Sir i am using 7.2.4 version fortiget vm on eveng but when i do vlan interface configuration then it is showing error massage my fortiget that u reached your maximum limit 4
"Software switch" and "hardware switch" refer to different types of networking devices or components that serve specific purposes in a computer network. Here's an explanation of each: **Software Switch:** 1. **Definition**: A software switch, also known as a virtual switch, is a software-based component that operates within a computer's operating system or as part of virtualization software. It functions as a network switch entirely in software, without requiring dedicated hardware. 2. **Usage in Virtualization**: In virtualized environments (e.g., VMware, Hyper-V, or KVM), software switches are commonly used to provide network connectivity between virtual machines (VMs) and the physical network. They allow VMs to communicate with each other and with external networks. 3. **Features**: - **VLAN Support**: Software switches often support VLANs, allowing for network segmentation within virtual environments. - **Traffic Filtering**: They can filter and inspect traffic, which is useful for security and monitoring purposes. - **Integration with Hypervisor**: Software switches are tightly integrated with hypervisor software, making it easier to manage networking for virtualized workloads. 4. **Examples**: Examples of software switches include VMware vSwitch, Microsoft Hyper-V Virtual Switch, and Linux's built-in bridges. **Hardware Switch:** 1. **Definition**: A hardware switch, also simply referred to as a switch, is a physical networking device that operates at Layer 2 (Data Link Layer) or Layer 3 (Network Layer) of the OSI model. It's designed for the efficient and high-speed forwarding of data packets within a local area network (LAN). 2. **Usage in Networks**: Hardware switches are used in traditional network infrastructures to connect various devices (e.g., computers, servers, printers) within a LAN. They make forwarding decisions based on MAC addresses, and they are critical for LAN segmentation and interconnectivity. 3. **Features**: - **High Throughput**: Hardware switches offer high throughput and low latency, making them suitable for demanding network environments. - **Port Count**: They come in various sizes, ranging from small desktop switches with a few ports to enterprise-level switches with dozens or hundreds of ports. - **Managed or Unmanaged**: Some switches are unmanaged and operate with default settings, while others are managed, allowing for advanced configuration, VLAN support, and monitoring. 4. **Examples**: Examples of hardware switches include Cisco Catalyst series switches, Juniper EX series switches, HPE Aruba switches, and many others from various manufacturers. In summary, the key distinction between a software switch and a hardware switch is that a software switch operates within a software environment (e.g., virtualization) and is primarily used for virtual networking, whereas a hardware switch is a physical device used for forwarding data within traditional LANs. Both have their specific use cases and advantages, and they may be used together in more complex network architectures.
Very informative video series. Thank you sir.
Thank you so much Sir
Much appreciated
Brillant 🎉
Great video sir, thank you so much for clear and consize explaination. I have a doubt, Aggregating 2 WAN links also provides the redundancy right?
Nice ❤
Hi sir
Very interesting topic & waiting lab on this topic plz upload
Thanks. I’m still confused about the difference between the hardware and software switch. 🤔
Where can we find the lab video for this Day 7
nice
🔥
Where is the lab for the difference between software and hardware switch
Sir i am using 7.2.4 version fortiget vm on eveng but when i do vlan interface configuration then it is showing error massage my fortiget that u reached your maximum limit 4
Please explain the difference between software and hardware switch
"Software switch" and "hardware switch" refer to different types of networking devices or components that serve specific purposes in a computer network. Here's an explanation of each:
**Software Switch:**
1. **Definition**: A software switch, also known as a virtual switch, is a software-based component that operates within a computer's operating system or as part of virtualization software. It functions as a network switch entirely in software, without requiring dedicated hardware.
2. **Usage in Virtualization**: In virtualized environments (e.g., VMware, Hyper-V, or KVM), software switches are commonly used to provide network connectivity between virtual machines (VMs) and the physical network. They allow VMs to communicate with each other and with external networks.
3. **Features**:
- **VLAN Support**: Software switches often support VLANs, allowing for network segmentation within virtual environments.
- **Traffic Filtering**: They can filter and inspect traffic, which is useful for security and monitoring purposes.
- **Integration with Hypervisor**: Software switches are tightly integrated with hypervisor software, making it easier to manage networking for virtualized workloads.
4. **Examples**: Examples of software switches include VMware vSwitch, Microsoft Hyper-V Virtual Switch, and Linux's built-in bridges.
**Hardware Switch:**
1. **Definition**: A hardware switch, also simply referred to as a switch, is a physical networking device that operates at Layer 2 (Data Link Layer) or Layer 3 (Network Layer) of the OSI model. It's designed for the efficient and high-speed forwarding of data packets within a local area network (LAN).
2. **Usage in Networks**: Hardware switches are used in traditional network infrastructures to connect various devices (e.g., computers, servers, printers) within a LAN. They make forwarding decisions based on MAC addresses, and they are critical for LAN segmentation and interconnectivity.
3. **Features**:
- **High Throughput**: Hardware switches offer high throughput and low latency, making them suitable for demanding network environments.
- **Port Count**: They come in various sizes, ranging from small desktop switches with a few ports to enterprise-level switches with dozens or hundreds of ports.
- **Managed or Unmanaged**: Some switches are unmanaged and operate with default settings, while others are managed, allowing for advanced configuration, VLAN support, and monitoring.
4. **Examples**: Examples of hardware switches include Cisco Catalyst series switches, Juniper EX series switches, HPE Aruba switches, and many others from various manufacturers.
In summary, the key distinction between a software switch and a hardware switch is that a software switch operates within a software environment (e.g., virtualization) and is primarily used for virtual networking, whereas a hardware switch is a physical device used for forwarding data within traditional LANs. Both have their specific use cases and advantages, and they may be used together in more complex network architectures.
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Hello why are you stop this playlist ?