The S5735-S48S4XE-V2 is an advanced enterprise-grade switch designed for high-performance campus networks, delivering enhanced forwarding capabilities, flexible uplink options, and robust security features. Built to support digital transformation in organizations, it provides scalable connectivity for enterprises, education networks, and service providers requiring reliable and efficient data exchange.

Vista general of S5735-S48S4XE-V2

The S5735-S48S4XE-V2 belongs to a next-generation Ethernet switching portfolio that focuses on stability, flexibility, and high bandwidth performance. It is engineered to handle large-scale access aggregation while maintaining low latency and high reliability. With strong hardware design and intelligent traffic management, it supports evolving network demands in modern IT environments.

This model is widely used in campus aggregation layers where multiple access switches converge. Its architecture ensures seamless communication between endpoints, cloud services, and data centers, making it a crucial component of enterprise digital infrastructure.

Key Features of S5735-S48S4XE-V2

The S5735-S48S4XE-V2 delivers a combination of hardware strength and intelligent software capabilities designed for enterprise networking environments.

▪ High-density Ethernet ports supporting large-scale access aggregation
▪ Flexible uplink interfaces enabling high-speed backbone connectivity
▪ Advanced Layer 2 and Layer 3 switching capabilities
▪ Intelligent traffic scheduling for optimized bandwidth utilization
▪ Enhanced security policies for enterprise data protection
▪ Energy-efficient design for reduced operational cost
▪ Support for cloud-based network management systems

Especificaciones técnicas of S5735-S48S4XE-V2

The technical foundation of the S5735-S48S4XE-V2 ensures stable, high-capacity performance for demanding enterprise environments.

▪ Los puertos:  48 x Gigabit Ethernet downlink ports and 4 x 10GE SFP+ uplink ports
▪ Switching Capacity:  High backplane capacity designed for non-blocking performance
▪ Forwarding Rate:  Multi-million packets per second forwarding capability
▪ Uplink Interfaces:  10GE optical ports supporting high-speed backbone integration
▪ Power Supply:  rojoundant power support for high availability scenarios
▪ Cooling System:  Intelligent fan system for adaptive thermal control
▪ MAC Address Table:  Large-scale MAC learning for enterprise deployments
▪ VLAN Support:  Extensive VLAN segmentation for network isolation

Hardware Architecture of S5735-S48S4XE-V2

The hardware architecture of the S5735-S48S4XE-V2 is optimized for reliability and scalability. It integrates high-performance forwarding chips that ensure efficient packet processing even under heavy traffic loads.

The internal design includes modular airflow channels and redundant components, reducing the risk of downtime in mission-critical environments. This architecture allows the switch to maintain stable performance even in high-density deployment scenarios.

Forwarding Engine Design

The forwarding engine is built to handle high-speed data transmission with minimal latency. It ensures that packets are processed efficiently across all ports, making it suitable for latency-sensitive applications such as video conferencing and cloud computing.

Thermal and Power Efficiency

The device incorporates smart cooling and energy-efficient power modules. These features dynamically adjust power consumption based on workload, ensuring optimal performance while reducing energy costs.

puerto Configuration and Switching Capabilities

The S5735-S48S4XE-V2 provides a high-density port configuration designed for aggregation and enterprise backbone roles. Its combination of copper and fiber interfaces enables flexible deployment in different network topologies.

It supports advanced switching mechanisms such as MAC-based forwarding, VLAN segmentation, and traffic prioritization, ensuring efficient utilization of network resources.

Layer 2 Switching Functions

The Layer 2 capabilities include MAC address learning, spanning tree protocols, and VLAN trunking. These features ensure loop-free and stable network communication across large campus environments.

Layer 3 Routing Support

The switch also supports basic Layer 3 routing functions, enabling inter-VLAN routing and improved network segmentation. This reduces dependency on external routing devices and simplifies network architecture.

Performance and Throughput Efficiency

The S5735-S48S4XE-V2 is built for high throughput environments, ensuring consistent performance under heavy workloads. It can handle simultaneous traffic flows without packet loss, making it ideal for enterprise-level applications.

Its high forwarding rate ensures smooth data transmission across large networks, while intelligent load balancing optimizes traffic distribution.

Security Features of S5735-S48S4XE-V2

Security is a core component of the S5735-S48S4XE-V2 design. It integrates multiple layers of protection to safeguard enterprise networks from unauthorized access and attacks.

