Stackable smart Network Management Switch Selection Standard

We all know that the rich and advanced features of the Gigabit stackable smart Network Management Switch bring more robust security, higher QoS and high availability, and bring more convenience to users. Stackable smart network management switches enable small enterprises to have advanced functions available on more expensive and complex fully-managed stack switches, such as trunk channels, VLANs, security, and traffic priorities. They meet the needs of Growth Enterprises for performance improvement, scalability, and ease of management, and are far cheaper and more practical than full-Network Management stack L2 switches.

Stackable smart network management switches avoid the complexity and maintenance requirements of using the independent switch solution to build networks. They also provide many advanced features required by today's enterprise environments. Now, deploying stackable smart network management switches can achieve substantial performance and prepare for the future growth and expansion of the network.
Vswitches required by most small enterprises have the following features:

Security and threat mitigation

Port and tag-based VLAN: create a virtual lan vlan in a single switch) enhances security and traffic control. VLAN makes it easier for network administrators to segment users based on required services and provides enhanced scalability, security, and network management. IEEE801.2x support: After Small Enterprises Grow up, 802.1x support becomes more and more important because it can protect network resources and ensure data privacy. Access Control List (ACL): ACL filtering allows or denies access based on the MAC address. The ACL can be configured in both the outbound and inbound directions, providing enhanced security and reducing network risks.

High Availability and elasticity

Trunk/link aggregation: creates an aggregation bandwidth channel to enable high-demand servers to obtain higher bandwidth and avoid network congestion during peak network usage. Trunk technology provides better scalability and ensures higher available bandwidth for high-demand servers in the network.

Elasticity: elasticity is inherent in the stack architecture. If a two-way cable is disconnected, the switch automatically uses the second cable to transmit information. This is equivalent to 1: N redundancy on the primary switch.

Hot exchange: Check whether the switch is hot. The administrator can remove an invalid switch without shutting down the network, and replace it with a new switch. The configuration will be automatically set in the stack group. Low-latency high-speed network: Find a solution where all ports can automatically adapt to the highest-speed connection. This capability allows the switch to work perfectly in environments that mix common Ethernet, fast Ethernet, or Gigabit Ethernet devices.

Management

IP address management: stacks allow multiple switches to be managed through a single IP address, just like a switch. This simplifies the management process and reduces the complexity of maintenance.

SNMPv1, v2c, and v3 support: By using SNMP and available network management software, administrators can manage and monitor any devices in the network that support SNMP, including servers, routers, and wireless access points.

Web-based configuration: Administrators can configure and manage stack groups through browsers. This simplifies management and allows remote management of branches.

Service quality

L2 traffic priority: the priority queue uses the Diffserv Code Point DSCP) to ensure that voice traffic can use the highest priority even in the case of high network traffic bursts.

802.1p service type CoS): the Administrator must be able to classify traffic so that appropriate bandwidth can be allocated to ensure smooth transmission. This is crucial for applications that continuously transmit information flows, such as VoIP.

Port-based input/output speed limit: the Administrator should be able to limit the rate of incoming or outgoing port traffic and manage how much traffic enters or outputs the switch. This function is very important to ensure the use of the overall bandwidth of the switch.

Storm Control: the switch should be able to provide Storm Control for broadcast, multicast, and unknown unicast packets to ensure that the traffic in the switch will not experience flooding. Remember this information when you are looking for a switch solution for your enterprise growth that needs to adjust your network needs.

NETGEARProSafe smart Network Management Switch with 1-gigabit and 10-Gigabit stackable features

The NETGEARProSafe stackable smart network management switch ensures the performance and scalability of enterprises of 20 to 250 people, this gives them effective support for increasing traffic demands after they have added voice and data services. They implement unified management of all switches in the stack Group through a single IP address. These easy-to-use features provide a way for small enterprises. They both offer a variety of advanced management features and avoid the complicated and expensive all-Intelligent Network Management Switch solution that is more suitable for large enterprises.

With 48 10/100 M ports, 24 of which can be used in the PoE (FS700TS family), the high performance and scalability of FS700TS comes from a 4 Gbps, dual-ring, and elastic redundant stack architecture, GS700TS has a 10 Gbps, dual-ring, and elastic stack system to adapt to the growth of enterprises and provide the highest level of elasticity. The administrator can stack six units using 288 10/100/M ports on a Gigabit Switch) and manage them using a single IP address. Advanced features of ProSafe Gigabit stackable smart Network Management Switch bring more robust security, higher QoS and high availability: Access Control List ACL), 802.1x port authentication, enhanced QoS, speed limit and IGMP listening.

The FS752TPS with PoE function can be used to power devices such as VoIP phones, wireless access points, and IP security cameras. The non-blocking design of all ProSafe switches provides concurrent, full-line speed, and low-latency throughput for all ports. It can be directly used after unpacking, which is very easy to install, stack, and use.