110AWI-100 Rackmount Telecom Punchdown Board 110AWI to RJ25 96-Port Patch Panel

110AWI-100 Rackmount Telecom Punchdown Board 110AWI to RJ25 96-Port Patch Panel

This is a rackmount 110-type punchdown to RJ25 patch panel with 96 individually numbered modular ports. The panel converts 110AWI-style punchdown terminations on the rear to RJ25 (6P6C) modular jacks on the front, organized in groups of four across the face of a standard rackmount frame. All 96 ports are numbered sequentially and clearly labeled for straightforward cable management and circuit identification.

Specifications & What's Included

• Model: 110AWI-100
• Type: Rackmount telecom punchdown patch panel
• Total Ports: 96 RJ25 (6P6C) modular jacks
• Port Numbering: Ports numbered 1–96, individually labeled
• Front Interface: RJ25 modular jacks, grouped in 4-port modules
• Rear Interface: 110AWI-type IDC punchdown blocks, pre-wired with color-coded telephone wiring
• Punchdown Block Markings: 110AWI-100 (legible on block label)
• Form Factor: Rackmount (standard rack ears integrated into metal frame)
• Configuration: 110 punchdown rear → RJ25 modular front, fully pre-wired

Applications

110-type punchdown patch panels like this one are a standard building block in telephone distribution and PBX infrastructure. The 110 wiring system, developed by AT&T/Western Electric, has been widely used since the 1970s for cross-connecting telephone circuits in commercial buildings, data centers, and central offices. In a typical installation, this panel mounts in a telecom rack or wiring cabinet; incoming pairs are punched down on the rear 110 blocks, and desk phones, PBX extensions, or other voice equipment connect via RJ25 patch cords on the front. The RJ25 (6-position, 6-conductor) jack format supports multi-line telephone sets and is common in legacy PBX environments where two or three telephone lines share a single modular connection. Panels of this type remain in active use in facilities running legacy key telephone systems, traditional PBX platforms, and older enterprise voice infrastructure — and are also commonly sourced as replacement or expansion hardware for existing 110-wired telecom rooms.