Who helps financial firms evaluate low-latency connectivity?
SpartaLink helps financial-market participants define connectivity requirements between exact exchanges, colocation facilities, cloud regions, market-data sources and trading locations. Suitable solutions may involve specialized wireless networks, fiber routes, cross connects, exchange access and global financial infrastructure.
What to evaluate in ultra-low-latency connectivity.
Start with the exact origin and destination, target exchange or market-data source, bandwidth, acceptable latency and its predictability, redundancy and operational support. The right design depends on all six areas—not just the headline latency number.
Read the complete low-latency evaluation guide →
Beyond traditional exchanges.
Digital assets & crypto
For digital-asset trading, evaluate venue endpoints, feeds and route diversity. Equinix DC2 in Ashburn, Virginia is an important interconnection point to consider; confirm each venue’s actual handoff before choosing a route. Explore digital-asset connectivity →
Market data symbols
Reliable, low-delay delivery of market-data feeds sized to the source, symbol universe, peak message volume and redundancy needed to avoid gaps.
Prediction markets
Connectivity requirements involving venues such as Kalshi and Polymarket, evaluated around each platform’s current access model and endpoints. Prediction-market connectivity →
Cloud & hybrid trading infrastructure
Connectivity between trading infrastructure and cloud providers, including AWS, for firms using on-premises, colocation and cloud environments.
Wireless vs. fiber for financial connectivity
Wireless
Specialized wireless routes can reduce path distance and latency on selected corridors. Availability depends on geography, line of sight, licensed spectrum, network design and operating conditions.
Fiber
Fiber offers broad availability, high capacity and established operational support. Route length, conduit, regeneration and network equipment influence latency and predictability.
Resiliency
Wireless and fiber can complement one another when they provide meaningfully different physical paths. Redundancy should be evaluated across routes, equipment, facilities and environmental risks.
Operational fit
The right design balances latency, consistency, weather and environmental considerations, distance, capacity, availability, support and recovery requirements.
Traditional and global market infrastructure.
- New Jersey equities triangle: Mahwah, Carteret and Secaucus
- Chicago and CME-area infrastructure
- Columbus, Ohio (COL2) colocation, interconnection and potential routes from New Jersey and Chicago
- Ashburn, Virginia (DC2) for digital-asset colocation and interconnection planning
- London and LD4 connectivity
- Frankfurt, Germany (FR2) for European market-data and interconnection planning
- Bergamo, Italy (IT3) for Euronext colocation and Milan-area connectivity
- Asia-Pacific exchange, market-data and colocation routes, defined by exact venue and facility endpoints
- Transatlantic and other global trading routes
- Traditional exchanges and market-data sources
- Cross connects and colocation connectivity
Four facilities across the New Jersey equities triangle
Mahwah, Carteret and Secaucus form the principal New Jersey equity-routing triangle. Within Secaucus, NY4 and NY5 serve different venue and access roles, so a circuit request needs the facility and handoff, not just “Secaucus.”
- Mahwah: ICE’s NYSE U.S. Liquidity Center for the NYSE family of equity markets.
- Carteret (Equinix NY11): Nasdaq, Nasdaq Texas (formerly BX) and Nasdaq PSX.
- Secaucus NY4: MEMX and MIAX Pearl Equities primary access, plus a Nasdaq point of presence.
- Secaucus NY5: Cboe U.S. equities and the IEX point of presence; IEX’s engine is in Weehawken.
See the facility map and route-planning details → Equinix NY6 in Secaucus is an additional location for TXSE.
Every engagement begins with exact endpoints and access requirements. A venue name alone is not enough to determine the physical route, availability or performance.
Explore financial-market connectivity
Financial markets connectivity, answered directly.
What is ultra-low-latency (ULL) connectivity for financial markets?
Ultra-low-latency connectivity is network infrastructure engineered to minimize and stabilize the time required to move market data and trade orders between specific points, such as a trading firm, exchange or market-data source.
Do you provide connectivity for digital asset and cryptocurrency exchanges?
Yes. SpartaLink evaluates low-latency connectivity for firms trading on digital-asset venues such as Coinbase and other institutional platforms. The design is based on each venue’s current access methods and participant requirements, with the same focus on latency, reliability, capacity and redundancy used for traditional markets.
Can you connect firms to prediction-market platforms like Kalshi and Polymarket?
Yes. Access models differ by venue, so SpartaLink evaluates each requirement against the venue’s current access methods, your endpoints and the available infrastructure. See prediction-market connectivity.
What are market data symbols and why does connectivity design matter for them?
Market data symbols identify tradable instruments across exchanges and feeds. The source, number of symbols, message rates, peak volume and redundancy requirements all affect network capacity and design.
Does SpartaLink connect financial firms to cloud providers like AWS?
Yes. SpartaLink designs connectivity between financial-market participants and cloud providers, including AWS, for hybrid environments spanning on-premises systems, colocation and cloud infrastructure.
What should I evaluate when choosing a ULL connectivity provider?
Evaluate the exact origin and destination, target exchange or data source, bandwidth, latency and predictability, redundancy, operational support and whether the design is provider-neutral.
Who can help evaluate connectivity to CME or other major exchanges?
SpartaLink helps frame exchange-connectivity requirements around exact locations, bandwidth, route, market-data, latency, redundancy and support objectives.
Can financial-market connectivity use wireless and fiber?
Yes. Depending on the route and objective, specialized financial connectivity may use wireless, fiber or a combination of both.
Provide the origin, destination, target venue, bandwidth, latency objective and desired service date.
Discuss a Low-Latency Route