The Best Network Switches in Saudi Arabia

Modn Company offers the best network switches in Saudi Arabia, providing a wide range of advanced network solutions that enhance your network performance and ensure its stability.

With our branches spread across Riyadh, Jeddah, and Khobar, we are committed to delivering the latest technologies and the best switch products that meet your business needs with high efficiency.

Visit our branches or contact us now to learn more and purchase what suits you!

What are Network Switches?

High-quality networking equipment plays a vital role in ensuring the efficient operation of your organization, and network switches are essential components that contribute to improving network performance.

Network switches act as intermediaries that connect different devices, making it easier for them to exchange data. The device receives data packets, processes them, and then directs them precisely to the targeted devices within the network. For example, a switch can connect computers, printers, and servers together, ensuring smooth and efficient data flow for seamless and effective operation.

What Problems Do Network Switches Solve?

Network switches connect users, applications, and equipment across the network, enabling them to communicate and share resources efficiently. Basic switches provide connectivity between devices within a single Local Area Network (LAN), while more advanced switches can link devices across different LANs and offer security functions to protect data.

Advanced switches go beyond simply connecting LAN networks by incorporating features typically found in routers and firewalls, enhancing both network efficiency and security.

• Virtual Networks and Their Role in Performance Improvement

Virtual networks are among the most important features provided by advanced switches, allowing for the separation of groups of network systems based on administrator settings. This technology enables the connection of a large number of systems within one physical network while ensuring secure isolation between them. Types of virtual networks include:

• Virtual Private Networks (VPNs): Used to secure online connections.

• Virtual Local Area Networks (VLANs): Used to separate different departments within a local network.

• EVPN-VXLANs: Widely used in medium and large networks to provide flexible expansion and improved performance.

• Modern Network Architecture and Spine-Leaf Technology

Modern network architecture relies on the Spine-Leaf model, which uses high-speed, high-port-density switches to connect tens of thousands of devices in a single physical network.

• Leaf Switches: Aggregate traffic from servers and connect directly to spine switches.

• Spine Switches: Manage the main data flow between different parts of the network.

How Do Network Switches Work?

Network switches rely on several methods to connect devices, including the following communication mediums:

• Wireless (e.g., Wi-Fi): Uses radio frequencies to transmit data.

• Electrical (e.g., Ethernet RJ-45): Relies on copper cables to transmit electrical signals.

• Optical: Uses fiber-optic cables to transmit data via light.

These mediums transmit data between IT devices by sending a series of binary digits (1s and 0s), which are interpreted by network protocols and converted into data packets. 

1. Data Processing Mechanism within the Network

The process of sending data across the network involves breaking it down into data packets, each of which consists of:

• Packet Header: Contains source and destination information, allowing for accurate packet routing.

• Data Payload: Contains the exchanged information between devices.

Each device in the network has a unique address that is used to direct the packets to it accurately, with switches processing these packets to ensure they reach the intended destination.

2. Packet Routing and Data Flows

Data flows consist of a series of packets exchanged between two or more devices and are considered independent conversations between connected devices. Switches read the addresses in the packet headers and route them to the specified destination based on lookup tables.

3. Role of Lookup Tables (LUTs)

Switches maintain lookup tables (LUTs), which contain a list of available addresses and associated ports. It can use paths if the switch is unsure of the destination address. These routing tables are used to send packets through switches or intermediary routers to their final destination.

Practical Example of How Network Switches Work

When using a smartphone to connect to a home Wi-Fi network to access a webpage, the following steps occur:

