Shanghai-based Ti Group that is a third-party’s inspection, test and certification services company picks Keysight’s 5G Test Platforms for wireless device conformance validation. Keysight Technology (NYSC: KEYS), an American based leading company, manufactures and delivers advanced design and validation solutions to speed-up innovation to connect and secure the world.
Ti Group’s electronics and electrical services sector enhances its 5G conformance testing capabilities with Keysight’s 5G Conformane Toolsets and certifies 5G devices in conformance to latest 3GPP 5G new radio (NR) specifications.
“With more than thirty test labs across China in sectors including electronics, telecommunications, renewable energy and automotive, Ti Group is pleased to work closely with Keysight, a global test and measurement company with proven technology,” said Pan Jing, Chairman of Ti Group. “This enables Ti Group to provide one-stop and high-quality services covering functional verification, regulatory, conformance testing and carrier acceptance testing, which will help customers introduce product to market economically and efficiently.”
To shorten development timelines and accelerate market launches, chipsets and devices vendors along with test houses and mobile operators across the mobile ecosystem use Keysight’s 5G design, test, validation and optimization solutions. Ti group speeds-up its validation activities across different device form factors, spectrum requirements and network configuration by accessing GCF and PTCRB test cases on common test platforms.
“We’re pleased to provide Ti Group with test capabilities that are foundational to rolling out reliable 5G connectivity,” said Steve Yan, vice president and general manager of Greater China at Keysight Technologies. “We look forward to continuing our relationship with Ti Group to support automotive and energy sectors, as well as emerging technologies.”
Based on the company’s E7515B UXM 5G Wireless Test Platform, Keysight’s end-to-end 5G device test solutions enable users to cost-effectively and flexibly address the entire product lifecycle. This includes early chipset development, device integration and optimization through to conformance, regulatory and carrier acceptance testing, manufacturing, post-deployment repair and optimization.
