Cabinet lighting can do much more than make a kitchen look polished. It can illuminate countertops that ceiling lights leave in shadow, make everyday items easier to find, highlight glassware and decorative objects, and create a softer atmosphere after dark.

The challenge is choosing the right lighting for each cabinet area. Under-cabinet task lighting has different requirements from lighting inside glass-front cabinets. A bright LED strip that works well above a countertop may be too harsh for displaying glassware, while a decorative cabinet light may not provide enough illumination for food preparation.

This guide explains the main types of cabinet lighting, where to place them, how to choose brightness and color temperature, and what to consider before installation.

Quick Answer: What Is the Best Cabinet Lighting?

For most kitchens, LED strip lights or linear LED fixtures are a practical starting point for under-cabinet lighting, because they can provide relatively continuous illumination across a countertop. Puck lights are useful when you want separate pools of light, while compact cabinet lights or integrated LED systems can work well inside display cabinets.

Choose your lighting according to its purpose:

• For countertop work: Use under-cabinet lights that provide even, comfortable task lighting.

• For glass-front cabinets: Use discreet LED strips or shelf lights to highlight glassware, dishes, and decorative objects.

• For deep or dark cabinets: Consider interior lighting that helps you see stored items.

• For decorative effects: Explore shelf lighting, cabinet-top lighting, or toe-kick lighting.

• For flexibility: Consider dimmable fixtures and separate controls for work lighting and accent lighting.

Before purchasing, check the available space, power supply, installation requirements, color temperature, dimming compatibility, and the manufacturer's instructions.

For a broader plan that combines cabinet lights with ceiling fixtures, pendants, and other kitchen lighting, see the LightsLux Kitchen Lighting Guide: Island, Pendant, Cabinet, Ceiling & Task Lighting.

1. What Is Cabinet Lighting?

Cabinet lighting refers to lighting installed under, inside, above, or around cabinets. It is often used in kitchens, but it can also be useful in bathrooms, wardrobes, home bars, bookshelves, and built-in storage.

Unlike a central ceiling fixture, cabinet lighting places light closer to the surface or object that needs to be illuminated. This makes it useful for both practical tasks and visual emphasis.

The four main cabinet lighting locations

Lighting location	Main purpose	Typical applications
Under cabinets	Illuminate work surfaces	Kitchen countertops, coffee stations, baking areas
Inside cabinets	Improve visibility and display stored items	Pantry cabinets, wardrobes, glass-front cabinets
Above cabinets	Create a soft indirect glow	Kitchen soffits, decorative upper-cabinet areas
Below base cabinets	Add a subtle accent and help define the floor area	Kitchen islands, bathroom vanities, floating cabinetry

These locations are not interchangeable. Under-cabinet lighting should prioritize useful light on the countertop, while display lighting should emphasize objects without producing distracting reflections.

A well-planned kitchen may use more than one type, but not every cabinet needs its own light. Start with the areas where lighting will solve a real problem.

2. The Main Types of Cabinet Lighting

The best fixture depends on the length of the cabinet, the amount of light needed, the desired appearance, and whether the installation is new or a retrofit.

LED strip lights

LED strip lights are flexible lighting products that can be mounted along the underside of upper cabinets or inside suitable display cabinets.

Best for: Long countertops, continuous shelf lighting, and installations where a discreet light source is preferred.

Advantages include flexible lengths, a low-profile appearance, and the ability to illuminate a long area with fewer visible gaps. However, bare LED strips can produce visible points of light or glare. An appropriate channel and diffuser can help create a more even appearance.

Before buying, check whether the strip can be cut at designated points, whether the power supply is included, and whether connectors are compatible with the chosen system.

Linear LED fixtures

Linear fixtures are rigid or semi-rigid bars designed to provide a defined line of light.

Best for: Kitchen counters, utility areas, and projects that need a tidy, finished installation.

Compared with a flexible strip, a complete linear fixture may be easier to mount as a single unit and may include an integrated diffuser, switch, or connection system. Check the available lengths and how multiple fixtures connect if your cabinets span several sections.

Puck lights

Puck lights are compact, round fixtures that create localized pools of light.

Best for: Individual shelves, small display areas, and cabinets where you want focused highlights.

Their main limitation is uneven coverage. If puck lights are too far apart, the illuminated areas may appear as separate circles rather than a continuous wash of light. They can still be effective for accent lighting or for illuminating specific objects.

