berita perusahaan tentang Huawei CloudEngine S5735-S48PN4XE-V2: A 48-Port PoE+ Gigabit Switch Designed for High-Density Enterprise Networks

The Huawei CloudEngine S5735-S48PN4XE-V2 is a high-performance Layer 3 PoE+ Gigabit Ethernet switch designed to address the growing connectivity, bandwidth, and power requirements of modern enterprise networks. Featuring 48 Gigabit Ethernet PoE+ access ports, four 10GE SFP+ uplink interfaces, and dedicated stacking ports, this switch provides a flexible networking foundation for campus environments, corporate offices, educational institutions, and enterprise surveillance systems.

As organizations continue to deploy wireless access points, IP telephones, security cameras, and other network-connected devices, the demand for centralized power delivery and reliable high-speed connectivity continues to increase. The S5735-S48PN4XE-V2 combines Ethernet switching, PoE+ power delivery, Layer 3 networking capabilities, and high-bandwidth uplinks in a single enterprise-grade platform.

With a listed switching capacity of 672 Gbps, a forwarding performance of 315 Mpps, and support for redundant power configurations, the switch is positioned for businesses seeking to improve network efficiency while maintaining room for future expansion. Its combination of 48 PoE+ ports and 10GE uplinks makes it a practical option for high-density access network deployments.

The Huawei CloudEngine S5735-S48PN4XE-V2 is a fixed-port, managed Layer 3 Ethernet switch belonging to Huawei's S5735 enterprise networking product family. It is designed primarily for enterprise campus access and aggregation applications where multiple network endpoints must communicate efficiently through a centralized switching infrastructure.

Unlike a basic unmanaged Ethernet switch, a Layer 3 managed switch supports advanced traffic management, network segmentation, routing, and security functions. These capabilities allow network administrators to establish separate logical networks, control communication between departments, and manage traffic according to organizational requirements.

One of the main features of the S5735-S48PN4XE-V2 is its 48 fixed 10/100/1000BASE-T Ethernet interfaces with PoE+ support.

These ports provide both data connectivity and electrical power through standard Ethernet cabling. The switch supports IEEE 802.3af and IEEE 802.3at PoE standards, with a stated maximum output of up to 30W per port, subject to the available system power budget.

This functionality is particularly useful for connecting:

• Wireless access points (WAPs).

• IP surveillance cameras.

• VoIP telephones.

• Network access control devices.

• Other compatible PoE-powered endpoints.

By delivering power and data through a single Ethernet cable, the switch can simplify network installation and reduce the need for separate electrical outlets near individual devices.

The switch provides four 10 Gigabit Ethernet SFP+ uplink interfaces for high-speed connections to aggregation switches, core switches, or other enterprise networking equipment.

Compared with conventional 1GE uplinks, 10GE connectivity offers substantially greater bandwidth for handling traffic generated by numerous connected devices.

These interfaces also provide flexibility when designing fiber-based enterprise network connections. Compatible SFP+ optical transceivers can be selected according to transmission distance, fiber type, and the requirements of the connected equipment.

The S5735-S48PN4XE-V2 is also specified with two dedicated 12GE stacking interfaces.

Stacking allows supported switches to operate as a coordinated switching system, simplifying network administration and providing additional capacity for expanding access-layer infrastructure.

For organizations that need more Ethernet ports as their operations grow, stacking can offer a more manageable alternative to maintaining multiple independent access switches.

The platform supports a range of enterprise networking functions, including VLAN segmentation, IP routing, access control, and traffic management.

Its listed capabilities include static routing, RIP, OSPF, IS-IS, BGP, and VRRP, alongside security mechanisms such as 802.1X authentication, Access Control Lists (ACLs), storm control, and MACsec.

These functions help enterprises build more structured network architectures while improving traffic control and access security.

Enterprise network requirements have changed significantly as businesses increasingly depend on cloud applications, wireless connectivity, IP-based communication, video surveillance, and centralized IT management.

A traditional access switch may provide sufficient connectivity for a small office, but high-density enterprise environments require more than basic Ethernet ports. They need sufficient bandwidth, centralized power delivery, traffic segmentation, security controls, and a scalable architecture.

The Huawei S5735-S48PN4XE-V2 addresses several of these challenges through an integrated switching platform.

One major challenge in enterprise network installation is supplying electrical power to devices located throughout large buildings.

Wireless access points may be installed in ceilings, IP cameras may be positioned in corridors or parking facilities, and IP phones may be distributed across different office departments.

Providing individual electrical outlets for every device can increase installation costs and complicate maintenance.

