Bulb, Neon, or LED: Rebuilding a Marquee That Still Reads Like 1948

By Competitive Signs, Montclair, NJ — fabricating illuminated signage since 1999.

The marquee outside Holsten’s in Bloomfield didn’t need to be rebuilt from scratch. It needed something harder. It needed a shop willing to match 70-year-old glasswork without turning a diner famous for one Sopranos scene into a plastic-box retrofit. Our team spent weeks on that job. We measured tube bends against old photographs, not a parts catalog. That is the job marquee work actually is — part electrician, part glassblower, part historian. It is almost nothing like ordering a channel-letter sign off a template.

If you are specifying or restoring a marquee anywhere in Essex County or north Jersey, the question that actually decides your budget and your maintenance calendar isn’t the layout. It’s the light source. Bulb chase, true neon, or LED — each one changes your install cost, your running cost, and what a repair call looks like five years from now. Here is the breakdown, in order, with the numbers behind it.

What Actually Makes a Sign a Marquee

A marquee is not just a backlit box with your business name on it. Three features separate a true marquee from a standard channel-letter sign or a flat cabinet sign:

• A projecting, illuminated frame — the marquee extends out from the building face, or wraps an entrance canopy, rather than mounting flush like a channel letter set.
• A readerboard or changeable-copy field — removable or electronic letters for showtimes, specials, or rotating messages, distinct from a fixed logo sign.
• A chase or perimeter lighting pattern — a border of bulbs or tube that “chases,” or sequences, around the frame. This is the visual signature people associate with theatre and diner marquees going back to the 1920s.

Drop any one of those three features and you’ve got a lit cabinet sign, not a marquee. That distinction matters, because the structural, electrical, and permitting requirements genuinely differ. We’ve seen owners budget for a cabinet sign and then get quoted marquee pricing, simply because nobody clarified which one they actually wanted at the first conversation.

Choosing the Illumination: Bulb, Neon, or LED

Every marquee restoration or new build in our shop starts with this decision, because it drives every number that follows it. Here’s how the three eras compare on a typical 12-foot marquee face with a chase border and a readerboard:

Illumination type	Typical install cost (12 ft face)	Lamp/tube life	Running cost (est., 10 hrs/day)	Relamp labor
Incandescent chase bulbs	$4,800–$7,500	1,000–2,500 hours	~$380/year	2–4 hours/month
True cold-cathode neon	$9,000–$15,000	8–15 years (tube); transformers 10–12 years	~$90/year	Rare; transformer swap every 10–12 years
LED retrofit/new	$6,500–$11,000	35,000–50,000 hours (7–10 years at 10 hrs/day)	~$45/year	Near zero; driver swap every 8–10 years

Those running-cost figures come from our own service logs across 40 marquee and channel-letter jobs completed over the last decade, priced at the current NJ commercial electric rate of about $0.16/kWh. A chase-bulb marquee that looks spectacular on night one can cost roughly eight times more to run than an LED face of the same size. The relamping labor is the part most owners underestimate, right up until the first service invoice arrives.

Bulb-Letter Marquees: Chase Controllers and the Real Cost of Relamping

Incandescent chase bulbs are the historically correct choice for a pre-1960s theatre restoration. When a landmark commission or a historic district requires period accuracy, bulbs are often the only option that passes review. The tradeoff is maintenance, and it is not small.

A standard chase pattern uses 7-watt or 11-watt intermediate-base bulbs, spaced 4 to 6 inches apart around the frame. On a 12-foot face with a double row, that’s commonly 90 to 130 sockets. Average bulb life runs around 1,500 hours — roughly 5 months of 10-hour nightly operation. You end up replacing a meaningful fraction of those sockets every relamp cycle. In the field, we budget 2 to 4 hours of labor per month for a bulb marquee of this size. That climbs in winter, when thermal cycling shortens lamp life further.

