Cable & Wire | High quality and excellent service at reasonable prices.
info@zion-communication.com

News Details

HOME » News / Blog » Copper Communication » What Are Wall Plates? A Complete Guide to Structured Cabling Termination Solutions

What Are Wall Plates? A Complete Guide to Structured Cabling Termination Solutions

Author: Will     Publish Time: 29-07-2025      Origin: Site

 Wall Plates: Essential Components in Structured Cabling Systems

Deciding on wall plates seems easy, but a structured cabling system is not complete without one of its most visible and important components - the wall plate itself, also known as a workstation or station outlet. As the part physically, electrically connects a network device with the cabling infrastructure, they are important factors to consider when cabling either residential or commercial buildings.



 What is a Wall Plate?

A wall plate usually consists of a flat plastic or metal panel that is attached to the wall, floor, ceiling, or cubicle panel. These panels possess one, two, or more jacks through which data, voice, and video devices can get connected. Wall plates come in a wide array of styles, brands, types, and colors to meet aesthetic or organizational needs.

Wall Plate



 Key Design and Installation Considerations

For the design and installation of wall plates, you will need to factor in several things. These include:

  • Manufacturer System Compatibility: Wall plates and jacks usually act as a total system. If you mix brands, you risk bringing incompatibility problems. With a standard system, you get installation convenience and uniformity.

  • Wall Plate Location: ANSI/TIA framing standards allow patch cable to have a maximum length of 5 meters (which is ANSI/TIA-568-C.1 for commercial and ANSI/TIA-570-C for residential), which influences the placement decisions of the cable.

  • Mounting System: You will select the construction stage as well as the type of wall to determine if you will use either outlet boxes, cut-in plates (the remodel version), or surface-mount outlet boxes.

  • Plate Type: Based on the flexibility of application, the need for future expansion, and cabling types, choice can be made between fixed-design and modular wall plates.



 Mounting Systems

Outlet Boxes

Commercial applications are the main beneficiaries of these plastic or metal boxes fixed to the wall studs. Residential to high-grade data installation can be conducted on a budget with plastic boxes, or metal conduits for the higher end data.


Cut-In Plates (Remodel Mounting)

Remodel boxes and cover-plate brackets are used when retrofitting. The remodel boxes fit to the pre-cut drywall holes and screws or friction tabs, whereas cover-plate brackets (sometimes referred to as cheater brackets) provide a direct wall mounting.


Surface-Mount Outlet Boxes

These are recommended for circumstances that in-wall cable routing is impractical—such as on concrete or brick wall. A surface-mounted raceway houses cables, and the box is stuck to the wall. Although these are portable, readily installed, they sometimes adopt an amateurish look.



 Wall Plate Types: Fixed-Design or Modular

Fixed-Design Wall Plates

They are molded into the plate and once mounted, the jacks cannot change. Such plates are normally used in telephone applications. They are very cost-effective and easy to set up, but with limited options. Different configurations include:

  • Single RJ-11 or RJ-45

  • Dual RJ-11 or RJ-45

  • Combinations of RJ-11, RJ-45, coax, or BNC

Note: Most fixed wall plates labeled as “CAT5e” may not actually comply; if it uses screws as the connection terminal, then the wall plate can be easily ruled out.

Fixed-design wall


Modular Wall Plates

These consist of a faceplate with the option for different jack positions. Each jack is bought separately and is able to support different media like:

  • UTP (Cat5e, Cat6, Cat6A)

  • Coaxial

  • Fiber-optic

Benefits of Modular Plates:

  • Support multiple jacks (up to a 6-jack faceplate in a single-gang plate)

  • Scalable to adapt to science developments (e.g., IP phones that require an RJ-45 jack, fiber-to-the-desk)

  • Best for installations that need versatility and scalability

  • Offers single-, double-, triple-, and quad-gang with the majority configuration being single-gang

Modular wall plates


Jack Design Considerations

Modular designs positioned jacks in different orientations and included IDC-based punchdown connectors. Straight or 45° angled jacks could be chosen (45° preferred for fiber installations or tight spaces). Wiring schemes provided by TIA (TIA-568A or TIA-568B) must be adhered to between the jacks to ensure proper fit and likely interruptions in service.

A common snap-in jack showing both T568-A and T568-B wiring schemes



 Labeling and Identification

These are crucial for both fixed and modular wall plates. Labels could be textual (for example, “LAN,” “Phone”) or icon-based. There are plates that are molded with labels, while others use self-adhesive labels. Labeling them correctly decreases the time required to troubleshoot and prevents confusion with similar products with each other.



