The AirEngine 9700-H is Huawei's flagship 1U rackmount wireless controller (AC) designed for ultra-large campuses, multi-campus interconnection, and metropolitan area network wireless applications. Positioned as a core wireless management hub for 10 Gigabit/40G/100G applications, it boasts ultra-large AP management capacity, ultra-high performance forwarding, high-density concurrency, and high reliability across all scenarios, making it compatible with ultra-large-scale Wi-Fi 6/7 wireless networks.

The AirEngine 9700-M is a 10 Gigabit wireless controller (AC) launched by Huawei for medium and large-sized campuses, enterprise offices, and university campuses. It features high-density AP management, 10 Gigabit uplink, high reliability, and intelligent RF, and is a core management device for large and medium-sized wireless networks.

The S9300X-12 is Huawei CloudEngine S9300X series 12-slot flagship chassis core switch, featuring ultra-large capacity, extreme 100GE density, full service convergence, and carrier-grade high reliability. It is a top-of-the-line model for ultra-large campuses, metropolitan area networks, and data center cores.

The CloudEngine S9300X-8 is a flagship core routing switch in the S9300X series. It features a 15U chassis design with eight service card slots, achieving a good balance between scalability, performance, and rack space. Positioned as a core or aggregation node in medium to large campus networks, it is a key device for building efficient, reliable, and agile networks.

The S9300X-4 is Huawei's CloudEngine S9300X series 4-slot flagship chassis core switch, featuring high reliability, high density, full 100GE, cloudification, and security. It is the mainstay model for large campuses, metropolitan area networks, and data center cores.

Huawei CloudEngine S5735-L48T4XE-A-V2 is a high-density gigabit access switch in the S5735-L-V2 series, providing 48 gigabit electrical ports and 4 10G uplink optical ports, equipped with dedicated stacking ports, suitable for enterprise campus network scenarios that require a large number of terminal access and high bandwidth uplink.

CE6820-48S6CQ-A-B is a Huawei CloudEngine 6820 series 1U high-density data center access switch, featuring 48 × 10GE access, 6 × 100GE uplink, layer 3 routing, and high cost-effectiveness. It is an entry-level Leaf node for data center Spine Leaf architecture and can also be used for campus aggregation/access.

Huawei CloudEngine S5735-L48T4S-A-V2 is a high-density gigabit access switch in the S5735-L-V2 series, providing 48 gigabit electrical ports and 4 gigabit SFP optical ports. It is one of the highest port density gigabit uplink models in the 25735-L-V2 series, suitable for enterprise park network scenarios that require a large number of terminal access.

Huawei CloudEngine S5735-L24LU8S4XE-QA-V2 is a high-performance hybrid port PoE access switch in the S5735-L-V2 series, belonging to the QA-V2 silent version of the series. Its core features are rich port types, strong PoE power supply capability, and fanless silent design, making it particularly suitable for office, medical, educational, and other scenarios that require power supply for multiple terminal devices and low noise.

This 1U chassis switch is positioned for high-density 10 Gigabit access in data centers, providing 48 10GE SFP+ ports and 8 100GE uplink ports. It also supports cloud data center features such as 100GE port splitting, M-LAG, and VXLAN/BGP-EVPN, making it an ideal access device for building resilient, virtualized data center networks.

Huawei CloudEngine S5735-L24P4XE-A-V2 is a gigabit PoE+access switch in the S5735-L-V2 series. Its core feature is to support both PoE+power supply and 10G uplink, equipped with dedicated stacking ports, suitable for enterprise campus network scenarios that require power supply for terminal devices and high bandwidth uplink

Huawei CloudEngine S5735-L24P4S-A-V2 is a gigabit PoE+access switch in the S5735-L-V2 series. Its core feature is support for PoE+power supply, which can supply power to wireless APs, IP phones, network cameras and other terminal devices through Ethernet cables. It is suitable for enterprise park network scenarios that require centralized power management.