The chase controller itself matters just as much as the bulbs. Older electromechanical chase relays fail more often than solid-state sequencers, and parts for a 1970s-era relay panel are increasingly hard to source. When we relamp an older marquee, we usually recommend installing a modern solid-state chase controller behind the original face. That preserves the exact visual pattern while cutting failure calls substantially — one swap, years of quieter service.

One detail owners rarely ask about until it happens: a failed socket in an old chase circuit can take out the whole sequence, not just one bulb, if the wiring runs in series rather than parallel. Checking which wiring topology a marquee uses before a restoration quote saves a surprise later. We check it on every bulb job, every time.

True Neon vs. LED “Neon” for Heritage Work

This is the comparison that generates the most disagreement, and it’s worth being direct about it. True neon and LED neon-style tube are not interchangeable for a heritage restoration, even though a lot of signage is sold as if they were.

True cold-cathode neon is hand-bent glass tubing, filled with neon or argon/mercury gas, excited by a high-voltage transformer. Its color comes from the gas fill and the tube’s phosphor coating, producing a soft, slightly uneven glow with genuine depth — the exact quality that makes a 1948 diner marquee look like it still belongs to 1948. Bend quality depends entirely on the glassbender’s hand. No two true-neon shops produce identical curves. That’s exactly why a landmark restoration specifies the fabricator by name, not just the material spec.

LED “neon” is a flexible silicone tube with embedded LED chips, run off a low-voltage driver instead of a transformer. It is far cheaper to install, dramatically cheaper to run, and effectively maintenance-free for years. But the light output is more uniform, and the color rendering reads flatter — especially in warm white and amber, the two colors most heritage marquees actually use. In our experience, a trained eye spots LED neon on a historic piece from across the street, even at a glance.

Groups like the Museum of Neon Art, which documents and restores historic neon signage nationally, draw the same distinction. True neon is treated as a preservation material; LED tube is treated as a modern substitute. The two are not judged by the same standard, and a serious restoration shouldn’t blur that line either.

Our rule of thumb, after 26 years of both kinds of jobs: if the marquee is a historic landmark, a listed structure, or carries genuine brand heritage — like the Holsten’s sign — true neon is worth the premium. If the goal is simply the retro-marquee look on a new build or a modern storefront, LED neon delivers most of the visual effect at a fraction of the operating cost. Nobody but a sign nerd standing close will know the difference.

LED Retrofit Economics: What You Actually Save

For owners with an existing bulb or neon marquee that’s grown expensive to maintain, a full LED retrofit is usually the better financial call, even though it changes the character of the light slightly. We measured power draw on a recent 14-foot retrofit project. The original chase-bulb configuration pulled roughly 1.4 kW at full chase. The LED replacement pulls about 180 watts for the same visual coverage — nearly an 87% reduction in connected load.

Over a 10-year horizon, at $0.16/kWh and 10 operating hours a night, that difference alone is worth more than $3,000 in electricity. That’s before counting the labor saved on relamping, which on a bulb marquee can run several hundred dollars a year on its own. The retrofit itself typically runs $6,500 to $11,000, depending on face size and whether the existing cabinet and wiring can be reused or need replacement. Per the manufacturer warranty terms we work under, most commercial-grade LED modules carry a 5-year warranty, with an expected service life well beyond that window.

One number that surprises owners: driver failure, not LED chip failure, is the dominant mode of LED sign failure in the field. Chips themselves routinely outlast their rated life. Drivers, especially cheaper imported units, start failing around year 6 to 8. Specifying a commercial-grade driver up front costs more initially and saves a service call later — a tradeoff we walk every retrofit client through before signing off on parts.

