Implement Data Center Interconnect with Ease and Reliability

Apstra uses advanced automation to enable you to quickly and easily cross-connect data centers. Our Intent-Based Networking approach simplifies EVPN data center interconnect design, build, deployment, and operations, and provides continuous validation of the state of your data center interconnection (DCI) across the entire life cycle, from Day 0 through Day 2. Apstra simplifies and automates the configuration and management of your EVPN overlay both within the data center or when using EVPN for data center design and interconnection network.

With Apstra, network architects get the control and versatility they need to interconnect data centers, and network operations teams get continuous real-time validation, a single-source of truth, root-cause identification, and fast and reliable change management. Apstra works equally well in single- and multi-vendor environments.

Efficiently and Reliably Scale Out Services

Increase Workload Availability

Easily spread workloads across multiple data centers for high availability.

Support Increased Demand

Expand capacity and share computing and storage capabilities among co-located data centers.

Use Your Preferred Vendors

Connect two or more data centers or pods, regardless of the underlying hardware such as Cisco, Arista, Juniper, Cumulus, & SONiC.

Reduce Human Error

Eliminate manual configurations with full life cycle automation and validation. Learn More.

Streamline Legacy Migration

Smoothly move applications and data off older and inefficient equipment and architecture to more efficient, higher-performing, and cost-effective architecture.

Increase Visibility

Quickly see into the health of your data center interconnection with a simple, intuitive user interface.

Apstra’s Data Center Interconnect Design Options

DCI — Over the Top

With Apstra, EVPN routes are encapsulated into standard IP protocols and hidden from the underlying transport. This makes the extension of services simple and flexible and is often chosen because it can be implemented by data center teams with little to no coordination with WAN or Service Provider groups. This reduces the implementation times and internal company friction. However, the tradeoff is scalability and resilience. Video: How to Configure and Implement Data Center Interconnect (DCI) Over the Top

DCI — Gateway

With Apstra, you have the option to specify the remote EVPN gateway to be an external router, thus extending the EVPN attributes to the Gateway. This solution creates a fault domain per site, preventing failures from affecting convergence in remote sites and creating multiple fault domains. IP/MAC endpoint tables for remote sites are processed and held in state on an external router GW. WAN QoS and security can also be implemented, along with optimizations made available by the transport technology (e.g., MPLS TE). However, this solution is more operationally complex, requiring additional hardware and cost.

DCI — ASBR

With Apstra, you can choose to use the remote EVPN gateway capability or specify the remote EVPN gateway to be an ASBR WAN Edge Device. As an end-to-end EVPN, this enables uniform encapsulation and removes the dedicated gateway requirement. It is also operationally complex but has greater scalability as compared to both “DCI — Gateway” and “DCI — Over the Top.”

Data Center Interconnect Design & Implemention

Read this in-depth white paper that details Apstra's three data center interconnect design options, implementation, and configuration workflows.

Advanced Data Center Interconnect Features

Data Center Interconnect Automation

Simplify the design, build, deployment, operations, and troubleshooting of your data center interconnection with intelligent automation. Apstra automation also eliminates EVPN complexity when extending Layer 2 and Layer 3 services between data centers.

Active/Active Application Set-up

Run active/active application set-ups with automated EVPN VXLAN data center interconnection.

Closed-loop Validation

Validate intent starting on Day 0 and continuing to Day 2.

Root Cause Troubleshooting

Quickly identify root causes, detect anomalies, and troubleshoot EVPN, traffic, and gateways.

Variable Routing Policies

Easily account for different routing policies based on the overlay networks you’re connecting.

Multi-tenancy Isolation

Ensure that security policies at one data center will not conflict with policies at another data center.

Video

Feature Unboxing: Simplifying EVPN Data Center Interconnect

Two product managers unbox how Apstra simplifies EVPN Data Center Interconnect. They discuss why customers need DCI, how the Apstra product team approached the feature, and how customers can use it in their environment.

Networking Field Day

NFD23: How Apstra Eliminates EVPN Complexity with Reliable Automation

Apstra simplifies the deployment and operation of EVPN. Apstra’s single source of truth enables faster mean-time-to-resolution to identify, resolve quickly, and eventually prevent data center network issues. We discuss and demonstrate how Apstra uses Intent-Based Analytics to understand the config, state, and expectations and uses context to provide closed-loop validation to companies using EVPN at scale.  Presented by: DJ Spry

Watch the Video
Networking Field Day

Networking Field Day: Apstra Multi-Vendor EVPN Demonstration NFD19

Watch a demo of the Apstra multi-vendor EVPN offering, and see how you can build a full data center deployment from start to finish in record time.

Watch the Demo