Lanberg PPKS-1224-S 1U patch panel

The Lanberg PPKS-1224-S is a 1U blank staggered patch panel designed to accept keystone modules for network and audio-video-data connections. It supports network keystones such as RJ-45, RJ-11 and RJ-12 as well as A/V and data modules like HDMI, USB, F and BNC, providing a flexible mounting solution for rack installations. Constructed from metal and plastic in a grey finish, the panel measures 482.6 mm × 44.5 mm × 100 mm and holds up to 24 ports, making it suitable for orderly cable management in server rooms and data centres.

Advantages

The staggered socket layout simplifies assembly and allows mixing of different keystone types in the same 1U space. Durable metal and plastic construction ensures reliable mounting in standard racks while the compact 1U size saves space. Compatibility with a wide range of keystone modules offers flexibility when planning or expanding cabling infrastructure.

Suitable for

• Rack-mounted network cabinets in server rooms
• Data centres and telecommunications closets
• Mixed signal installations combining Ethernet, voice and A/V ports
• Custom patching panels where varied keystone modules are required

Key specifications

• Model: Lanberg PPKS-1224-S
• Form factor: 1U blank staggered patch panel
• Ports quantity: 24 (for keystone modules)
• Supported keystone types: RJ-45, RJ-11, RJ-12, HDMI, USB, F, BNC, etc.
• Material: metal and plastic
• Colour: Grey
• Dimensions (W×H×D): 482.6 × 44.5 × 100 mm
• Weight: 0.6 kg

How to use

Mount the patch panel into a standard 19" rack occupying 1U of vertical space. Install compatible keystone modules into the staggered cutouts according to their orientation and snap them into place. Route and terminate cabling to the rear of each keystone module following the module manufacturer’s wiring scheme. Label ports as required to maintain an organised patching system.

Recommendations

Use factory‑approved keystone modules and follow rack weight distribution guidelines. Verify module compatibility (keystone format and depth) before installation and plan port assignment to avoid interference between adjacent connectors.