Increased Reliability
A problem inherent to wired networks is downtime due to cable faults. In fact, a cable fault is often the primary cause of system downtime. Moisture erodes metallic conductors via water intrusion during storms and accidental spillage or leakage of liquids. With wired networks, a user might accidentally break his network connector when trying to disconnect his PC from the network to move it to a different location. Imperfect cable splices can cause signal reflections that result in unexplainable errors. The accidental cutting of cables can bring down a network immediately. Wires and connectors can easily break through misuse and normal use. These problems interfere with users' ability to use network resources, causing havoc for network managers. An advantage of wireless networking, therefore, results from the use of less cable. This reduces the downtime of the network and the costs associated with replacing cables.
In this tutorial:
- Wireless Networks
- Mobility
- Installation in Difficult-to-Wire Areas
- Increased Reliability
- Reduced Installation Time
- Wireless LAN Applications
- Home and Small Office
- General Enterprise Systems
- Wireless Services
- Wireless LAN Technologies
- IEEE 802.11
- HiperLAN
- HomeRF SWAP
- Bluetooth
- Wireless LAN Implications
- Multipath Propagation
- Path Loss
- Radio Signal Interference
- Inward Interference
- Outward Interference
- Techniques for Reducing Interference
- Potential Frequency Interference Between 802.11 and Bluetooth
- Limited Battery Longevity
- System Interoperability
- Network Security
- Security Threats
- Security Safeguards
- Application Connectivity Problems
- Installation Issues
- Health Risks
- Wireless LANs: A Historical Perspective