Integrated cabinet lighting

Some cabinets and shelving systems include built-in lighting or are designed for compatible integrated LED modules.

Best for: New cabinetry, custom kitchens, and coordinated display installations.

Integrated lighting can provide a clean appearance because the light source and wiring are planned as part of the cabinet. The trade-off is that servicing, replacement parts, and future upgrades may depend on the manufacturer's system. Check how the light source, driver, and connections can be accessed before committing.

For a practical installation walkthrough, see LightsLux's How to Install Under Cabinet Lighting: A Step-by-Step Guide for Your Kitchen.

3. Under-Cabinet Lighting: How to Get Better Countertop Illumination

Under-cabinet lighting is one of the most useful cabinet lighting upgrades because upper cabinets can block light from ceiling fixtures. When you stand at the counter, your body may also cast a shadow over the work surface.

Placing a light source closer to the countertop can help illuminate chopping boards, ingredients, small appliances, and other work areas without requiring the entire kitchen to be brighter.

Where should under-cabinet lights be placed?

For many installations, positioning the fixture toward the front portion of the cabinet's underside helps direct light onto the countertop. The ideal position depends on cabinet depth, countertop width, fixture optics, and the location of the backsplash.

Before permanently attaching the fixture:

1. Hold it in the proposed position.

2. Turn it on and observe the light across the countertop.

3. Check for dark areas near the front edge.

4. Look for harsh reflections on glossy stone or tile.

5. Confirm that the light source is not distracting from normal standing positions.

Avoid assuming that mounting a strip at the very back of the cabinet will always produce the best result. It may emphasize the backsplash while leaving part of the work surface insufficiently illuminated.

LED strip vs. puck lights for countertops

Feature	LED strip or linear light	Puck lights
Light distribution	Can provide more continuous coverage	Creates separate pools of light
Appearance	Discreet line of illumination	Individual light spots
Best application	Long work surfaces	Localized areas or selected shelves
Main concern	Glare or visible LED points if poorly diffused	Uneven brightness between fixtures

For long countertop runs, a diffused strip or linear fixture is often a useful starting point. For short sections or accent applications, puck lights may be sufficient.

4. Inside-Cabinet Lighting: Make Storage and Displays Easier to See

Lighting inside a cabinet can make a dark storage area easier to use and turn a glass-front cabinet into a visual feature.

The right approach depends on whether the cabinet is primarily for storage or display.

Glass-front cabinets

For cabinets containing glassware, ceramics, or decorative pieces, discreet LED strips along the interior sides or top can highlight the contents. Shelf lighting can also work well when the shelving system supports it.

To create a balanced result:

• Use diffused lighting where possible.

• Avoid placing bright LED points directly in the line of sight.

• Check how the light reflects from glass doors and polished objects.

• Choose a color temperature that works with the cabinet finish and surrounding kitchen.

• Make sure the light source and driver are suitable for the cabinet's operating conditions.

Warm, low-level display lighting can create a comfortable evening atmosphere. If the cabinet also stores everyday dishes, however, make sure the light is useful rather than purely decorative.

Pantry and storage cabinets

In a pantry or deep storage cabinet, visibility matters more than dramatic effects. A compact light that illuminates shelves when needed may be more useful than a decorative strip.

Consider how the door opens, whether the light will be blocked by stored items, and how easily the fixture can be cleaned or replaced.

For cabinets with doors, door-activated lighting or a separate switch may improve convenience, provided the selected system supports that function.

5. Above-Cabinet and Toe-Kick Lighting

Not all cabinet lighting needs to illuminate a work surface or the inside of a cabinet.

Above-cabinet lighting

Lighting placed above upper cabinets can wash the ceiling with indirect light, adding visual depth to a kitchen. It works best when the light source is concealed and the ceiling surface reflects light reasonably evenly.

Before installing it, check the available space above the cabinets, the location of the power supply, and whether the light source will be visible from other parts of the room.

Toe-kick lighting

Toe-kick lighting is installed near the recessed base of cabinets or an island. It creates a subtle glow along the floor and can visually separate the cabinetry from the ground.

It is primarily an accent layer, not a substitute for general kitchen lighting or countertop task lighting. Keep the output comfortable and avoid placing the light where it will create distracting glare from common viewing angles.

