue available there, its counterparties are already connected in the facility, or a controlled physical path and hands-on hardware access justify colocation. Its network density can be useful for connecting to several providers in one metro, while redundant power, cooling and remote support can help reduce operational burden.
It may be a poor fit if the application is latency-insensitive, the required matching engine is elsewhere, or the firm needs only ordinary cloud hosting or Internet access. Fixed costs can also outweigh the benefit for a small operation or modest trading volume. A hosted service or provider connection may avoid the need to operate a full cabinet, although it can reduce control over hardware and routing. A virtual service may offer flexibility, but it is not automatically appropriate for a path that depends on a particular physical route or tightly controlled latency.
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NY4 is not valuable because traders gather there. It is valuable when its equipment, service providers and network paths put a firm in useful proximity to the infrastructure it needs. Whether that proximity is worth the cost depends on the destination, the application and the full operating design.
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