This 24-Port Angled Keystone Patch Panel is designed to provide a clean and organized solution for network cabling. With its angled design, it optimizes space while allowing easy access and management of cables.
The panel features a shielded construction that enhances performance and minimizes interference, making it suitable for high-speed applications.
The TRENDNET TC-KP24SA is a 24-port blank angled keystone patch panel designed for structured cabling systems in business environments. This unit provides a centralized, organized solution for network cable termination, accommodating 24 keystone jacks (not included). Its angled design is engineered to optimize rack space and facilitate easier access and management of connected cables, reducing strain and improving airflow within a rack. The panel features shielded construction, which contributes to enhanced network performance by minimizing electromagnetic interference, making it suitable for high-speed data applications where signal integrity is critical. This 1U panel is compatible with standard 19-inch rack installations, offering a practical component for IT infrastructure build-outs and upgrades.
This is a blank keystone patch panel, meaning it is designed to accept standard keystone jacks. The specific type of keystone jack (e.g., Cat5e, Cat6, Cat6a, fiber optic) would need to be purchased separately based on your network requirements.
The angled design of this patch panel optimizes space within a rack. It also allows for easier access and management of cables, which can reduce cable strain and improve overall organization within a structured cabling system.
Yes, the patch panel features shielded construction. This shielding is designed to enhance performance and minimize interference, making it suitable for environments requiring high-speed data transmission and signal integrity.
This patch panel is a 1U size. This means it is designed to fit standard 19-inch racks, occupying one rack unit of vertical space.
TC-KP24SA - Trendnet 24-PORT BLANK ANGLED KEYSTONE