Running the simple payback math helps owners decide whether a retrofit is worth doing now versus waiting for the existing marquee to fail outright. Take a bulb marquee spending roughly $380 a year on electricity plus, conservatively, $600 a year in relamping labor at a modest hourly rate — call it $980 a year in combined operating cost. An $8,500 LED retrofit cutting that to about $45 a year in electricity and near-zero labor saves roughly $935 annually. That puts the simple payback period at just under 9 years on electricity and labor savings alone, before counting the service calls avoided or the value of a marquee that doesn’t go dark on a Saturday night. For a marquee already due for a relamp cycle or a transformer swap, the retrofit math gets considerably more favorable, since that avoided repair cost comes straight off the payback timeline.

Structure, Electrical Code, and NJ Permits

A marquee is a structural load on your building face, not just an electrical fixture. That distinction changes what’s legally required to install one. Three things apply on every marquee job we take on in New Jersey:

• Wall anchorage and weight — a projecting marquee frame with glass, transformers, or an LED array can weigh several hundred pounds and generates real wind load. The mounting needs engineered anchorage into structural framing, not just the façade material.
• UL listing — electric signs sold and installed in the US are evaluated against the UL 48 standard for electric signs, which covers construction, wiring, and fire safety. A marquee that isn’t UL-listed can create insurance and code-compliance problems even if it looks finished.
• Permits and licensed electrical work — New Jersey requires a construction permit for most exterior sign installs, plus licensed-electrician sign-off on the circuit, per the Uniform Construction Code enforced by municipal building departments. We walk every client through this in our NJ business sign permit guide, because skipping this step is the single most common reason a finished marquee sits dark, waiting on inspection.

In the field, permit turnaround in our service towns typically runs 2 to 3 weeks from a complete application. It runs longer if the marquee projects over a public right-of-way and needs a separate encroachment review, which several of our Montclair and Bloomfield jobs have required.

Electrical capacity is the other piece owners forget to plan for. A bulb-chase marquee on a 12-foot face can draw 12 to 15 amps at full chase, which often means a dedicated 20-amp circuit run from the panel rather than tying into existing storefront lighting. True neon transformers typically need a dedicated circuit as well, sized to the specific transformer’s secondary current rather than the tube length alone. LED retrofits are the easiest case electrically — most 12-foot LED marquees draw under 3 amps total, often letting the existing circuit handle the new sign with no panel work at all. We check panel capacity before quoting any job, because an undersized circuit found mid-install adds both cost and delay that nobody budgeted for.

One more structural reality worth stating plainly: a marquee that projects more than a few feet from the wall usually needs its own engineered support, not just lag bolts into studs. We’ve turned down installs where the existing wall simply couldn’t carry the load safely, and recommended a canopy-mounted or ground-supported alternative instead. It’s a harder conversation than just quoting the sign, but it’s the one that keeps a marquee from becoming a liability five years down the road.

According to the building departments we work with most often, the single biggest cause of permit delay isn’t the sign itself — it’s missing structural load calculations for the wall anchorage. Submitting a stamped engineering drawing with the initial application, rather than waiting for a department to request it, routinely shaves a week or more off the process.

Changeable Copy: Track Letters and Reading Distance

The readerboard is where a marquee earns its keep day to day, and sizing it wrong is a common, avoidable mistake. Track-letter systems use a grooved aluminum rail and individual plastic or acrylic letters that slide into place. The lens over each letter needs to be properly gasketed, or condensation gets in and the letters discolor within a season.

For reading distance, the rule we use is roughly 10 feet of visibility per inch of letter height for a casual glance, closer to 40 feet per inch for a driver who needs to read it at speed. A marquee readerboard viewed mainly by foot traffic from across a two-lane street can usually run 6-inch letters. One meant to be read from a moving car on a 35-mph arterial road needs 10 to 12 inches minimum, or the message won’t register before the driver passes it.

Weatherproofing matters as much as sizing. We’ve replaced more readerboard letters damaged by trapped moisture than by UV fading or impact combined. A gasket that costs a few dollars per letter at install time saves a full relettering job three winters later.

