HyperCube, a subsidiary of West Corporation, is located in Dallas, Texas. We are a premier provider of local and national tandem services in the middle mile to carriers throughout the United States. HyperCube provides tandem interconnection services to the competitive marketplace, including wireless, wire-line, cable telephony and Voice over Internet Protocol (VoIP) companies.
The HyperCube Advantage

Innovative, Technology Agnostic Interconnection Model: The HyperCube model is designed to meet the needs of all types of carriers and their interconnection partners. HyperCube is a highly reliable provider. We own and administer a nation-wide network, which is used and trusted by the nation’s largest, most prestigious telecom companies.
Economically Attractive: HyperCube offers the complete suite of tandem switch services as an alternative to legacy or traditional methods.
Positions Customers for Growth: HyperCube helps customers capitalize on the significant growth in wireless traffic volumes and seamlessly make the transition to Internet Protocol-based telephony. We provide a collaborative and mutually agreed upon interconnection plan to the carriers we serve and offer highly flexible and customizable solutions, allowing carriers to tailor their interconnection.
Online Proprietary Tools Provide Real-Time View of Customer Statistics: HyperView, the Company’s proprietary customer traffic information system, provides real-time traffic analysis and visibility to carriers over a web-based application. HyperView is often the carriers’ first analysis of certain types of traffic leaving their networks.
DID/Direct Inward Dial

HyperCube’s DID service aggregates and transports calls placed to HyperCube-owned or ported-in telephone numbers and terminates the call with premium reliability.


Terminate outbound toll traffic utilizing HyperCube’s soft switch platform, national optical backbone, and direct network interconnections.

Toll Free

HyperCube’s toll free services transport and switch toll free traffic nationwide through a network of efficient and scalable interconnections.