WINDOWS SYSTEMS AND NETWORK

JMA Wireless and ExteNet Systems Achieve Unprecedented Performance in World's First In-Venue Midband 5G Network

JMA Wireless | August 28, 2021

Ahead of the annual Pro Football Hall of Fame game on August 5, 2021, JMA Wireless (JMA) and ExteNet deployed the world's first in-venue midband 5G network at Tom Benson Hall of Fame Stadium in Canton, Ohio. The network enabled unprecedented download speeds of more than 600 megabits per second in the 23,300-seat stadium while it was full of fans, a feat only made possible by JMA's distributed antenna system (DAS). JMA's TEKO DAS, which was deployed in the stadium in 2018 by ExteNet as the neutral-host provider, required no additional cost, labor, or modifications to support the newly upgraded, multi-carrier 5G network. JMA's TEKO DAS is the only DAS capable of supporting 5G-midband networks with this degree of performance and efficiency.

Deployed years in advance of the commercial readiness of the 5G radio air interface standard, TEKO DAS' high performance and ultrawide band capability enabled the stadium to easily upgrade to 5G. Once the 5G network was up and running, speed tests consistently showed performance of over 600 megabits per second during the game. The network allowed tens of thousands of fans to enjoy high-speed 5G connectivity simultaneously, a challenging task in large venues like the Hall of Fame Stadium.

"This historic first is a powerful demonstration of what's possible for thousands of venues across the country where JMA's TEKO DAS is deployed. With its high performance and unique band capability, TEKO DAS is 5G-ready and future-proof, making it easy for venues to upgrade to 5G, with no additional investment or new equipment," said Todd Landry, Corporate Vice President, Product and Market Strategy at JMA Wireless. "We are proud to have worked alongside ExteNet to bring this high-speed performance to fans in Canton, Ohio, and we look forward to the opportunities in front of us with venues nationwide."

"Getting the network ready for the 2021 season inaugural game was our priority and we are extremely pleased with the 5G performance on game day at the stadium," said Kevin Gallagher, Senior Vice President, Product & Marketing for ExteNet. "Together with JMA Wireless, our best-in-class wireless infrastructure and network operations enabled a superior fan experience, as evident from the throughput data for a major carrier. We're honored to serve our venue and carrier partners, improve network performance, and deliver the ultra-fast and high-bandwidth connectivity that users need to accentuate their game-day experience. Thanks to all those involved, and we look forward to bringing this level of service to all of our venue partners."

About JMA
A disruptive force in the wireless industry, JMA is restoring U.S. leadership in wireless technology at a critical time in the transition to 5G. Based in Syracuse, New York, JMA makes the world's most advanced software-based 5G platform, which it designs, codes, and manufactures in the United States. JMA's cutting-edge technology—most notably a revolutionary software solution called XRAN—is ushering in a new era of innovation and connectivity for businesses, workers, and ultimately consumers. For more information, visit jmawireless.com.

About ExteNet Systems, Inc.
Lisle, IL-based ExteNet Systems, Inc. is the nation's largest privately held provider of converged communications infrastructure and services addressing outdoor and in-building wireless, fiber, and other advanced connectivity needs of its customers. Our customers include mobile network operators (MNOs), real estate owners, property managers, wholesale carriers, enterprises, municipalities, and rural carriers. Our outdoor small cell and DAS networks are deployed in a variety of urban, suburban, and rural environments while indoor networks are deployed in iconic sports and entertainment venues, convention centers, commercial office buildings, college campuses, healthcare facilities, hotels and resorts, and transit systems nationwide.

Spotlight

Is your supply chain agile enough to withstand rapidly shifting market demands? Being able to manage manufacturing supply chain processes efficiently without triggering disruption is imperative in uncertain economic times. Learn how to modernize supply chain management and build a foundation for success now. Download this white

Spotlight

Is your supply chain agile enough to withstand rapidly shifting market demands? Being able to manage manufacturing supply chain processes efficiently without triggering disruption is imperative in uncertain economic times. Learn how to modernize supply chain management and build a foundation for success now. Download this white