Maintenance Calendar: What Fails First

Across the marquee and illuminated-sign service calls we’ve logged, failure shows up in a predictable order, regardless of illumination type:

1. Gaskets and lens seals — the first point of failure, usually within 2–3 years, letting moisture into readerboard letters and bulb sockets.
2. Transformers and drivers — neon transformers tend to fail around the 10–12 year mark; LED drivers around 8–10 years. Both usually fail before the tube or chip itself.
3. Chase relays and controllers — electromechanical units fail faster than solid-state ones. Budget a controller swap if the marquee is older than 15 years and still running its original relay panel.
4. Structural fasteners — an annual inspection of mounting hardware is worth the half-hour, especially on coastal-exposure or heavy-wind sites.

A simple annual service visit — checking gaskets, testing transformer or driver output, and inspecting mounting hardware — catches most of this before it becomes a dark marquee on a Friday night. That’s exactly when every owner discovers the problem, usually from a customer’s phone call rather than their own.

Where This Comes From

None of this is theoretical for us. Our shop has built and restored illuminated signage in Essex County since 1999, and the Holsten’s neon build in Bloomfield taught us most of what’s in this article. Read the full story on our Holsten’s and The Sopranos page. That job taught us how to match a tube bend nobody makes a template for, how a 70-year-old transformer behaves differently from a new one, and why a true-neon restoration isn’t a line item you can substitute with LED tube and call equivalent.

Our data set from that restoration and from the roughly 40 marquee and illuminated-sign jobs since has shaped the cost and maintenance figures throughout this article. When we quote a marquee today, we quote from what we’ve actually seen fail on the ones we’ve already built, not from a manufacturer’s brochure. If your project calls for that kind of illumination work, our LED and neon sign services page covers what we build today, bulb to true neon to LED.

Frequently Asked Questions

How much does a marquee sign cost in New Jersey?
A new marquee with a chase border and readerboard typically runs $6,500 to $15,000, depending on size and illumination type — LED retrofit on the low end, true neon restoration on the high end. Add engineering and structural work if the building face needs reinforcement.

Is true neon more expensive to run than LED?
Yes, but less than most people assume. True neon draws more power than LED at the transformer, but far less than incandescent chase bulbs. Our data puts true neon running cost at roughly double LED’s, while bulb chase runs close to eight times LED’s cost on the same face.

Do I need a permit for a marquee sign in NJ?
Almost always. New Jersey’s Uniform Construction Code requires a permit for most exterior sign installs, plus licensed-electrician sign-off on the circuit. See our sign permit guide for the town-by-town process.

Can I convert an old bulb marquee to LED without losing the look?
In most cases, yes. An LED retrofit can replicate a chase pattern’s visual rhythm at roughly 10–15% of the original power draw, though a historic-district or landmark marquee may require true neon or incandescent bulbs to pass preservation review.

How often does a marquee need maintenance?
Budget one annual service visit at minimum — gaskets, transformer or driver output, and mounting hardware. Bulb marquees need monthly relamping attention; true neon and LED marquees need only occasional checks between transformer or driver replacement cycles, roughly every 8 to 12 years.

What’s the difference between a marquee and a channel-letter sign?
A marquee projects from the building, carries a changeable-copy readerboard, and typically has a chase lighting border. A channel-letter sign mounts flush to the wall and spells out a fixed name or logo with no readerboard function.

Does LED neon look as good as true neon for a restoration?
For a general retro aesthetic, LED neon comes close. For a true historic restoration — the kind reviewed by a landmarks commission or judged against original photographs — the color rendering and glass bend quality still favor true neon, and a trained eye will tell the difference.

How long does a marquee installation take?
A straightforward LED marquee, once permitted, typically takes 1 to 2 weeks in fabrication and 1 to 2 days on site to install. A true-neon restoration with custom glass bending runs longer — often 4 to 6 weeks in the shop before install day, since each tube is hand-formed and tested before it ever reaches the building.