AI, analytics, and streaming workloads are straining traditional networks. Limited bandwidth, high latency, and complex deployments make it difficult and costly for enterprises to scale and meet rising performance demands.
Zayo and Equinix remove these barriers. Zayo’s 400G-enabled backbone, integrated with Equinix’s global platform of data centers and interconnection, provides predictable performance, faster deployment, and global reach. Together, they deliver the scale, reliability, and speed enterprises need to move critical workloads seamlessly across edge, core and cloud.
Run workloads wherever you need them. Equinix interconnection hubs give you proximity to clouds and ecosystems, while Zayo extends connectivity between data centers and to enterprise sites, so you can scale AI and data-heavy applications from global cores to local edges.
Zayo 400G connectivity embedded in Equinix locations ensures low latency and reliable scale for AI workloads. The result is faster deployment, simplified operations, and confidence that critical workloads will perform as expected.
Protect critical data flows. Dedicated, high-capacity links connect training centers, interconnection hubs, and enterprise sites, with built-in safeguards to support compliance and data sovereignty requirements.
Activate bandwidth when you need it. Quick-Connect and Waves on Demand make it simple to turn-up capacity in Equinix data centers, reducing time-to-market for bandwidth-heavy workloads.
Move high-volume data for AI, analytics, and cloud workloads with 400G connectivity that outpaces traditional networks.
Add bandwidth from 1G to 400G as your needs grow, without cost or effort of building new infrastructure.
Leverage AI interconnection blueprints backed by two global leaders in connectivity and interconnection, ensuring customers can integrate with confidence and minimize risk.
Keep critical workloads online with built-in redundancy and consistent low-latency performance.
Support latency-sensitive applications with tailored fiber routes and hardware configurations that match your performance requirements.