▪ Access control lists (ACLs) for traffic filtering
▪ DHCP snooping to prevent rogue server attacks
▪ ARP inspection for spoofing prevention
▪ Port security to restrict unauthorized device access
▪ Network isolation through VLAN segmentation

Network Management and Monitoring

The S5735-S48S4XE-V2 supports centralized and cloud-based network management, allowing administrators to monitor performance and configure devices remotely. This reduces operational complexity and improves troubleshooting efficiency.

It also provides real-time diagnostics and performance analytics, helping IT teams proactively identify and resolve network issues before they impact users.

Cloud-Based Management Integration

Cloud integration enables remote configuration, firmware updates, and network optimization. This is especially beneficial for distributed enterprise environments with multiple branch locations.

Real-Time Monitoring Tools

The switch includes monitoring tools that provide visibility into bandwidth usage, error rates, and device health. These insights help maintain optimal network performance.

Deployment Scenarios for S5735-S48S4XE-V2

The S5735-S48S4XE-V2 is versatile and can be deployed in various enterprise scenarios. It is commonly used in campus aggregation layers, enterprise backbones, and data center access networks.

Its scalability makes it suitable for both medium and large organizations that require stable and high-speed connectivity across multiple departments or buildings.

Enterprise Campus Use Cases

In campus environments, the switch acts as a central aggregation device, connecting multiple access switches and routing traffic efficiently between users, servers, and external networks.

It supports high-bandwidth applications such as video streaming, VoIP communication, and cloud-based learning systems in educational institutions.

Advantages of S5735-S48S4XE-V2

The S5735-S48S4XE-V2 offers several advantages that make it a strong choice for enterprise networking infrastructure.

▪ High scalability for growing network demands
▪ Reliable performance under heavy traffic conditions
▪ Strong security mechanisms for data protection
▪ Energy-efficient operation for reduced costs
▪ Flexible deployment in multiple network layers

Positioning and Competitive Value

The S5735-S48S4XE-V2 is positioned as a mid-to-high-end enterprise switch designed for aggregation and core access roles. It bridges the gap between access-layer simplicity and core-layer performance, offering a balanced solution for enterprise networks.

Compared to entry-level switches, it provides significantly higher throughput, better redundancy options, and more advanced security features, making it suitable for mission-critical environments.

Maintenance and Reliability

The switch is designed with long-term reliability in mind. Its redundant components and intelligent diagnostics reduce downtime and maintenance costs.

Routine maintenance is simplified through centralized management tools, allowing IT teams to perform updates and monitoring without disrupting network operations.

Conclusion on S5735-S48S4XE-V2

The S5735-S48S4XE-V2 is a powerful enterprise switch that delivers a combination of high performance, scalability, and security. Its robust hardware design and intelligent software features make it ideal for modern campus and enterprise networks.

With advanced switching capabilities, flexible deployment options, and strong network management support, it stands as a reliable solution for organizations aiming to build efficient and future-ready network infrastructures.

Huawei S5735 Series Switches

Huawei All Series Switches New and Used

For Huawei product list and quote, please visit: https://www.hi-network.com/categories/huawei or contact us at www.hi-network.com  (Email: info@hi-network.com (en inglés))

S5735-S48S4XE-V2 (98012232)

Overview

Table 4-688 Basic information about the S5735-S48S4XE-V2

El artículo	detalles
descripción	S5735-S48S4XE-V2 (48*GE SFP ports, 4*10GE SFP+ ports, 2*12GE stack ports, without power module)
Número de pieza	98012232
modelo	S5735-S48S4XE-V2
Primera versión compatible	V600R023C00
observaciones	When 25 or more GE optical modules with a transmission distance of 40 km or longer are installed on 1000BASE-X optical ports, power modules with at least 180 W power are required. Copper modules can be installed on a maximum of 24 1000BASE-X optical ports.

