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Direct Connect
Services for
Cloud Infrastructure

Go beyond the limitations of the public internet. The XLC Cloud Network is a private, high-performance ecosystem built on top-notch carriers and exchanges. It's engineered to connect your dedicated infrastructure to the world's leading cloud providers, data centers, and partners with superior speed, security, and reliability.

  • Beyond the public internet: a private, high-performance fabric
  • Premier carriers & exchanges—built for cloud, DC & partner reach
  • Engineered for superior speed, security & reliability
XLC Inc. | Cloud Network

Next-Generation Connectivity, Today

XLC Inc. | Cloud Network
Hybrid & Multi-Cloud Ready

Build a True Hybrid Cloud

Seamlessly integrate your XLC bare metal servers with public cloud services like AWS, Google Cloud, and Azure. Run your high- compute workloads with us to save costs, while leveraging the cloud's native services for a flexible, powerful hybrid architecture.

XLC Inc. | Cloud Network
Superior Performance & Reliability

Bypass the Public Internet

Your data travels over a private, uncongested network backbone. This means lower latency, no packet loss, and stable, predictable performance backed by our 99.99% uptime SLA.

XLC Inc. | Cloud Network
Enhanced Security

Private and Secure by Design

By avoiding the public internet, you drastically reduce your exposure to cyber threats like DDoS attacks and data sniffing. Your critical data remains on a private, trusted network path between your infrastructure and the cloud.

XLC Inc. | Cloud Network
Optimize Your Costs

Eliminate Cloud Egress Fees

Data transfer costs from major cloud providers can be massive and unpredictable. Our private connections can significantly reduce or even eliminate these expensive egress fees, leading to substantial savings.

When Private Interconnect Beats a Typical Public-Internet Breakout

Many stacks still need the public internet—but for steady cloud adjacency, a dedicated interconnect or managed private path often wins on latency, security posture, and spend predictability. See how XLC Cloud Network compares to a generic ISP / public breakout pattern.

Criteria
XLC Cloud Network
Typical public internet breakout
Path control
Engineered handoffs and fewer untrusted hops between your footprint and cloud regions.
Best-effort routing across many intermediate networks; limited visibility per hop.
Latency consistency
More stable RTT for replication, RDP/VDI, and real-time APIs during peak hours.
Congestion and asymmetric routing can add jitter during busy periods.
Data transfer economics
Align commits and ports with steady egress—often friendlier for bulk cloud sync.
Egress billed at cloud list rates over unpredictable internet paths.

Cloud Network FAQ

Direct Cloud Connect focuses on the hyperscalers your teams already use—AWS, Microsoft Azure, Google Cloud, and additional partners where available. Tell us your target regions and VPC topology and we will validate on-ramp options in Los Angeles, Tokyo, or Hong Kong.

Site-to-site VPNs are encrypted but still traverse the public internet, so they inherit its congestion and routing variability. Private interconnects reduce those variables by using provisioned capacity and controlled peering—better for steady-state sync and latency-sensitive control planes.

Yes—hybrid designs are common. Keep databases and latency-sensitive tiers on dedicated hardware, extend subnets or routing to cloud with Direct Cloud Connect, and use our global IP network for public-facing anycast or transit needs.

Interconnect pricing depends on port speed, commit level, cloud partner, and facility. Share your throughput profile and regions; our sales engineers will return options and realistic provisioning windows.

You can also open pricing for starting points on adjacent products or contact sales for a tailored quote.

Real Support. Real Solutions

Ultra-low latency. Global reach. Secure.