Issue link: https://www.e-digitaleditions.com/i/1476549
14 I ICT TODAY MODERNIZE THE WAP'S PHYSICAL INSTALLATION METHODS TO PREPARE FOR THE FUTURE Rethinking the cabling infrastructure has also shifted the industry to consider new and improved methods of installing wireless equipment. As technology evolves, physical installation methods must evolve as well. Tradi- tional methods of WAP deployment have become less desirable and there is now an undeniable need to provide installation alternatives for seamless deployment, adequate functionality, and performance for the FIGURE 6: Example of a 2 x 2 locking ceiling tile mount, offering physical security, performance, and aesthetics. FIGURE 8: Example of a right-angle mount providing horizontal orientation of the WAP. The WAP is partially recessed into the mount, exposing only the antenna face of the WAP, providing for the ideal combination of aesthetics and wireless coverage. Interchangeable trims provide an affordable method for easy migration to new WAPs. FIGURE 7: Example of a 2 x 2 ceiling mount opened, displaying properly stowed cabling and components for quick and easy authorized access without opening up the ceiling space. The quick-release interchangeable door provides a low-cost method of upgrading to future WAPs. adaptability to different networking technologies. Considerations before selecting a WAP's installation method: • Eliminate the need for holes and gaps in the ceiling tiles for cable egress (Figures 6, 7). • Simplify installation while concealing and protecting wireless equipment and cabling components without compromising performance of the wireless network (Figures 6, 7). • Provide full access to wireless equipment and associated cabling and components for maintenance and service- ability without the need to enter the ceiling space (Figures 6, 7). • Ceiling enclosures should provide all the proper performance and safety ratings for the intended purpose (Figures 6, 7). • Consider an installation method with room to stow excess cable service loop and associated components while providing quick and easy access to all components (Figures 6,7). areas in which they serve. Designers, architects, contractors, and building owners are seeking new ways to deploy wireless equip- ment with critical operational support and aesthetics suitable to architecturally sensitive areas. Network planners will, therefore, look for infrastructure options that enable scalability as requirements change and