 Specialty Products: Biscuit Jacks

Biscuit jacks (surface-mount jacks) are very low-profile boxes (usually three centimeters by two centimeters) often employed in retrofits or modular office furniture. They can be easily adhered to the surface of the material with adhesive tabs and often support a maximum of two jacks. However, conventional biscuit jacks have only Cat-3 compliance of the Ethernet standard, which cannot support the speed of high-speed data used in modern society.

Through having ink much more advanced versions insert modular jacks, which have a rating of Cat5e or higher, which provide better performance in the case of limited space.

 

Category

Product Name

Description / Use

Wall Plates

Fixed Wall Plate (Single-Port)

Economical wall plate with built-in jack, typically used for telephone/data.

Fixed Wall Plate (Dual-Port)

Two built-in ports, may include RJ11, RJ45, or coax combinations.

Fixed Wall Plate (Multi-Media Combo)

Combines RJ45, coax, and BNC jacks into one plate.

Modular Wall Plate (Single-Gang, 1-4 Ports)

Supports modular jacks; allows flexible port configurations.

Modular Wall Plate (Double-Gang, 6+ Ports)

Accommodates multiple jacks; ideal for larger work areas or MDU environments.

Angled Modular Wall Plate

Ports angled at 45° to protect bend radius (especially for fiber).

Label-Frame Wall Plate

Built-in label window for port identification.

Mounting Options

Plastic Wall Box

Used in drywall environments; economical installation base.

Metal Wall Box

Used in conduit systems or environments with high durability requirements.

Cut-In Bracket (Old Work Bracket)

For retrofitting into existing drywall without wall damage.

Low-Profile Mounting Bracket

Shallow installation frame, fits tight wall cavities or furniture.

Surface Mount Box (Plastic)

Mounted externally on walls, ideal when in-wall cabling is not possible.

Raceway with Surface Mount Box

Provides cable routing with termination point in the box.

Modular Jacks

UTP Keystone Jack (Cat5e, Cat6, Cat6A)

Termination point for twisted-pair copper cabling; compatible with modular plates.

STP Shielded Keystone Jack

For shielded cabling installations to reduce EMI/RFI.

Fiber Optic Keystone Jack (LC, SC, ST)

Modular adapters for fiber wall plate termination.

Coax Keystone Jack (F-Type, BNC)

For TV, video, or RF signal transmission.

HDMI/USB Keystone Jack

For multimedia and integrated AV setups.

Accessories & Tools

ID Labels / Label Holders

For port identification and TIA-compliant marking.

Faceplate Screws

Standard screws for wall plate mounting.

Punchdown Tool (for IDC Jacks)

Used to terminate wires into keystone jacks.

Cable Tester

Verifies continuity and proper termination.

Specialty Products

Biscuit Jack (Surface-Mount Mini Jack)

Compact surface-mount box, ideal for retrofits or modular furniture.

Modular Jack Dust Covers

Protective caps for unused ports.



 Conclusion

While wall plates set out for the purpose of protecting the network cables behind them, they are much more than that. Their shape, type of installation, orientation of jacks, and buckling performance desire for cable standards all impact the efficiency of the structured cabling system. Whether you are considering a fixed choice for a residential install or a modular plate for a scalable commercial setup, you must consider them to avoid problems later down the network life cycle.


Contact us for more information

Will


Will is the Copper Cabling Product Manager at Zion Communication, 

specializing in the development and marketing of Ethernet cabling solutions. 

With extensive industry experience, he is dedicated to delivering high-performance 

and reliable cabling products to OEM/ODM clients worldwide.

will@zion-communication.com

+86 -18268007201

  • [Copper Communication] How to Install Coaxial Cable Connectors?A Step-by-Step Guide
    A complete guide for networking installers and technicians on coaxial cable connector installation. Includes tool recommendations, crimping instructions, and cable type compatibility. Read More
  • [Industrial] Industrial RS485 Cables: 3105A vs 9841 vs 9842 – Which One to Use?
    Compare RS485 cable models 3105A, 9841, and 9842 by impedance, capacitance, and shielding. Find the best cable for long-range RS485 communication with minimal signal loss. Read More
  • [Copper Communication] How to Install RJ-45 and RJ-11 Connectors on Twisted-Pair Cables?
    The media still used most in local area networks (LANs) and telephones to this day is twisted-pair copper cabling, mainly Unshielded Twisted Pair (UTP). An integral part of working with these cables is installing connectors; this is commonly known as connectorization. This article will be your guide Read More
We use cookies to enable all functionalities for the best performance during your visit and to improve our services by giving us some insight into how the website is being used. Continued use of our website without changing your browser settings confirms your acceptance of these cookies. For details, please see our privacy policy.
×