Oberon® In-Plane™ Recessed Mounts
Browse Oberon In-Plane Recessed Mounts
Key Benefits of In‑Plane™ Recessed Mounts
The Oberon® AP mounts provide a robust platform for mounting wireless access points within Oberon® enclosures, ensuring optimal signal coverage and minimal interference. Their In‑Plane™ recessed design integrates seamlessly into ceiling grids, preserving the aesthetic of high‑density data‑center environments. Engineers appreciate the straightforward installation that reduces labor time and eliminates the need for custom fabrication. In‑Plane™ recessed mounts feature a low‑profile aperture that maintains the structural integrity of the enclosure while delivering precise positioning for Wi‑Fi equipment. The mounting system supports a range of antenna configurations, enabling scalable wireless deployments across multi‑tenant and hyperscale facilities. By using standardized hardware, the solution adheres to industry best practices for safety and performance. Oberon® wireless mounts are engineered to meet rigorous vibration and temperature standards, making them suitable for both indoor and harsh industrial settings. The mounts incorporate corrosion‑resistant finishes that extend service life in humid or chemical‑exposed environments. Their modular construction allows for easy re‑configuration as network topologies evolve. Compliance with UL® and FCC® requirements is built into the design, giving integrators confidence that installations meet regulatory mandates. The mounts also support cable management accessories, reducing clutter and simplifying troubleshooting. This holistic approach helps data‑center operators maintain high uptime and efficient airflow. When paired with CPI's digital design tools, such as the Oberon® Solutions Finder and CPI Product Designer, the AP mounts can be visualized in BIM and CAD models before procurement. This early‑stage planning accelerates project timelines and ensures that the selected Oberon® mount aligns with overall infrastructure strategy. The result is a future‑ready wireless solution that scales with emerging AI and HPC workloads.