Componentes componentes

Figure 4-221 S5735-S48S4XE-V2 appearance

1	Cuarenta y ocho 100/1000BASE-X ports	2	Cuatro puertos 10GE SFP+
3	Dos puertos de pila	4	Un puerto de consola
5	Un puerto USB	6	Una ti ti gestión puerto
7	Un botón de un PNP NOTICE: To restore the factory settings and reset the switch, hold down the button for at least 6 seconds. To reset the switch, press the button. Resetting the switch will cause service interruption. Exercise caution when you press the PNP button.	8	Tornillo de tierra Nota: It is used with a ground cable.
9	1 Nota: Applicable power modules: PAC80S12-CN PAC180S12-CN PAC600S12-PB PDC240S12-CN (available since V600R024C00 version) PDC1K2S12-CE When 1000BASE-X Ethernet optical ports use 25 or more GE optical modules with a distance of 40 km or longer, a power module with a minimum power of 180 W is required.	10	Ranura para módulo de potencia 2 Nota: Applicable power modules: PAC80S12-CN PAC180S12-CN PAC600S12-PB PDC240S12-CN (available since V600R024C00 version) PDC1K2S12-CE When 1000BASE-X Ethernet optical ports use 25 or more GE optical modules with a distance of 40 km or longer, a power module with a minimum power of 180 W is required.

Ports

Table 4-689 Ports on the S5735-S48S4XE-V2

Port	Tipo de conector	descripción	Available Components
100/1000BASE-X port	SFP	A 100/1000BASE-X port can send and receive data at 100/1000 Mbit/s.	FE SFP/eSFP optical modules GE eSFP optical modules GE-CWDM eSFP optical modules GE-DWDM eSFP optical modules GE SFP copper modules
10GE SFP+ optical port	SFP+	A 10GE SFP+ Ethernet optical port supports auto-sensing to 1000 Mbit/s. It sends and receives service data at 1000 Mbit/s or 10 Gbit/s.	GE eSFP optical modules GE-CWDM eSFP optical modules GE-DWDM eSFP optical modules GE SFP copper modules 10GE SFP+ optical modules 10GE-CWDM SFP+ optical modules 10GE-DWDM SFP+ optical modules 10GE SFP+ copper modules (V600R024C00 and later versions) PEN remote optical modules (V600R024C00 and later versions) 1 m, 2 m, and 3 m SFP+ high-speed copper cables 10 m SFP+ AOC cables 0.5 m and 1.5 m SFP+ dedicated stack cables (only for zero-configuration stacking) 3 m SFP+ dedicated stack cable (V600R025C10 and later versions, only for zero-configuration stacking)
Puerto de pila	SFP+	A stack port connects multiple switches through stack cables and virtualize them into one switch logically. It is used only in stacking scenarios and does not need to be configured. In a stack, the working rate of a single port is increased to 12 Gbit/s by default when using the 0.5 m or 1.5 m SFP+ dedicated stack cables, and the working rate of a single port is 10 Gbit/s when using the 3 m SFP+ dedicated stack cables.	1 m SFP+ high-speed copper cables 0.5 m and 1.5 m SFP+ dedicated stack cables 3 m SFP+ dedicated stack cable (V600R025C10 and later versions)
Puerto de consola	RJ45	The console port is connected to a console for on-site configuration.	Console cable
Gestión del puerto	RJ45	You can connect a switch to a configuration terminal or network management workstation through the ETH management port to configure the switch locally or remotely.	Ethernet cable
Puerto USB	USB 2.0 Type A	The USB port can have a Unidad flash USB connected to upgrade the switch, or transfer configuration files or other files. The USB port can only connect to a USB flash drive that complies with USB 2.0. USB flash drives from different vendors differ in model compatibility and drivers. If a USB flash drive cannot be used, try to replace it with another one from a mainstream vendor.	USB flash drive