The S5735-S48PN4XE-V2 supports IEEE 802.3af/at PoE+, allowing compatible devices to receive power and network connectivity through a single Ethernet cable.

Its stated maximum PoE+ output is 30W per port. This makes it suitable for many enterprise access points, IP cameras, and VoIP devices that operate within the supported power limits.

The result is a simpler physical infrastructure with fewer separate power connections.

Another important challenge is uplink congestion.

When dozens of Gigabit Ethernet endpoints share a single access switch, the total traffic can exceed the capacity of a conventional Gigabit uplink, particularly when users access cloud applications, transfer large files, or stream high-resolution surveillance video.

The four 10GE SFP+ interfaces provide higher-capacity connections to the aggregation or core layer.

A 10Gbps uplink offers ten times the nominal bandwidth of a 1Gbps connection. Multiple uplinks can also be incorporated into an appropriately designed network topology to distribute traffic and improve connectivity resilience.

For organizations upgrading their campus infrastructure, this capability provides a practical path toward higher-bandwidth networking without replacing every access endpoint.

Network expansion is another concern for growing businesses.

Adding more employees, workstations, wireless devices, and security systems increases the number of connected endpoints. Deploying independent switches without a clear management strategy can make network administration increasingly complicated.

The S5735-S48PN4XE-V2 provides 48 access ports and two dedicated stacking interfaces, supporting expansion within a compatible Huawei switching architecture.

Its Layer 3 capabilities also allow administrators to organize different departments or service categories into separate VLANs and implement appropriate routing policies.

This is particularly valuable for enterprises that need to separate employee networks, guest Wi-Fi, surveillance systems, and voice communication infrastructure.

Security is essential for enterprise networks because unauthorized access, broadcast storms, and poorly controlled traffic can affect business operations.

The switch lists support for 802.1X authentication, ACLs, storm control, and MACsec.

802.1X helps authenticate devices attempting to access the network, while ACLs allow administrators to define traffic-permission rules. Storm control helps limit excessive broadcast, multicast, or unknown unicast traffic.

MACsec provides link-layer encryption capabilities when appropriately supported and configured across the connected network.

The product page also specifies N+1 power redundancy and hot-swappable AC/DC power modules. These features can support improved power availability when the installed hardware configuration and power budget are designed appropriately.

Together, these capabilities make the S5735-S48PN4XE-V2 a suitable consideration for enterprises seeking a manageable, scalable, and security-conscious access switching platform.

Selecting an enterprise switch requires more than checking the number of Ethernet ports. Network engineers must evaluate endpoint density, PoE power consumption, uplink bandwidth, fiber compatibility, network topology, and future expansion requirements.

The Huawei CloudEngine S5735-S48PN4XE-V2 provides several interfaces and networking functions that can support different deployment scenarios.

In a medium-sized or large office building, the switch can serve as an access-layer device connecting employee computers, printers, IP phones, and wireless access points.

For example, a company may deploy the 48 Gigabit Ethernet ports to connect desktop computers, VoIP telephones, and wireless access points across a particular floor.

PoE+ allows compatible IP phones and wireless access points to receive power directly from the switch. This reduces the need to install additional electrical outlets around workstations and ceiling-mounted devices.

The four 10GE SFP+ uplinks can connect the access switch to an aggregation or core switch, providing higher-capacity connections for interdepartmental communication, cloud services, and centralized application access.

For larger office environments, multiple switches can be incorporated into a structured campus architecture.

Network administrators can use VLANs to separate departments such as finance, human resources, engineering, and guest access. Layer 3 routing policies can then control communication between these logical networks.

Enterprise wireless networks increasingly rely on high-performance access points to support laptops, smartphones, tablets, and IoT devices.

A wireless access point may serve dozens of clients simultaneously, generating substantial traffic during peak business hours.

The S5735-S48PN4XE-V2 offers 48 Gigabit PoE+ access interfaces, making it suitable for connecting compatible wireless access points that require Ethernet connectivity and centralized power.

When deploying wireless infrastructure, engineers should verify the power consumption of each access point and ensure that the total PoE demand remains within the actual power budget of the installed switch configuration.

The 10GE uplink interfaces can connect the access layer to higher-capacity aggregation equipment, helping reduce the possibility of uplink bottlenecks as wireless traffic increases.

For high-density wireless deployments, engineers should also evaluate the access point's Ethernet interface speed, wireless throughput, and the total available uplink capacity.

Video surveillance is another important application for high-port-density PoE switches.

Modern enterprise security systems may include dozens of IP cameras distributed across office buildings, warehouses, campuses, and commercial facilities.

