Which of the following is NOT a characteristic of VLAN technology?

VLAN (Virtual Local Area Network) technology is primarily focused on creating logically separate networks within the same physical network infrastructure. The ability to segment networks based on logical policies is a fundamental characteristic of VLANs, allowing for improved organization and management of network traffic. This logical segmentation contributes to the creation of separate broadcast domains, meaning that devices on different VLANs do not receive broadcast traffic from one another, leading to enhanced performance by reducing unnecessary traffic.

One of the significant advantages of VLANs is their ability to improve overall network performance by reducing congestion on broadcast domains and allowing for better bandwidth utilization. By organizing devices into VLANs based on functionality, department, or user groups, network administrators can tailor traffic management strategies to suit specific needs.

The characteristic that VLAN technology does not depend on is the arrangement of physical cables. VLANs operate at the data link layer (Layer 2) and can be set up independently of the physical topology of the network. This flexibility means that devices can be logically grouped together even if they are not physically located on the same switch or segment of the network. Thus, while physical arrangements may affect how devices are connected, VLANs themselves are designed to be agnostic of these physical connections, allowing for greater versatility and efficiency in network design