Firmly in the first place! In the first three quarters of 2022, the market share of China's enterprise network switches exceeded 30%.

2022.12.28

Firmly in the first place! In the first three quarters of 2022, the market share of China's enterprise network switches exceeded 30%.


New H3C Group promotes core product innovation by deploying next-generation network technologies ahead of time, providing network solutions and products suitable for different scenarios, and injecting new energy of "connectivity" into all industries.

Recently, IDC, an international data company, released the "China Ethernet Switch Market Quarterly Tracking Report (2022Q3)". According to the report, in the first three quarters of 2022, New H3C Group, a subsidiary of Unigroup, ranked first in China's enterprise network switch market with a share of 36.6% and first in China's campus switch market with a share of 37.0%, and its technical strength and series of products were highly recognized, comprehensively consolidating its position as a leader in China's network market.

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With the deepening of digital transformation, network technology is evolving in the direction of high-speed ubiquity, intelligent agility, green and low-carbon, and it has become a consensus in the industry to accelerate the development and evolution of bandwidth, efficiency, management and underlying technologies at the level of technological innovation. Adhering to the present and facing the future, New H3C Group promotes core product innovation by deploying a new generation of network technology ahead of time, providing network solutions and products suitable for different scenarios, and injecting new energy of "connection" into all walks of life.

● All-optical technology accelerates campus network upgrades

With the popularity of high-definition video, network conferencing and other applications, campus users' expectations for network performance, stability, security and agility have been further promoted. All-optical networks have significant advantages in basic capabilities and operational characteristics, which can perfectly meet the guarantee requirements of new campus services and effectively solve the network infrastructure challenges faced in the future development of campuses. New H3C Group released the Intelligent Convergence All-Optical Campus Solution this year, and adheres to the "Ethernet + PON" convergence technology route, greatly improving the experience of all-optical campus networks in terms of service applications, manageability, deployment convenience, and security. The solution is equipped with New H3C's new generation OLT equipment S7500X series products, which exclusively supports one-box integration of OLT plug-in card, Ethernet switching, secure plug-in card, wireless AC card, and can get PON, Ethernet all-optical and traditional Ethernet in one frame. At the same time, New H3C has recently launched a new "Light and Shadow" series of campus products based on innovative photoelectric hybrid cable technology, helping users realize unified power supply management of devices in the all-optical network deployment process, and only need one photoelectric hybrid cable to flexibly increase wired and wireless access points, without considering power supply and configuration management issues, to meet the needs of business changes.

● Advance the layout of cutting-edge technologies and build a green and low-carbon network system

New H3C Group has been deeply engaged in the network field for more than 20 years, and has successively launched all-scenario switch products covering the core, aggregation, and access layers, which are widely used in campus and data center network construction. In the face of the landing demand of the "dual carbon" strategy, New H3C is also actively accelerating product upgrading and transformation to build a green and low-carbon network. In April this year, New H3C released the industry's first 400G campus core switch H3C S10500X-G, based on high-speed forwarding capabilities, through technological innovations in architecture design, port power consumption, power efficiency, etc., greatly reducing the energy consumption of the switch use stage, and promoting the low-carbon transformation of the campus in the digital intelligence era. In May of the same year, New H3C also took the lead in releasing a 400G silicon-optical convergence switch for the intelligent era, equipped with NPO silicon photonics technology to reduce device port power consumption by 40+% and increase heat dissipation efficiency by 20-30%, perfectly solving the balance problem of high-speed transmission and low power consumption, and becoming a new force to promote the transformation of green data center networks.

● Flexible and open source software capabilities comprehensively improve the experience of smart applications

In addition to hardware, over the years, New H3C has insisted on paying equal attention to software and hardware, and has always maintained evolution and upgrading in the software capabilities of the equipment, bringing more flexible and open capabilities to the switch. The self-developed Comware V9 operating system has been fully applied to campus and data center products, providing users with a programmable and modular network system with containerized and microservice design, supporting users' secondary development with an open and compatible ecosystem, so that it can easily cope with diversified service scenarios and network connection requirements, support 100-second traffic flow and rapid recovery of faulty services, and achieve high data throughput and low latency through the application of RDMA, RoCE, and AI ECN technologies , comprehensively improve business intelligent applications and intelligent O&M experience.

In the future, under the guidance of the "Cloud Intelligent Native" strategy, New H3C will actively grasp the pulse of future network development, adhere to the concept of application-driven network, continue to iterate software and hardware technology innovation, and continuously upgrade full-stack solutions to contribute to the construction of digital economy.