Related News

APPLICATION INFRASTRUCTURE, WINDOWS SERVER MANAGEMENT

Lattice ORAN Enables Secure Synchronization for Deployments

Lattice Semiconductor | March 01, 2023

On February 28, 2023, the leader in low-power programmable semiconductors, Lattice Semiconductor, expanded its Lattice ORANTM solution stack to assist flexible, secure synchronization and timing for Open Radio Access Network (ORAN) implementations. Lattice ORANTM now supports tight synchronization for ORAN fronthaul interfaces adherence with critical ITU (International Telecommunication Union) profiles and IEEE (Institute of Electrical and Electronics Engineers) standards. This enhances the stack's ability to accelerate and secure current and next-generation customer applications. The latest Lattice ORANTM solution stack (v 1.1) has built-in mutual authentication for secure synchronization and support for IEEE Standards, including IEEE Std 1588™-2019 (default profile) and IEEE Std 802.1AS™-2020, made for Time Sensitive Networks (TSN). ITU-T Telecom Profiles, which includes frequency synchronization (G.8265.1), Phase/time synchronization with incomplete timing support (G.8275.2) and Phase/time synchronization with complete timing support (G.8275.1). ITU-T Timing Characteristics of T-BC and T-TSC Class C (G.8273.2) In addition, a Lattice FPGA-based development platform has been incorporated into the Lattice ORANTM stack. FPGA stands for Field Programmable Gate Array, and it is an integrated circuit (IC) that facilitates the rapid prototyping and final system design of custom logic. The Secure Timing and Synchronization Kit are intended to simplify the testing, exhibition, and creation of novel telecommunications applications. About Lattice Semiconductor Lattice Semiconductor is a global leader in low-power programmable solutions, providing cutting-edge technology to meet customers' needs in various markets. Its commitment to world-class support allows customers to quickly and easily unleash innovation to create an innovative, secure, and connected world. Its innovations include the Field Programmable Gate Array (FPGA), an integrated circuit that enables the development of custom logic for rapid prototyping and final system design. The company is headquartered in Hillsboro, Oregon, with major operations in San Jose, California; Shanghai, China; and Manila, Philippines.

Read More

APPLICATION INFRASTRUCTURE

Element Critical's Data Centers Achieve Key Compliance Certifications

Element Critical | January 20, 2023

Element Critical, a data center interconnection and colocation provider, recently announced that its thorough engineering and reliability standards had passed comprehensive annual assessments. The company reaffirms its commitment to customers by earning compliance certifications, ensuring its data centers meet the necessary requirements with accredited transparency and security standards. Due to its superior data center methods and procedures, Element Critical facilities adhere to the following industry standards: ISO/IEC 27001: One of the most critical compliance standards for data centers, this certificate shows that a facility's policies and procedures meet data confidentiality, integrity, and availability standards. Type II Service Organization Control: Element Critical meets security compliance standards for hosting customer data, as determined by audits across all facilities. The SOC 2 report is designed for a wide range of users who need to understand a service organization's internal control to determine processing integrity, security, availability, privacy, and confidentiality. Payment Card Industry Data Security Standard: Element Critical's data centers meet the standards for protecting customer financial data, and credit /debit card transactions. Health Insurance Portability and Accountability Act: This certification ensures sensitive patient health data and personal identification information is protected. Many businesses and organizations depend on data centers to store and process critical information. Colocation also serves as an interconnection center and a gateway to cloud and edge applications. Companies rely on their data center providers to follow stringent security protocols reinforced by constantly updated procedures. Shane Menking, the COO of Element Critical, states, "Element Critical data centers are run by highly trained security and engineering personnel, executing daily standard operating procedures (SOP) and site operations methods (MOP) to ensure our customers receive a secure and safe environment for their sensitive and mission-critical applications." He adds, "Earning third-party validation across all our data center facilities affirms our commitments to customer satisfaction and our dedication to meet evolving data security standards." (Source – PR Newswire) About Element Critical Element Critical Founded in 2014, Element Critical is a fast-growing data center provider operating in Northern Virginia, Chicago, Houston, Austin, and Silicon Valley. The company's Tier III, hybrid IT-ready facilities are network-rich and can be maintained concurrently. Element Critical's team of industry veterans offer reliable colocation with fully customizable deployment space in various deployment sizes and densities. The organization provides a data center experience that puts customer service and solutions engineering in the spotlight.

Read More

HYPER-CONVERGED INFRASTRUCTURE

Zayo Group Deploys 400G Route and Network Hardening for Paris-Marseille Connectivity

Zayo Group | January 17, 2023

Zayo Group Holdings, a global communications infrastructure platform, announced the deployment of a new 400G-enabled route between Paris and Marseille. This new route includes the first-in-market network hardening of this critical route using next-generation fiber technologies. This will make it easier and safer for businesses to move high-bandwidth traffic from these top ten global internet hubs, where traffic is growing quickly. In the next three years, Marseille is expected to go from being the seventh largest internet hub in the world to the fifth largest. With the completion of six new undersea cables, including key gateways to Africa, Asia, and the Middle East, capacity needs in Marseille are expected to quadruple by 2026. Zayo Group Holdings’ new 400G-enabled route, connecting Paris and Marseille, is designed to help meet this increasing capacity demand and provide more secure ways for enterprises to transport high-bandwidth traffic from these global internet hubs. The new route is expected to have a total capacity of 24 terabytes per fiber pair and important tri-location options for businesses to make sure they can connect securely and reliably to the rest of Europe and the US. With the new route in place, Zayo Group Holdings will be well-positioned to meet the capacity demands of the increasing high-bandwidth traffic between Paris and Marseille. About Zayo Group Holdings, Inc. Zayo Group Holdings, Inc. is a global communications infrastructure platform, offering fiber and transport, packet, and managed edge services. Zayo owns and operates a 137,000-mile-long Tier 1 IP backbone across North America and Europe. By giving this mission-critical bandwidth to its top customers in the wireless, hyperscale, media, tech, and finance industries, Zayo is helping to fuel the innovations that are changing society.

Read More