OARnet's co-location service provides cost-effective, worry-free space, with connections back to your organization via OARnet's high-speed network. Co-location is a flexible, affordable way to expand computing resources without expensive local facility upgrades.
Integrated Network Services
The OARnet Internet service provides customers access to a combination of geo-diverse fully redundant high speed connections to multiple Tier1 carriers and a mix of public and private peerings. Customers are provided the reliability of utilizing multiple Internet transit carriers to help ensure uninterrupted service in the event of a single carrier or circuit failure. OARnet maintains a rich set of peerings to help ensure low latency connections and controlled costs.
The OARnet Content Delivery Service provides customers with the option to purchase bandwidth to a select group of partner Content providers at a lower cost than commodity Internet. OARnet Content partners provide high capacity fully redundant geo-diverse server clusters installed on the OARnet backbone for the exclusive use of OARnet customers. Customers can view their Content traffic vs Internet in the OARnet Gateway to help project the Content subscription rate.
OARnet provides a fully managed authoritative and recursive Domain Name Service (DNS) utilizing geo-redundant carrier grade DNS servers. Our engineering team can assist clients with domain name registration, design, implementation, and troubleshooting.
The OARnet backbone provides native support for the familiar 32-bit IPv4 addresses and newer 128-bit IPv6 addressing. Customers with IPv4 connections to OARnet can be upgraded to concurrently provide IPv6 on the same circuits. Internet, Internet2, and Content Delivery services are available via IPv6.
Client connections to the OARnet backbone are provided through a last mile access service using one or more carrier partners. OARnet has high-speed interconnects with over 15 last mile partners across Ohio to facilitate a cost-effective solution using a wide range of connectivity options. These include dark fiber, dedicated circuits and shared metro-ethernet connectivity. Clients can use multiple carriers to implement fully redundant geodiverse connections to multiple OARnet PoPs.
An MPLS-based Layer3 Virtual Private Network (L3VPN) enables a client to utilize private and public IPv4 and IPv6 routing domains across the OARnet backbone. An L3VPN allows for a virtual dedicated any-to-any communication network between many remote locations.
OARnet’s 100-gigabit Ethernet network includes connectivity across Ohio (On-Net) that provides speed, redundancy and reliability to all who connect. On-Net (IntraOhio) delivers a wide variety of services and many efficient options for those who connect to OARnet.
OARnet offers a full suite of optical transport options, including managed outside plant dark fiber DWDM-based, wave services and TDM-based circuits. OARnet maintains trained staff, advanced characterization and troubleshooting equipment used for designing and maintaining outside plant fiber.