Ritter Communications boasts a regional optical network that includes more than 3,400+ miles of fiber. We provide resilient, secure, dependable network connectivity on our state-of-the-art MEF Certified fiber backbone, allowing multiple options to directly connect with more than 10 regional hubs and 17 national hubs, including carrier hotels in Dallas, Atlanta, Chicago, Little Rock and others. Additionally, we provide Fiber to the Tower for cellular carriers and long haul transport fiber to other carriers and entities. Our fiber connectivity spans across 4 states in network and 11 states out of network, which allows us to have connectivity to Texas, Oklahoma, Missouri, Illinois, Indiana, Kentucky, Tennessee, Alabama, Georgia, Arkansas and Louisiana.
The Ritter Communications executive team boasts more than 40 years of wireless communications experience, and we leverage their expertise to deliver extensive wholesale solutions. With Ritter's unique combination of experience, geographic coverage, ease of connectivity and reliable, high-quality bandwidth, you can route across our network with confidence at prices that offer a considerable competitive advantage.
Ethernet connects networks of customers in a variety of ways, including but not limited to VoIP support, IP access and intranet connectivity. Our high-speed, flexible and cost effective solution provides your customers with the ability to accommodate a wide range of business solutions with a secure gateway to the internet and your VPN.
Ritter’s EPL, or point-to-point (P2P) service, meets the demand of bandwidth intensive applications with flexible and scalable point-to-point configurations, delivering high-capacity Ethernet connections between two sites.
Our EVPL multi-point/multi-location service works to establish an Ethernet Virtual Connection (EVC) and supports Multiplexed User Network Interfaces (UNI), which allows a single physical connection to control numerous virtual connections for operating multiple, independent business networks between your locations.
Plus, Ritter’s Long-Haul Transport service provides a connection between sites that are too far to be connected by standard metro services. These connections often go from one metro area to another and are used for very high-bandwidth connections in our carrier-to-carrier connections.
To ensure customer satisfaction, Ritter’s Ethernet Access (E-Access) offers a fully scalable network with low latency, low jitter and high QoS to meet your transport needs. Our network expansion architecture offers both protected and route redundant solutions along with UNI and ENNI connection points.
The increasing demands for network bandwidth can create challenges. To meet them, Ritter Communications offers a dependable transport solution to deliver the flexibility and reliability needed for backhaul infrastructures. Our unique fiber routes deliver a cost-effective alternative for increasing capacity and raising the overall quality of service.
Ritter’s backhaul solutions offer high-capacity connectivity to create national networks. They also provide market expansion availability to fill gaps in current networks and give you troubleshooting options for diversity solutions and long-haul networks.
Key features include:
From smartphones and tablets to completely automated homes, bandwidth availability is critical as users seek increasingly more high-performance data transmission to accommodate their daily activities.
Ritter’s Fiber To The Tower (FTTT) solutions for wireless networks will meet all of your current and future bandwidth needs. Our executive team collectively boasts decades of wireless communications experience. We leverage their expertise and deliver the ideal FTTT solution for your company.
Ritter’s FTTT solution features seamless service from the tower to your Mobile Telephone Switching Office (MTSO) with both protected and route redundant solutions. We also after Tower to MTSO Transport, 24/7/365 monitoring through our Network Operations Center (NOC), and our unique fiber routes get your connections where they need to go.