indicadors and Buttons

Figure 4-222 Indicators on the Switch

Table 4-690 descripción of indicators on the switch

No.	Indicator	nombre	Color Color Color	Estado de la situación	descripción
1	PWR	Indicador del módulo de potencia	-	fuera	El interruptor está apagado.
			verde	Firme sobre	La fuente de alimentación es normal.
			amarillo	Firme sobre	El conmutador tiene múltiples módulos de alimentación instalados. Cualquiera de las siguientes situaciones ocurre en una ranura de módulo de potencia: Un módulo de alimentación está disponible en esta ranura, pero no está conectado A una fuente de alimentación. El módulo de alimentación en esta ranura ha fallado.
2	SYS	Indicador de estado del sistema	-	fuera	El sistema no está funcionando.
			verde	Parpadeo rápido	El sistema está arrancando.
			verde	Firme sobre	Durante la fase de preparación de la puesta en marcha del sistema, el indicador SYS es de color verde constante, que dura un máximo de 30 segundos.
			verde	Parintermitente lento	El sistema está funcionando normalmente.
			rojo	Firme sobre	The system does not work normally after registration, or alarms such as fan module, power module, optical module, or temperature alarms are generated.
3	El MST	Indicador de pila	-	fuera	El interruptor no es el interruptor maestro en una pila.
			verde	parintermitente	El interruptor es el interruptor maestro en una pila o un interruptor independiente.
4	ID	Indicador de identificación	-	fuera	El indicador ID no se utiliza (estado por defecto).
			Azul azul	Firme sobre	El indicador identifica el interruptor a mantener. El indicador de identificación puede ser encendido o apagado remotamente para ayudar a los ingenieros de campo a encontrar el interruptor a mantener.
5	-	Indicador del puerto de servicio (dos indicadores para cada puerto) Nota: Cada puerto óptico tiene dos indicadores de un solo color. El de la izquierda es el indicador ACT (amarillo), yel de la derecha es el indicador LINK (verde). Las puntas de flecha muestran las posiciones de los puertos. Una punta de flecha hacia abajo indica un puerto en la parte inferior, y una punta de flecha hacia arriba indica un puerto en la parte superior.			Meanings of service port indicators vary in different modes. For details, see Table 4-691. Nota: Si se produce un fallo de alimentación en un device's PCB placa, indicadores de los últimos cuatro GE, 10GE, o 25GE puertos ópticos en el device&#El panel frontal de 39;s parpadeaba verde cíclica en un intervalo de 1 segundo, con cada indicador iluminando durante 0,25 segundos.
6	L/A	El indicador del puerto	-	fuera	El puerto ETH no está conectado.
			verde	Firme sobre	El puerto ETH está conectado.
			verde	parintermitente	El puerto ETH está enviando o recibiendo datos.
7	USB	USB-based deployment indicator (en inglés)	-	fuera	No hay unidad flash USB instalada, o el indicador falla.
			verde	Firme sobre	El despliegue basado en USB tiene éxito. Si no hay un archivo de configuración de deployment, el deployment se realizará repetidamente. En este caso, el indicador también es verde constante.
			verde	parintermitente	El despliegue basado en USB está en progreso.
			Red	Firme sobre	Falla el despliegue basado en USB.

Table 4-691 Description of service port indicators in different modes (two indicators for each port)

Display Mode	Color	Estado de la situación	Description
Default mode (LINK indicator)	-	fuera	El puerto no está conectado o ha sido apagado.
	verde	Firme sobre	Se ha establecido un enlace en el puerto.
Default mode (ACT indicator)	-	fuera	The port is not connected or has been shut down, or no data is transmitted or received.
	amarillo	parintermitente	El puerto está enviando o recibiendo datos.
Speed mode (LINK indicator) Nota: In V600R023C00 and later versions, the service port indicators can be set to the speed mode through the set device led mode speed diagnostic command. The default mode is automatically restored after 45s.	-	fuera	El puerto no está conectado o ha sido apagado.
	verde	Firme sobre	1GE/10GE SFP+ port: The port is operating at 1 Gbit/s. 100/1000BASE-X port: The port is operating at 100 Mbit/s.
	verde	parintermitente	1GE/10GE SFP+ port: The port is operating at 10 Gbit/s. 100/1000BASE-X port: The port is operating at 1000 Mbit/s.

Power Supply System

The switch can use a single power module or two power modules for 1+1 power redundancy. The power modules with fans and power modules without fans cannot be installed on the same switch.

Heat Dissipation System

The switch has two built-in fans for forced air cooling. Air flows in from the left, right, and front sides, and exhausts from the rear panel.

This figure only shows the airflow direction and does not depict the actual device.

