Two Routes, One Fork in the Road
I'm a commercial lighting project manager, and for seven years I've handled retrofit and installation work for restaurants, retail stores, and light industrial buildings. Most of that work has relied on the GE Lighting catalog, from retrofit recessed lighting kits to the Savant GE control system. In that time, I've personally made — and documented — nine significant mistakes totaling roughly $16,000 in wasted budget. The checklist my team uses today came from those mistakes, not from a training manual.
When a client says “we need to update our lighting,” the conversation almost always comes down to one fork:
- Route A — retrofit what's there. Keep the existing housings, install GE retrofit recessed lighting, and spend the budget on the fixtures that do the heavy lifting: quality LED spotlights and upgraded dimmers.
- Route B — go smart. Replace the switches with Savant GE Lighting (the Cync/Zigbee line), set up scenes and schedules, and let a dimmable chandelier play the starring role.
I've made expensive mistakes on both sides. Here's the comparison I wish someone had given me back in 2018, across installation, light quality, and what the client actually experiences day to day.
Installation: Where Both Routes Try to Trick You
It's tempting to think GE retrofit recessed lighting is the safe route. Pop a new LED kit into the existing housing, twist the spring clips, done. And it is true — for a standard 5/6-inch renovation housing, which is maybe 90 percent of what I run into. The problem is the other 10 percent, and that 10 percent costs more than the 90 percent saves.
In April 2024, I ordered 60 retrofit kits for a commercial job without checking the housing make at every location. Twelve kits didn't fit the non-standard housings — the ones that looked standard but weren't. That turned into a $1,100 reorder, a four-day schedule slip, and an electrician standing around at an hourly rate while we waited. The lesson was embarrassingly simple: count the housings before you count the kits. Take photos of each can.
The other route has an equally boring trap. “How to install a smart light switch” looks like a five-minute job in every tutorial: kill the power, match the wires, clip it in. The tutorials skip the detail that actually stops projects — the neutral wire.
In September 2023, I ordered 42 smart switches for a small hotel renovation. Nineteen of those switch boxes had no neutral. You learn that one switch box at a time, in the middle of the install, with the wall already open. The result was $850 in waste — switch returns, restocking fees, a reorder — and six days of schedule chaos. (Should mention: we audit box depth on the same pass now, because smart switches are chunky and at least three of those old boxes were too shallow without extenders.) So glad I double-checked the same issue on a smaller job last fall before ordering — I was one click away from buying 12 more switches for a building that had none.
Honestly, I'm not sure why some buildings have neutrals everywhere and others lack them with no visible pattern. My best guess is it comes down to the era of the electrical work and whatever local code was in effect at the time. If someone has a better theory, I'd love to hear it.
The counterintuitive part: the smart switch installation was never the hard part. Once the wiring audit was done, the install was mechanical. The retrofit route feels safer because it's familiar, but an unknown housing still ambushes you. The real difference is that Route A's trap is one-time and visible, while Route B's trap covers the whole building and hides behind the walls. When I say “every switch box,” I do not mean a sample. I mean every single one.
Light Quality: LED Spotlights vs. a Dimmable Chandelier
This is the dimension that completely flipped my opinion: light quality.
It's easy to assume a dimmable chandelier is what makes a room feel premium. It's the first thing people photograph; it's what they compliment out loud. But in 2019 I learned it isn't what makes the space feel expensive.
I specified budget LED spotlights for a lobby to keep the total within range. The chandelier looked great. The room still felt... cheap. The client couldn't put a finger on it: “Something feels off.” The spotlights had a CRI around 80, and their color temperature didn't match the chandelier lamps. Light bounced off the walls in slightly different tints, and every textured surface looked muddy.
That's measurable. If you've ever matched a brand color in print, you've seen Delta E on Pantone proofs — the same metric applies to LED fixtures. A Delta E under 2 is excellent, brand-critical consistency; 2–4 is noticeable to trained observers; above 4 is visible to most people. In practical terms, I now treat CRI 90 as the floor. The DesignLights Consortium has moved most commercial LED categories to a CRI 90 minimum (designlights.org, accessed January 2025), and I look for a 3-step MacAdam ellipse spec so fixtures actually match each other on the ceiling.
When we redid a similar lobby in 2022 with 90+ CRI spotlights and matched color temperatures across every fixture, client feedback scores improved by 23%. Nothing else changed — same chandelier style, same layout, same general price point.
Conclusion: the chandelier is dessert, not the meal. The LED spotlight is the meal — and one with sloppy color consistency will betray the whole room. No statement fixture can rescue that.
Daily Control: Standard Dimmers vs. Savant GE Lighting
I have mixed feelings about smart lighting systems. On one hand, they add setup complexity and a new kind of dependency — a system that never gets programmed is just expensive hardware on the wall. On the other, a properly configured Savant GE Lighting setup genuinely changes how a client uses a space.
Here's the behind-the-scenes version. In mid-2023, I installed Savant GE Lighting in a boutique retail store. Switches were in; the app was sort of configured. I was in a hurry and left the final scene grouping to the store manager. For the next two months, they couldn't get the after-hours scene to work and started talking about ripping the whole system out. (Ugh.) When I finally sat down with them for 40 minutes and set up the scenes properly, the tone flipped completely. Now the manager schedules the lighting from her phone and hasn't touched a physical switch in months.
Now compare that to standard dimmers: reliable, cheap, and forgettable. That's the point. Nobody calls about dimmers after an install — but nobody raves about them, either.
The counterintuitive finding: a smart system's value is created at commissioning, not at the factory. Put another way — the hardware is the easy part; the programming is the product. An un-configured smart switch looks less useful than a standard dimmer, because at least the dimmer has a knob. A configured one becomes the thing guests remember. There's a real difference between owning a smart light switch and installing one. Installation is step one; programming is step two. Skip step two, and Route B becomes a liability.
Clear answer on this dimension: multi-zone space with a client who'll actually use scenes — Savant GE Lighting wins. Single-zone, hands-off client — a standard dimmer is the right call. No shame in that choice.
So Which Route Should You Pick?
I'm not going to close with a lazy “both are great.” Your building's wiring, the schedule, and — most of all — who'll live with the lighting decide this.
Choose Route A when the existing housings are uniform, the budget is tight, the client thinks of lighting as infrastructure, and the maintenance staff doesn't want another app in their life. In that world, reliability beats flexibility every time.
Choose Route B when the space is brand-facing — hospitality, a showroom, an office reception — when multi-zone scenes matter, when the owner will actually invest an hour learning the app, and when you've already confirmed the wiring can support it. Route B pays for itself in perception, not in switching.
And here's the checklist I keep on every project now:
- Photograph every housing and every switch box before ordering anything.
- Confirm a neutral wire in every switch location — not a sample. Every single one.
- Verify CRI (90+) and color consistency (3-step MacAdam or better) on the actual spec sheet, not the brochure.
- Match color temperature across all fixture categories, chandelier lamps included.
- Budget for commissioning time on any smart system. It's not optional.
The quality lesson, from someone who paid $16,000 to learn it: clients can't always explain why a space feels professional, but they feel it within the first ten seconds. The $50-per-fixture step up to proper LED spotlights translated directly into better feedback and, in my experience, better retention. That's a budget line that pays for itself.
Prices, technical requirements, and product specs change — verify current numbers on designlights.org and on the fixture spec sheets before ordering. As of January 2025, at least, this is what I'm seeing in the field.