What if an appliance fails to work? If there is any hurdle or network interruption, you will get many problems under the given circumstances. Network failure can be problematic when you need to operate the devices with a smooth experience. Still, we handle many aspects with significant effects.
When inline security tools stopped working for the first time, my question was, how can I overcome this issue? Is there anything that can effectively resolve the issue at the given time? Yes, we have the network bypass switches, which can effectively figure out this problem.
In this guide, we will explore the network bypass switches.
Suggested Reading: What are Industrial PoE switches?
What is a network bypass switch?
A network bypass switch, also called bypass tap, procures the failover capabilities that conserve the connection when a security device fails to perform. It maintains the connection by judging the abilities of the security devices and reroutes the traffic to prevent any stoppage. Therefore, we call it a bypass tap.
A bypass tap is an active tap that connects the inline devices available for specific purposes such as security and monitoring.
Even a signal interruption for a single second could stop the network flow and decrease the network performance. Therefore, we consider the network bypass switches, which remove the hindrances in the network and stave off the potential reduction in network performance.
A bypass switch or tap switch lets the traffic flow when the other devices undergo maintenance. Let me help you understand this scenario by an example.
For instance, suppose you have a network connected with devices since you need to check out the potential threats in the network. For this reason, you don’t want to create a single point of failure and interrupt the network. The network bypass switch will reroute the traffic and help you maintain the network flow without creating single points of failure.
How does a network bypass switch work?
A network bypass switch has two wires connected to the network and device simultaneously.
Here is how exactly you can understand the working mechanism of the network bypass switch.
- The bypass tap connects in line with the network and devices.
- A link between the security appliance and the bypass tap is essential.
- You can remove the inline security device without any problem because the switch is in line with the network and helps bypass the network without breaking the line.
That’s how you can maintain the network performance without creating a single point of failure for inline security systems.
Two Types of Bypass switches
A bypass switch has two fundamental types. These are as:
Internal Bypass switch
An internal bypass switch is nothing special but a built-in version. By that means, a network security appliance has bypass switch features. It fulfills the criteria for bypassing and saves the expenses on your switch.
An internal bypass switch can be a problem when you need the appliance removed from the network that will break the network link. Since you have to maintain the network link for smooth flow, an Internal bypass switch would be ineffective.
External Bypass switch
These bypass switches are separate and don’t come in the security appliances. However, they have the same features for bypassing the network. You can purchase them from the suppliers.
External bypass switches are a good option when you need to maintain extra security and protect the network even if a security appliance loses power experiences.
3 Advantages of using an external bypass switch in the network
An external bypass switch can fulfill all the conditions for bypassing a network. It can optimize the network performance, maintain the network flow, and help you keep the devices out of the network for an upgrade.
I have listed three potential benefits of using a network bypass switch for your networking.
It maintains the network flow.
Network flow is quite crucial. If you remove a device from the Ethernet network, it will simply break the line. All your devices will go offline since you have broken the link that completes the circuit.
This scenario is still acceptable when you have a network at home with one to two devices connected. For more extensive networks with multiple layers at the data centers, you have:
- The core layer contains various layer 3 switches
- Distribution layer that acts as a relay center
- Access layer for connecting the device
In such a network, breaking the flow will shut down the whole system without any compromise. Don’t you want that? Purchase bypass switches to prevent interruptions.
Upgrading the appliances becomes easier.
Upgradation and testing of the devices to detect potential threats is a common phenomenon. Even in some cases, the device’s health is not up to mark. Therefore, you have to remove such a device from the network.
Since you will remove the device, the network flow will break. A bypass switch will allow the devices such as IPS to get out of the network without breaking the line. Overall, you will upgrade the network without any problem.
Network performance remains optimal.
Network performance relies on the health of the devices and security. If these are optimum, the network performance is optimal. So, when you have to build the network and let it work for extended periods, you must maintain the network performance by monitoring the devices and maintaining the network flow.
Bypass switches also handle this issue by preventing any downgrade of performance.
Bypass switches are crucial tools for the network. When you need to undergo a network upgrade or want to remove a device physically, it is time to buy a bypass switch and overcome potential issues due to device failures.
However, you might need to purchase the Ethernet devices and PoE tools to build a relationship between the devices. Is that true? If it is the case, HoweVision Professional Experts are always there to help you choose the best variety of products.
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