For a broader approach to combining ambient, task, and accent lighting throughout the home, see the LightsLux Whole-House Lighting Guide: How to Layer Ambient, Task & Accent Lighting.

6. How Bright Should Cabinet Lighting Be?

There is no single brightness level that suits every cabinet. The result depends on the purpose of the light, cabinet dimensions, countertop color, fixture spacing, existing lighting, and how much glare the surfaces create.

A practical approach is to choose brightness according to the task.

Application	Lighting priority
Food preparation	Clear, even illumination across the work surface
Coffee or baking station	Comfortable visibility for small tasks
Pantry storage	Enough light to identify stored items
Glass-front display	Controlled brightness that highlights objects without glare
Above-cabinet accent	Soft indirect light rather than strong direct illumination
Toe-kick lighting	Low-level visual emphasis

When comparing products, look at the light output of the complete fixture or lighting system. Do not compare products using wattage alone: watts describe electrical power, while lumens describe visible light output.

The U.S. Department of Energy's LED Basics explains LED performance and light quality. Its LED Lighting Facts resource also explains product metrics such as lumens, watts, efficacy, correlated color temperature, and color rendering.

7. What Color Temperature Is Best for Cabinet Lighting?

Color temperature describes the appearance of white light and is measured in kelvins (K).

• 2700K: Warm, soft-looking light that can complement traditional wood finishes and cozy interiors.

• 3000K: Warm white that often works well in residential kitchens while maintaining a relatively clean appearance.

• 3500K–4000K: A more neutral appearance that may suit contemporary kitchens and work areas.

• Higher color temperatures: Cooler-looking light that may suit particular designs, but can feel visually stark when mixed with warmer residential lighting.

These are general starting points, not strict rules. The countertop, cabinet finish, backsplash, and existing fixtures all affect how the light appears.

Consistency is usually more important than choosing one supposedly perfect number. If under-cabinet lights look noticeably different from nearby ceiling fixtures, the kitchen may feel visually disconnected.

If color accuracy matters—for example, when evaluating food, produce, or countertop materials—consider the color rendering index (CRI) as well. The Department of Energy's LED Basics discusses color fidelity and the limitations of CRI as a measurement.

8. Dimming and Lighting Controls

Cabinet lighting can serve different purposes throughout the day. Bright countertop illumination may be useful while preparing dinner, while softer display lighting may be preferable when the kitchen is used for conversation or evening entertaining.

Separate controls can make these uses easier to manage.

Consider:

• Independent switching: Control countertop task lighting separately from display lighting.

• Dimming: Reduce brightness when full output is unnecessary.

• Motion or door sensors: Useful for certain storage cabinets, provided the system supports them.

• Smart controls: May allow schedules or scenes if the lighting and control system are compatible.

Not every LED fixture is dimmable, and not every dimmer works with every LED driver. Check the compatibility information supplied by the fixture and control manufacturers before purchasing.

9. How to Plan and Install Cabinet Lighting

A successful installation starts with layout and power planning—not with sticking a strip under the cabinet.

Step 1: Identify the purpose of each area

Mark the work surfaces that need task lighting, the cabinets that need interior illumination, and the shelves or architectural features you want to highlight.

This prevents spending money on decorative lighting while leaving important work areas in shadow.

Step 2: Measure each cabinet run

Measure each section separately and note corners, cabinet joints, trim, hinges, and other obstructions. If using LED strips, check the manufacturer's specified cut points and compatible connectors.

Do not assume that one continuous strip will fit every cabinet layout.

Step 3: Choose the power and installation method

Cabinet lighting may be plug-in, battery-powered, low-voltage, or hardwired.

System	Potential advantages	What to check
Plug-in	Often suitable for straightforward retrofits	Outlet location, cord routing, and product instructions
Battery-powered	Can avoid running a power cable to the fixture	Charging or battery replacement and ongoing maintenance
Low-voltage	Common in LED strip and cabinet-lighting systems	Driver capacity, voltage, connectors, and access for servicing
Hardwired	Can provide a more integrated installation	Electrical requirements, accessibility, local codes, and whether a qualified electrician is needed

The simplest option depends on the existing kitchen and the exact product. Do not improvise electrical connections or hide components that the manufacturer requires to remain accessible.

Step 4: Test the light before permanent mounting

Temporarily position the fixtures and evaluate the actual illumination. Check for dark gaps, unwanted reflections, exposed LED points, and visible wiring.

