Modeled after institutional platforms like ClearEdge, explore our unthrottled Level 3 MBO data and execution flow.
Your engine ingests the data natively. Nothing to install, always ready.
Full MBO (Market by Order) / Level 3 order books without conflation or throttling.
Seamlessly connect your AWS, GCP, or Azure environments directly to our Equinix CH2 infrastructure.
FPGA-accelerated passthrough ensures zero intermediary processing delays.
Your data travels on an isolated physical lane, immune to other clients' volume spikes.
Orders routed in sub-milliseconds from your signal directly to the CME matching engine.
Ultra-low-latency pre-trade risk checks processed at the hardware level, customizable per account.
Most quantitative firms spend months of engineering time and substantial capital attempting to piece together and maintain this level of colocation infrastructure independently.
Direct operational overhead and recurring vendor liabilities required to replicate independent infrastructure.
Multiple vendor agreements, recurring hardware depreciation, and ongoing physical maintenance liabilities.
High-bandwidth intra-cloud data pipeline engineered for 1 quantitative trading engine.
Unthrottled Level 3 MBO unconflated market data and deterministic execution conduits tailored to your firm's routing requirements.
Contact Our Deployment TeamOur deployment team coordinates directly with your engineering staff to establish secure VPC peering, configure API authentication, and validate throughput with direct pass-through exchange telemetry.
No. As long as you are processing the data for 1 active trading engine, the pipeline is entirely unmetered and uncapped.
While you can peer from any region, we strongly recommend hosting your execution engine in a US-East or US-Central cloud region to minimize transit latency before hitting our Equinix CH2 gateway.
Never. This is a strict Level 3 MBO unconflated feed. You receive every single tick, cancel, and modify event exactly as the exchange broadcasts it, even during major economic releases.