Guangdong Newline Technology Co., Ltd.

Newline was founded in 2004 and is a high-tech private enterprise dedicated to research and development of core key technologies such as new generation wireless communication systems and IC chip design, owning more than 400 patent technologies. The company's headquarters is located in Beijing, with an industrial base in Guangzhou and branch offices in Shanghai and Shenzhen.
Since its establishment, the company has adhered to the strategic direction of "choosing world-class problems," and with the enterprise spirit of "relying on patience, persistence, self-reliance, and daring to be first," it has diligently researched and boldly led in key core technology fields for over a decade of research and operation.
The company currently possesses the Enhanced Ultra High Throughput-5th Generation (EUHT-5G) ultra-high-speed wireless communication system technology, which first solved the global wireless mobile communication challenges of high reliability, low latency, high bandwidth, and large capacity. It fully masters the EUHT-5G core standards, core patents, core chips, core software, and core products. EUHT-5G products are widely applied in fields such as smart high-speed railways, smart metros, Internet of Vehicles, industrial internet, wireless video surveillance, and wide-area broadband coverage.
The company has the capability to research and design System-on-Chip (SoC) digital chips and analog RF chips for multiple industries including communications and automotive. It was the first globally to propose the concept of "communication-computing convergence" and has fully self-developed a complete series of wireless communication chip products, including CPU+GPU application processors, 2G/3G/4G baseband processors, Wi-Fi, Bluetooth, high-speed AD/DA, high-speed PLL, broadband RF, power management, and power amplifiers (PA), with multiple chips achieving large-scale mass production and market release.

Development History:

2019
Newline won the ISSCC 2019 Technology Innovation Award: "Technology Innovation Award: The World's First Deployed URLLC Wireless Communication System and SoC" for its ultra-reliable low-latency wireless communication system and chip.

2018
EUHT was successfully applied on the Zhihui City branch line of Guangzhou Metro Line 14;
EUHT-5G achieved the world's first real-time transmission of 50 channels of HD 1080P video on a single metro train;
EUHT-5G completed broadband wireless network coverage for over 5,000 administrative villages, serving a population of more than 10 million;
EUHT-5G initiated commercial applications in the industrial internet field, covering multiple manufacturing enterprises;
EUHT-5G initiated the demonstration construction of the Internet of Vehicles, piloting EUHT 5G-V2X applications;
Started research and development of automotive electronic chips urgently needed for intelligent connected vehicles and autonomous vehicles;
EUHT obtained the national standard for information technology: "Specification of Medium/High Speed Wireless Local Area Network Media Access Control and Physical Layer for Information Technology Telecommunications and Information Exchange between Systems."

2017
EUHT-5G achieved the world's first real-time transmission of 30 channels of HD 1080P video on a single metro train and entered formal commercial application;
China Railway Corporation organized the completion of full-line engineering tests of the EUHT-5G system on the Beijing-Tianjin Intercity High-Speed Railway;
EUHT-5G began large-scale deployment of rural wireless broadband coverage networks in Jiangxi, Fujian, and Guangdong provinces.

2016
EUHT was approved as the Ministry of Housing and Urban-Rural Development standard for "Urban Rail Transit Train-to-Ground Real-Time Video Transmission System";
EUHT-5G completed the pilot construction and application of rural wireless broadband coverage in Guangdong Province;
EUHT-5G completed commercial business testing on actual metro lines;
EUHT-5G completed full-line network coverage on the Beijing-Tianjin High-Speed Railway (300 km/h), initiating industry-level testing applications for smart high-speed railways.

2015
EUHT-5G was selected as the construction plan for wireless broadband coverage applications in more than 10,000 administrative villages across three provinces (Jiangxi, Fujian, Guangdong);
EUHT-5G completed on-site testing on the Guanhui Intercity Railway (200 km/h);
EUHT-5G completed channel simulation tests at the Railway Radio Monitoring and Testing Center.

2014
EUHT-5G completed field tests at the Daxing test site of the Highway Research Institute of the Ministry of Transport;
EUHT was approved as two national standards for "Cooperative Intelligent Transportation System Dedicated Short-Range Communication."

2013
Released the first domestically developed quad-core SoC chip with integrated GSM/WCDMA/LTE AP+BP;
Developed core products such as EUHT-5G base stations, terminals, routers, and high-end switches;
EUHT-5G successfully passed simulation tests by the State Radio Monitoring Center.

2011-2012
Completed the design and development of the EUHT-5G core IC chip with fully independent intellectual property rights;
Released the first domestically developed GSM/WCDMA chip;
EUHT was approved as two Ministry of Industry and Information Technology standards for "Technical Requirements for High Spectrum Utilization and High Data Throughput Wireless Local Area Networks."

2010
Completed system design and simulation for EUHT-5G;
Undertook the national major science and technology project "Research and Validation of Key Technologies for Ultra-High-Speed Wireless Local Area Network Radio Interface" under the "New Generation Broadband Wireless Mobile Communication Network" initiative.

2009
Released the world's first A9 dual-core SoC chip.

2006-2008
Developed T-MMB technology;
Conducted forward-looking technology research and patent layout for next-generation broadband wireless mobile communication technologies;
Proposed the concept of "communication-computing convergence" and led chip research in this direction.