O-RAN testing, integration
O-RAN Global PlugFests
and Proofs of Concept
Resource from O-RAN EcoSystem Players
Next generation Open RAN research
Virtual exhibition of O-RAN implementations
in the World
Certification and Badging
Full name of OTIC: North American OTIC in Washington DC/ Arlington VA (Virginia Tech)
Correspondence address: Virginia Tech Research Center CCI, 900 North Glebe Road, 3rd Floor Arlington VA 22203
Link to OTIC web site: https://www.ccixgtestbed.org/otic/
E-mail address: email@example.com
The North American OTIC in Washington DC/Arlington VA Metro is aimed at facilitating the design, development, and deployment of cloud-enhanced and open-software-defined wireless technologies and provides multiple testbeds in order to support real-world experimentation, testing, and interoperability on advanced wireless technologies and applications for the next-generation to come. The facility is open to and leverage participation for almost all government, research and educational uses by those with a need. These include uses by universities, industry research labs, and both US and non-US institutions. With some provisions, use for product development and evaluation by commercial entities is also encouraged. Researchers can run experiments remotely on the testbed by logging into via remote terminal (VPN and SSH) which will provide various facilities for experiment execution, measurements, and data collection across 4 testbeds:
The CCI xG Testbed has a campus-scale site intended to enable several new classes of wireless experiments not currently supported by testbeds available to the research community. In specific end-to-end CBRS experimentation with PAL and GAA users, end-to-end close-loop O-RAN experimentation and edge-cloud-continuum experiments. Including an open-source Spectrum Access System (SAS) developed at Virginia Tech.
Name: John Delaney
Telephone number: +1-571-858-3308
Responsibilities/ duties: Managing Director
Virginia Polytechnical Institute and State University, AT&T, DISH Wireless, Verizon
Supported work and scope of services:
The xG Testbed provides an end-to-end O-RAN closed loop platform for system-level testing, performance and interoperability with physical and remote access. The two core sites are 1) indoor radio grid software defined radio located in Washington DC metro area equipped with last generation of SDRs coupled with low latency mobile networks and edge cloud services and open-source platforms, is an attractive target because it enables an entirely new class of R&D that will not be possible when using only commercial software and hardware and, 2) outdoor stroubles creek CBRS network in Blacksburg VA. Both sites are interconnected via 10G fiber, with cloud-edge computing capability. Enabling the distributed deployment and instantiation of O-CU, O-DU, Near-RT RIC and xApps. The team managing includes highly recognized researchers, well skilled engineers, Postdoc researcher, MS and PhD students. All expertise in wireless communication and AI/ML applied to wireless network. The xG Testbed provides the perfect ecosystem for integration of commercial hardware and software on top of state-of-the-art experimental facilities for emulation and over-the-air testing, with CBRS priority access license and experimental spectrum licenses. The testbed is built under the open-source principles providing different vectors for end-to-end testing and automation. The OTIC will serve as a sandbox to bring together government, industry and academia to realize O-RAN R&D and innovation. The OTIC is intended to enable several new classes of wireless experiments not currently supported by testbeds available to the research community.
The OTIC features multiple testbeds:
The OTIC’s multiple testbed sites provide clients with multiple testbeds in which to verify the conformity of RAN equipment with O-RAN interface specifications, as well as to test and verify the interoperability of RAN equipment. It offers multiple use scales for industry to demonstrate implementations and solutions based on O-RAN specifications via plugfests and proofs of concept at varying use scales. Likewise, industries can conduct function and performance tests of end-to-end systems and sub-systems on varying deployment scales.