1. The phone connects to the wireless access point (AP).

2. The AP uses an integrated Ethernet RJ-45 switch to connect to the router.

3. The router sends the data to the internet via the ISP.

Best Network Switches in Saudi Arabia

Grandstream Network Switches

Grandstream GWN7700P Network Switch

• 5 Gigabit RJ45 Ports

• 4 PoE+ Ports

• Green Technology for Reduced Power Consumption

• LED Indicators

• Quality of Service (QoS) Support

Grandstream GWN7701PA Network Switch

• 8 Gigabit Ethernet Ports

• 8 PoE+ Ports

• Green Technology for Reduced Power Consumption

• LED Indicators

Grandstream GWN7702P Network Switch

• 16 Gigabit Ports

• 8 PoE Ports

• Switching Capacity up to 32Gbps

• Jumbo Frame Support up to 10KB

Grandstream GWN7801P Network Switch

• 8 Gigabit Ethernet Ports and 2 SFP Ports

• Dynamic PoE+/PoE Power Allocation per Port

• Support for IPv6 and IPv4 Networks

• Integrated QoS Technology

Grandstream GWN7802P Network Switch

• 16 Gigabit Ethernet Ports and 4 SFP Ports

• Dynamic PoE+/PoE Power Allocation per Port

• Support for IPv6 and IPv4 Networks

• Integrated QoS Technology

Grandstream GWN7803P Network Switch

• 24 Gigabit Ethernet Ports and 4 SFP Ports

• Dynamic PoE+/PoE Power Allocation per Port

• Support for IPv6 and IPv4 Networks

• Integrated QoS Technology

Grandstream GWN7806P Network Switch

• 48 Gigabit Ethernet Ports and 6 PoE+ SFP Ports

• Dynamic PoE+/PoE Power Allocation per Port

• Support for IPv6 and IPv4 Networks

• Integrated QoS Technology

DrayTek Network Switches

DrayTek VIGORSWITCH-G1080 Network Switch

• 8 Gigabit Ethernet Ports

• 8 VLAN Networks

• Low Power Consumption of 3.3W

• Switching Capacity of 16Gbp

DrayTek VIGORSWITCH-P2100 Network Switch

• 8 +GbE PoE/PoE Ports

• 2 +GbE SFP Ports

• Layer+ 2

• Power Rate of 140W

DrayTek VIGORSWITCH-P2280x Network Switch

• 24 Gigabit PoE+/PoE Ports

• 4 Fiber +SFP Ports at 10G Speed

• L2+ Managed

• Switching Capacity of 128Gbps

• Power Capacity of 400W

DrayTek VIGORSWITCH-PQ2200xb Network Switch

• 16 PoE++/PoE+/PoE Ports at 2.5G Speed

• 4 Fiber Ports

• Advanced L2 Management

• Switching Capacity of 160G

• Power Rate of 400W

DrayTek Vigor2927Lax-5G Network Switch

• 2 WAN Ports at 950 Mbps

• 50 VPN LAN-to-LAN Tunnels

• 25 VPN Tunnels

• 5+1 RJ-45 Gigabit LAN Ports

• Dual-Band Wi-Fi 6 AX3000

Ruijie Network Switches

Reyee RG-ES205GC Network Switch

• 5 Gigabit Ports

• 4 PoE+ Ports

• Power Rate of 54W

• Switching Capacity of 10Gbps

Reyee RG-ES206GC-P Network Switch

• 6 Gigabit Ports, 4 PoE+ Ports

• Switching Capacity of 12Gbps

• Data Transmission Range up to 250 meters

Reyee RG-ES209GC-P Network Switch

• 9 Gigabit Ports

• 8 PoE+ Ports (120W)

• Data Transmission Range up to 250 meters

• Switching Capacity of 18Gbps

Reyee RG-ES210GS-P Network Switch

• 10 Gigabit Ports

• 8 PoE+ Ports

• 1 Combo Port

Reyee RG-ES216GC Network Switch

• 16 Gigabit Ports

• Switching Capacity of 32Gbps

• 16 VLAN Networks

• Layer2

Reyee RG-ES218GC-P Network Switch

• 18 Gigabit Ports (16 PoE+ Ports)

• PoE Power Rate up to 240W

• Switching Capacity of 36Gbps

Reyee RG-ES220GC-P Network Switch

• 20 Gigabit Ports

• 16 PoE+ Ports

• 2 RJ45 Ports

• 2 SFP Ports

Reyee RG-ES226GC-P Network Switch

• 26 Gigabit Ports

• 24 PoE+ Ports

• PoE Power up to 370W

• Switching Capacity of 52Gbps

Reyee RG-ES228GS-P Network Switch

• 28 Gigabit Ports

• 24 PoE+ Ports for Power over Ethernet

• 2 RJ45 Ports

• 2 SFP Ports

Reyee RG-NBS3100-24GT4SFP Network Switch

• 24 Gigabit Ethernet Ports

• 4 SFP Ports

• Layer 2 Managed Switch

• Auto-Detection of IP Cameras

Reyee RG-NBS3100-48GT4SFP-P Network Switch

• 48 Gigabit Ethernet +PoE Ports

• 4 SFP Ports

• +PoE Support at 30W per Port

• Switching Capacity of 104Gbps

FAQs

What are the advantages of deploying network switches?

Network switches enable safe and effective network expansion, thanks to their ability to manage millions of MAC addresses, provide high performance, advanced security, and smart routing capabilities. 

They help connect multiple locations, such as universities and data centers, within a unified network, supporting advanced technologies like EVPN-VXLAN that simplify large network management and enhance integration with routers and firewalls, offering flexibility and operational efficiency.

What are the main functions of network switches?

The main functions of switches can be divided into two areas:

1. Packet Forwarding: They efficiently manage the exchange of data packets between devices connected within the network.

Layer Management: Switches handle Layer 2 management (Ethernet frames) and may even include Layer 3 functions for routing.