This is particularly important with glossy countertops, glass doors, and reflective backsplashes.

Step 5: Install according to the manufacturer's instructions

Prepare the mounting surface, use the specified mounting hardware, and follow the product instructions for wiring and connections.

For electrical work involving new wiring, line-voltage connections, or modifications to an existing circuit, consult a qualified electrician and follow local requirements. The Electrical Safety Foundation International's electrical and kitchen safety resources provide useful background on electrical hazards around kitchen work areas.

Step 6: Check service access

Before concealing the installation, confirm that the driver, connectors, and other components can be accessed for maintenance where required. A neat installation should not make future repairs unnecessarily difficult.

10. Common Cabinet Lighting Mistakes to Avoid

Choosing decorative lighting for a task-lighting problem

A display light may look attractive but may not illuminate a countertop evenly.

Better approach: Identify the activity first, then choose the fixture and distribution that suit it.

Using widely spaced puck lights across a long countertop

Large gaps can create bright circles separated by darker areas.

Better approach: Compare a diffused strip or linear fixture if continuous illumination is the goal.

Ignoring glare and reflections

Glossy countertops, glass doors, and polished backsplashes can reflect the light source.

Better approach: Test the proposed position and consider diffusers or a revised mounting location.

Mixing noticeably different color temperatures

A warm strip beneath the cabinets and a much cooler ceiling light can make adjacent surfaces appear inconsistent.

Better approach: Compare color temperatures in the actual space and aim for a coordinated lighting scheme.

Forgetting about drivers, wiring, and controls

A strip may fit the cabinet but still be unsuitable if its driver, connectors, switch, or dimmer are incompatible.

Better approach: Check the complete system specifications before ordering.

Treating every installation as a DIY project

Installing a self-contained plug-in light differs from modifying a household electrical circuit.

Better approach: Follow the product instructions, comply with local requirements, and use a qualified electrician when the work calls for it.

11. Cabinet Lighting Checklist

Before purchasing or installing cabinet lights, confirm the following:

• The purpose of each lighting zone is clear.
• The selected fixture type suits the cabinet and task.
• Measurements account for corners, trim, and obstructions.
• Brightness is appropriate for the work surface or display.
• Color temperature works with the surrounding lighting.
• Glare and reflections have been considered.
• The power supply, connectors, and controls are compatible.
• Dimming is supported if required.
• The installation method follows the manufacturer's instructions and local requirements.
• Drivers and serviceable components remain accessible where required.

FAQs

What is the best type of cabinet lighting?

For long kitchen countertops, LED strips or linear LED fixtures are useful starting points because they can provide continuous illumination. Puck lights can suit smaller areas or accent lighting, while integrated or interior LED systems may work well for display cabinets. The best option depends on the task, cabinet layout, and installation requirements.

Is LED strip lighting good for under kitchen cabinets?

Yes. LED strips can provide low-profile lighting along long countertop runs. Choose a system with suitable output, a compatible power supply, and appropriate diffusion to reduce visible LED points or glare. Check whether the product is intended for the installation location.

Should under-cabinet lighting be warm or cool?

Warm white around 2700K–3000K can create a comfortable residential atmosphere. A more neutral 3500K–4000K appearance may suit some contemporary kitchens and task areas. The best choice depends on the finishes, existing fixtures, and personal preference.

Do cabinet lights need to be dimmable?

Not always, but dimming can make the kitchen more flexible. It allows task lighting to remain bright when needed and display or accent lighting to be softer at other times. Confirm that both the fixture and the dimmer or control system are compatible.

Can I install cabinet lighting myself?

Some plug-in or battery-powered kits are designed for straightforward DIY installation. Low-voltage systems require compatible components and careful installation, while hardwired work may require a qualified electrician under local rules. Always follow the manufacturer's instructions and applicable electrical codes.

How do I prevent cabinet lighting from creating glare?

Test the fixture's position before permanent installation. Diffusers, concealed mounting, appropriate fixture placement, and careful control of brightness can help reduce harsh reflections on glossy countertops, tile, and glass.

Can cabinet lighting be used outside the kitchen?

Yes. Cabinet lighting can also be used in wardrobes, bathroom vanities, bookshelves, home bars, and built-in storage. Select fixtures specifically suited to the location, and check any relevant moisture, temperature, and electrical requirements.