Kitchen Remodeling
Under-Cabinet Lighting Installation in Orange County
5 min read
Under-cabinet lighting puts light directly on the countertop instead of casting your own shadow across it, and it is the fastest lighting upgrade most kitchens can get. A typical installation runs about 900 to 3,800 dollars depending on how many cabinet runs need coverage and whether we can tap an existing switch leg or have to pull a new circuit. We install LED tape in aluminum channel, linear bars, puck fixtures, and low profile hardwired strips, and we size the output to the counter rather than to the cabinet. Because California Title 24 Part 6 treats kitchen lighting as a regulated load, permanent fixtures need to be high efficacy and JA8 certified, with dimming or vacancy sensor control. We handle that specification up front.
About 5 min left
How much light do you actually need under a cabinet?
Plan on 200 to 400 lumens per linear foot of counter. Two hundred is a comfortable ambient glow for a kitchen that already has strong ceiling light; 400 is what you want over a primary prep zone or a dark countertop like honed black granite, which swallows light. Color temperature matters just as much. 2700K reads warm and matches incandescent trim, 3000K is the most common choice because it flatters both warm and cool cabinet finishes, 3500K feels crisp and clean, and 4000K starts to look commercial in a residential kitchen. Ask for CRI 90 or higher so raw chicken, produce, and spice colors read accurately instead of gray. Finally, mount the fixture toward the front edge of the cabinet bottom, roughly one third back from the door face. Mounting at the back wall throws a bright stripe up the backsplash and creates glare.
Tape, bar, or puck: which fixture type fits?
Fixture choice comes down to how the light lands and how much you are willing to spend on trim work. LED tape mounted inside an aluminum channel with a frosted diffuser gives the cleanest result: a continuous line of light with no visible dots and no hot spots reflecting off a polished quartz counter. Linear bars are a good middle ground, since they arrive prewired and link end to end with jumpers, though you will see small gaps between fixtures. Puck lights are the least expensive option and the least flattering, throwing overlapping scallops of light down the backsplash. Low profile hardwired strips sit flush against the cabinet bottom and suit shallow face frames. Whatever the type, the goal is the same: hide the source, light the work surface, and keep the fixture out of sight from a seated position at the island.
- Tape plus channel: The cleanest look, with a continuous lit line and no visible diodes hiding behind a frosted diffuser lens.
- Linear bars: Prewired fixtures that link end to end, quick to install, with small dark gaps at each joint between units.
- Puck fixtures: Lowest cost per point of light, but they scallop the backsplash and light unevenly along the counter surface.
- Low profile strips: Slim hardwired housings that tuck under shallow face frames where a channel would hang below the cabinet edge.
Will your dimmer actually work with the driver?
Dimming is where under-cabinet projects go wrong, and it is almost always a compatibility problem rather than a defective fixture. Low voltage LED tape runs on a driver, and that driver has to match the wall control. ELV, also called reverse phase, is the smoothest and quietest pairing for most residential tape. TRIAC, or forward phase, works with common incandescent style dimmers but tends to flicker at the bottom of the range and can buzz. 0 to 10V is the most stable and dims deepest, though it requires a separate control pair pulled back to the switch, so it is easier to plan during a remodel than to retrofit. We confirm the driver, the dimmer, and the fixture are on the same compatibility list before anything gets mounted, and we size the driver with headroom so it is not running at full capacity all evening.
Does Title 24 apply to under-cabinet lighting?
Yes, in most cases. California Title 24 Part 6 treats permanently installed kitchen lighting as a regulated load, which means the fixtures must be high efficacy and, for LED sources, JA8 certified with the certification mark printed on the product. Kitchen lighting also has to be controlled by a dimmer or a vacancy sensor, so a plain toggle switch will not satisfy an inspector on permitted work. Plug in strips that cord into an existing receptacle live in a different category and are the common choice when a homeowner wants a reversible upgrade, but the cord is visible and the outlet stays occupied. Hardwired is the better long term answer: the wiring disappears into the cabinet, the driver hides in a base cabinet or above a soffit, and the whole run answers to one control. We spec JA8 listed product by default.
What makes older tract kitchens different?
Anaheim and Garden Grove are full of 1950s and 1960s tract kitchens where the wall cabinets meet a shallow plaster soffit and the only nearby power is a two wire ungrounded circuit feeding a countertop receptacle with no GFCI protection. That changes the plan. We do not tie low voltage drivers into an ungrounded branch circuit; instead we trace back to the panel, evaluate whether a dedicated circuit is the cleaner path, and bring the countertop receptacles up to current GFCI requirements while the wall is open. Soffits actually help, because the void above the cabinet often gives a concealed route for the driver and the low voltage runs. Where there is no soffit, we drop wiring behind the backsplash before tile goes on, or fish down through the cabinet stiles. New circuits and panel work trigger a permit, and we pull it.
- Two wire ungrounded circuits: Common in postwar tract kitchens and not a safe source for modern drivers, so we evaluate a properly grounded feed.
- Shallow cabinet soffits: The framed void above wall cabinets often hides drivers and low voltage runs without opening any ceiling drywall.
- Missing GFCI protection: Countertop receptacles in older homes frequently lack GFCI, which we correct while the wall is already open.
Scope
What's Included
Everything below is written into your scope of work before construction starts. Anything outside it requires a signed change order first.
- Lighting layout plan: We map each cabinet run, measure usable counter length, and set lumen output per foot before ordering so coverage stays even end to end.
- JA8 certified fixtures: High efficacy LED product carrying the JA8 mark, matched for color temperature and CRI across every run in the kitchen.
- Aluminum channel and diffuser: Extruded channel cut to length, mitered at corners where needed, with a frosted lens that hides individual diodes and softens the beam.