Technical especificacións

Table 4-692 Technical specifications of the S5735-S48S4XE-V2

El artículo	Specification
Dimensiones sin embalaje (H x W x D) [mm(in.)]	Dimensiones básicas (excluyendo las partes que sobresalen del cuerpo): 43.6 mm x 442.0 mm x 420.0 mm (1.72 in. X 17.40 in. X 16.54 in.) Dimensiones máximas (la profundidad es la distancia desde los puertos en el panel frontal a las partes que sobresalen del panel trasero): 43.6 mm x 442.0 mm x 446.0 mm (1.72 in. X 17.40 in. X 17.56 in.)
Dimensiones con embalaje (H x W x D) [mm(in.)]	185.0 mm x 650.0 mm x 550.0 mm (7.28 in. x 25.59 in. x 21.65 in.)
Altura del chasis [U]	1
Chassis material	Metal
Peso sin embalaje [kg(lb)]	5.2 kg (11.46 lb)
Peso con embalaje [kg(lb)]	7.1 kg (15.65 lb)
Consumo típico de energía [W]	72,3 W
Disipación típica de calor [BTU/ hora]	246.69 BTU/ hora
Consumo máximo de energía [W]	96,40 W (con dos módulos de potencia de 80 W AC) 104,70 W (con dos módulos de potencia de 180 W ca) 130,05 W (con dos módulos de potencia DC de 1200 W)
Máxima disipación de calor [BTU/ hora]	328.93 (con dos módulos de potencia de 80 W AC) 357.25 (con dos módulos de potencia de 180 W AC) 443.74 (con dos módulos de potencia de 1200 W DC)
Consumo de energía estática [W]	31,5 W
MTBF [años]	78.95 años
disponibilidad	> 0.99999
Ruido A temperatura normal (potencia acústica) [dB(A)]	43,8 dB(A)
Ruido A temperatura normal (presión acústica) [dB(A)]	31,80 dB(A)
Número de ranuras de tarjetas	0
Número de ranuras de corriente	2
Número de módulos de ventil	2
Fuente de alimentación redund	1+1 Los módulos de potencia sin ventiladores y los módulos de potencia con ventilno se pueden instalar en el mismo chasis.
Temperatura de funcionamiento a largo plazo [°C(°F)]	-5°C a +50°C (23°F a 122°F) a una altitud de 0-1800 m (0-5905.44 pies).
Restricción de la tasa de variación de la temperatura de funcionamiento [− C(− F)]	Cuando la altitud es de 1800-5000 m (5906-16404 pies), la temperatura de operación más alta se reduce en 1°C (1,8 °F) cada vez que la altitud aumenta en 220 m (722 pies). Los dispositivos no pueden arrancar cuando la temperatura es inferior a 0°C (32°F).
Temperatura de almacenamiento [°C(°F)]	-40 °C a +70°C (-40 °F a +158°F)
Humedad relativa operativa a largo plazo [hr]	5% de hr a 95% de hr, sin condensación
Altitud operativa a largo plazo [m(ft.)]	0-5000 m (0-16404 pies)
Altitud de almacenamiento [m(ft.)]	0-5000 m (0-16404 pies)
Modo de alimentación	Fuente de alimentación enchufable
Tensión nominal de entrada [V]	Entrada AC: 100 V AC a 240 V AC; 50/60 Hz Entrada DC de alta tensión: 240 V DC Entrada DC: -48 V DC to -60 V DC
Rango de tensión de entrada [V]	Entrada AC: 90 V AC a 290 V AC; 45-65 Hz Entrada DC de alta tensión: 190 V DC a 290 V DC Entrada DC: -38.4 V DC to -72 V DC
Corriente máxima de entrada [A]	Las especificaciones actuales están relacionadas con el módulo de alimentación enchufable. Para más detalles, consulte módulos de alimentación enchufables.
memoria	2 GB
Memoria Flash	Espacio físico: 1 GB
Puerto de consola	RJ45
Gestión del puerto	RJ45
USB	apoyado
RTC	No soport
Entrada RPS	No soport
Protección contra aumento de tensión de la fuente de alimentación [kV]	Configurado con módulos de alimentación de ca: − 6 kV en modo diferencial y − 6 kV en modo común Configurado con módulos de alimentación DC: − 2 kV en modo diferencial y − 4 kV en modo común
Nivel de protección contra la entrada (resistente al polvo/al agua)	IP20
Tipos de ventiladores	Incorporado en el
Modo de disipación del calor	Refrigeración por aire para disipación de calor, ajuste inteligente de la velocidad del ventilador
Dirección del flujo de aire	Toma de aire desde la izquierda, frontal y derecha y escape de aire desde la parte trasera
PoE	No soport
certificación	Certificación EMC Certificación de seguridad Certificación de fabricación