PLANO, Texas–(BUSINESS WIRE)–May 5, 2020–
Accuver, a leader in next generation wireless test and measurement solutions, today announced that its and tools are ready to support 5G NR Standalone.
This press release features multimedia. View the full release here:
XCAL-M 5G NR SA Signaling Message (Graphic: Business Wire)
Accuver first developed its XCAL-M and XCAP-M tools for 5G in February 2018 to assist Samsung and Korea Telecom in launching the world’s first pre-standard 5G trial network during the Winter Olympics in South Korea. Now, the entire XCAL tool product line supports 5G NR Standalone (SA), which is the next major step in the architecture evolution of 5G networks.
“The evolution of 5G NR networks to SA mode is top of mind in both the strategy and actions of our customers so we are pleased to continue supporting their efforts towards becoming 5G leaders in our industry,” said Jinman Kim, Accuver Americas General Manager. “Accuver offers a faster time to market with XCAL and XCAP tools to readily assist with testing and optimizing a provider’s 5G networks.”
XCAL-M and XCAP-M are able to provide the following 5G NR SA features and capabilities in addition to our current 4G and 5G NR Non-Standalone (NSA) capabilities:
Accuver is a leading provider of wireless test and measurement solutions that optimize the performance and reliability of mobile networks. Working with all major network operators, infrastructure vendors, chipset manufacturers and wireless equipment OEMs, we measure, troubleshoot and optimize network performance and wireless service delivery. This involves a seamless blend of user insight, design innovation, software development, cutting-edge engineering, and support services.
View source version on businesswire.com:
CONTACT: Media
Robin Bectel
REQ for Accuver
703-287-7827
KEYWORD: TEXAS EUROPE UNITED STATES NORTH AMERICA CANADA
INDUSTRY KEYWORD: INTERNET MOBILE/WIRELESS TECHNOLOGY TELECOMMUNICATIONS SOFTWARE
SOURCE: Accuver
Copyright Business Wire 2020.
PUB: 05/05/2020 08:05 AM/DISC: 05/05/2020 08:05 AM
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