The S5735-S48PN4XE-V2 can connect compatible PoE-powered cameras through its 48 Gigabit Ethernet interfaces.

For example, a surveillance deployment may use multiple access switches to connect cameras in different buildings. Each access switch can then forward video traffic to an aggregation network and centralized network video recorder (NVR) infrastructure.

The four 10GE SFP+ interfaces provide options for high-bandwidth fiber uplinks, depending on the selected optical modules and the network design.

When planning a surveillance installation, engineers should consider camera resolution, frame rate, video compression, simultaneous recording streams, and retention requirements.

These factors determine the actual bandwidth required by the surveillance network.

It is also important to place surveillance equipment in appropriately segmented VLANs and apply access control policies to restrict unauthorized access.

The four 10GE SFP+ interfaces are important when designing fiber-based enterprise networks.

Depending on transmission distance and the fiber infrastructure, network engineers can select compatible 10G SFP+ optical transceivers.

For example, 10GBASE-SR modules are commonly used for short-distance multimode fiber connections, while 10GBASE-LR modules support longer-distance single-mode fiber applications.

The exact transceiver selection must match the switch compatibility requirements, fiber specifications, connector type, and transmission distance.

Engineers should also verify optical power budgets and ensure that both ends of the connection use compatible optical interfaces.

Where redundancy is required, the uplink topology should be designed using supported network protection mechanisms and appropriate link configurations.

The availability of four 10GE interfaces provides flexibility for connecting aggregation equipment and planning multiple high-speed network paths.

The product page lists a switching capacity of 672 Gbps and a forwarding performance of 315 Mpps.

Switching capacity represents the platform's stated ability to handle traffic across its switching fabric, while forwarding performance describes the number of packets processed per second.

These specifications are important when evaluating whether a switch can support the expected traffic load.

The listed MAC address table capacity is up to 128K entries, while VLAN support includes up to 4K VLANs, Voice VLAN, and MUX VLAN.

These functions provide flexibility for large enterprise environments with many endpoints and logically separated services.

Before purchasing, network engineers should verify the exact hardware revision, software version, switching-capacity calculation, and supported feature set against the manufacturer's documentation.

The product listing also identifies the S5735-S48PN4XE-V2 as a 442 mm × 420 mm × 43.6 mm device with an operating temperature range of 0°C to 45°C.

These details should be considered when planning rack installation, airflow, power distribution, and environmental conditions.

For enterprise buyers, selecting the correct switch model is only one part of a successful deployment.

Before ordering the Huawei S5735-S48PN4XE-V2, procurement teams should confirm the required power supply configuration, PoE budget, optical transceiver compatibility, stacking requirements, and software feature support.

Organizations replacing an existing access switch should also check VLAN configurations, routing protocols, uplink speeds, management settings, and network security policies.

For international projects, buyers should verify the required power input, regional compliance requirements, shipping arrangements, and warranty conditions.

A clear bill of materials helps reduce installation delays and prevents compatibility problems during deployment.

By evaluating these technical factors in advance, enterprises can integrate the S5735-S48PN4XE-V2 into their network infrastructure more efficiently and establish a foundation for future expansion.

The Huawei S5735-S48PN4XE-V2 is designed for enterprise campus access and aggregation networks. It connects computers, wireless access points, IP phones, and surveillance cameras through 48 Gigabit PoE+ ports while providing 10GE uplinks for higher-bandwidth network connections.

This model features 48 fixed 10/100/1000BASE-T PoE+ Ethernet ports. It supports IEEE 802.3af/at standards, with a maximum stated output of 30W per port. Actual simultaneous PoE delivery depends on the installed power supply and total available system power budget.

Yes. The switch provides four 10GE SFP+ uplink interfaces. Compatible 10G optical transceivers can be selected according to the required transmission distance and fiber type, subject to Huawei compatibility requirements and the optical specifications of the connected equipment.

The S5735-S48PN4XE-V2 combines 48 Gigabit PoE+ ports with four 10GE uplinks, dedicated stacking interfaces, and Layer 3 networking capabilities. These features make it more suitable for managed enterprise networks requiring higher uplink bandwidth, VLAN segmentation, and advanced traffic management.

Yes. Its PoE+ access ports can connect compatible IP cameras, while its 10GE uplinks provide high-speed connections to aggregation switches and centralized recording infrastructure. Buyers should calculate camera bandwidth and PoE consumption before deployment to ensure sufficient system capacity.

Buyers should request product photographs, hardware identification details, condition confirmation, and warranty information before purchasing. LonRise Equipment Co. Ltd. lists this model as new with a one-year warranty and a stated delivery lead time of 2–3 days, subject to order confirmation.