- Driver sizing and placement: A correctly rated driver installed in an accessible spot, usually inside a base cabinet or above the soffit, with slack left for service.
- Dimmer and control wiring: A compatible ELV, TRIAC, or 0 to 10V control installed at the switch box and tested through the full dimming range for flicker.
- Concealed wiring and cleanup: Low voltage runs hidden behind cabinet stiles, backsplash, or soffit, plus patching, paint touch up, and removal of all debris.
How it works
Our Process
Every project follows the same structured sequence, so you always know what happens next and who to call.
On-site measure and light plan
45 to 60 minutesWe measure every cabinet run, note counter color and finish, check the existing switch leg, and agree on lumen level and color temperature.
Product and control selection
2 to 3 daysWe source JA8 certified fixtures, channel, driver, and a matching dimmer, then confirm the manufacturer compatibility list before anything is ordered.
Rough wiring and driver mounting
Day 1We run power, set the driver in an accessible location, and pull low voltage feeds through cabinet stiles, the soffit, or behind the backsplash.
Channel, fixture, and diffuser install
Day 1 to Day 2Channel is cut, mitered at corners, and fastened toward the cabinet front. Tape is seated, connections are soldered or clipped, and diffusers snap in.
Dimming test and walkthrough
1 to 2 hoursWe run the full dimming curve looking for flicker or buzz, adjust the low end trim, clean the diffusers, and show you the controls.
Budget
What does it cost?
Real ranges, stated up front. Your written proposal replaces these estimates with fixed numbers for your actual scope.
Typical range
$900 to $3,800
project
These figures are planning estimates. Cabinet run length, driver count, and whether a new circuit is required all move the number, so an on-site look produces the firm price.
Typical timeline: 1 to 2 days
What moves the price
- Linear feet of cabinet: More cabinet runs mean more channel, more tape, and often a second driver, which is the biggest single factor in the total.
- Fixture and channel type: Puck fixtures land at the bottom of the range while tape in mitered aluminum channel with a premium diffuser sits at the top.
- Circuit and switch work: Tapping an existing switch leg is inexpensive. Pulling a new dedicated circuit from the panel adds labor, materials, and a permit.
- Dimming system: A basic TRIAC dimmer is modest. ELV or 0 to 10V control with a premium driver adds cost but delivers smoother low end performance.
- Wall and cabinet repair: If the backsplash is already off, wiring is easy. Fishing through finished tile or plaster means patching, texture, and paint afterward.
Compare
Compare your options
Side by side, so you can weigh cost against how long it lasts and how much upkeep it needs.
| Option | Cost | Durability | Maintenance | Best for |
|---|---|---|---|---|
| LED tape in aluminum channel | $28 to $60 per linear foot installed | 50,000 hours or more of rated life | Wipe the diffuser occasionally; tape is replaceable inside the channel | Continuous, dot free light across long counter runs |
| Linear LED light bars | $22 to $45 per linear foot installed | 40,000 to 50,000 hours rated | Light dusting; a failed bar swaps out without disturbing the run | Straightforward retrofits on a moderate budget |
| Puck lights | $18 to $35 per fixture installed | 25,000 to 40,000 hours rated | Lens cleaning; individual pucks are simple to replace | Accent light in glass cabinets or short cabinet sections |
| Low profile hardwired strip fixtures | $25 to $50 per linear foot installed | 40,000 hours or more of rated life | Low; sealed housings clean up with a damp cloth | Shallow face frames where channel depth is tight |
Answers
Frequently asked questions
Do I need a permit for under-cabinet lighting?
Not always. Adding fixtures to an existing switched circuit is usually minor work, but pulling a new dedicated circuit, upgrading the panel, or opening walls to rewire does trigger a permit in Orange County jurisdictions. We tell you which category your job falls into before starting and handle the filing when one is required.
What color temperature should I choose for under-cabinet lights?
3000K suits the widest range of kitchens. It stays warm enough to feel residential while keeping white cabinets crisp rather than yellow. Choose 2700K if your ceiling fixtures are warm incandescent and you want a seamless match. 3500K works with cool gray or blue cabinetry. Match every fixture in the kitchen.
Why does my under-cabinet lighting flicker when I dim it?
The dimmer and the LED driver are almost certainly mismatched. Most flicker comes from a forward phase TRIAC dimmer driving a load below its minimum wattage, or from a driver that was never listed as compatible with that control. Swapping to an ELV dimmer with a matched driver resolves nearly every case.
Can you install under-cabinet lighting without removing the backsplash?
Yes, in most kitchens. We fish low voltage wiring down through cabinet stiles, along the underside of the cabinet, or up into a soffit, which avoids cutting finished tile. If your backsplash is already coming off for other work, running the wiring is faster and completely concealed behind the new surface.
Is LED tape better than puck lights?
For task lighting, yes. Tape in an aluminum channel gives one even line of light across the whole counter, while pucks throw overlapping bright and dark scallops onto the backsplash. Pucks still make sense for accenting a glass front cabinet or lighting a short segment where a channel would look heavy.
How long do LED under-cabinet fixtures last?
Quality LED tape and bars are rated between 40,000 and 50,000 hours, which is well over a decade of normal kitchen use. Heat is the real enemy, so an aluminum channel that sinks heat away from the diodes and a driver running below its maximum load both extend usable life considerably.
Next step
Get a written quote for under-cabinet lighting
Book a free consultation. We walk the space, talk through what you want, and send a written scope with real numbers. No pressure and no obligation.
Licensed and insured. Written scope before work begins. Weekly progress updates with photos.
What happens next: we reply the same business day, schedule a walkthrough, then send your written proposal.