Last updated: September 2026
This guide covers panel-format LED fixtures only — continuous lights built from dozens or hundreds of individual LEDs arranged across a rectangular or circular surface.
Three related form factors fall outside its scope and are covered separately:
- COB video lights: use a single or small cluster of high-power emitters, with a small emitting area and high surface brightness; they require softboxes or other modifiers.
- Tube lights / wands: LEDs arranged inside a narrow housing, producing a line source suited to edge lighting and tight spaces.
- Ring lights: LEDs arranged in a circle, producing on-axis, near-shadowless light as a stylistic tool.
Panel lights are soft straight out of the box and usually need no modifier. Their surface brightness is lower than a COB’s, which means spill is harder to control and output falls off more quickly as you move them back.
The advantage of continuous light is that you can see the result before you shoot, rather than confirming it through test frames as you would with a flash. That is a requirement for video and a useful efficiency gain for stills. The trade-off is output: at a comparable size, continuous lights deliver less power than strobes and are at a disadvantage when freezing motion or overpowering ambient light.
The nine products below are grouped by use case. All specifications are taken from published manufacturer data.
2026 LED panel lights at a glance
| Product | Format and role | Output | CCT range | Power | Weight |
|---|---|---|---|---|---|
| Harlowe Sol 5 Spectra | Ultra-thin MagSafe panel | 220 lm (440 lm boost) | 2,700–6,500K | Internal battery | 154 g |
| SmallRig RM120 | Mini pocket panel | 15W · 1,580 lux @ 0.3 m | 2,500–8,500K + RGB | Internal battery | 204 g |
| Zhiyun Fiveray M60 Ultra | Portable primary panel | 60W · 6,490 lux @ 3.3 ft | 2,500–10,000K + RGB | Internal battery / USB-C PD | 430 g |
| amaran Pano 60c / 120c | Ultra-thin location panels | 60W / 120W class | Full colour | USB-C PD | 0.7 kg (60c) |
| GVM 800D III | Mid-size dual-function panel | 40W · approx. 2,900–3,129 lux @ 1 m | 3,200–5,600K + HSI full colour | Per manufacturer spec | Not published |
| Amaran Verge / Verge Max | Home studio panels | 2,347 / 6,455 lumens | 2,700–6,500K | USB-C PD | 0.94 / 3.66 kg |
| Neewer PL60C | Studio RGB flat panel | 60W · 6,400 lux @ 1 m | 2,500–10,000K + RGB | AC / optional V-mount | 2.4 kg |
| Nanlite PavoSlim 120C | Large high-output panel | 150W · 12,830 lux @ 1 m | 2,700–7,500K + RGBWW | AC / V-mount | 1.76 kg |
| Rotolight Aeos 2 Pro | Circular professional panel | 120W · 11,700 lux @ 3 ft | 3,000–10,000K + RGBWW | AC / V-lock | 1.4 kg |
Prices are shown as bands — $ (entry level), $$ (mid-range), $$$ (premium). LED pricing moves frequently, so check current listings before ordering.
Finding the right section: phone shooting → #1. Budget carry-everywhere fill → #2. Output and portability combined → #3 and #4. Mid-size panel with full colour → #5. Fixed-room lighting → #6 and #7. Lighting a larger space → #8. Combined continuous and flash use → #9.
What to evaluate before buying
- Output at a stated distance. A lux figure means nothing without the distance it was measured at. Normalise everything to 1 metre before comparing.
- Sustained output. Some compact lights reach their headline number briefly and then reduce power under thermal management. Check usable runtime at full output and whether output drops over time.
- Colour metrics. For anything involving skin, look for CRI and TLCI of 95 or higher. Published R9 (deep red) values and SSI scores are useful supporting data.
- Noise. Irrelevant for stills; for video with live audio, fanless or muteable designs are preferable.
- Power options. Confirm which batteries it takes, how long it lasts at full output, and whether your existing chargers can drive it.
- Mounting interface. Cold shoe, 1/4″-20 thread, MagSafe, and stand mounts all differ — check compatibility with your current kit.
The 9 best LED panel lights in 2026
1. Harlowe Sol 5 Spectra Creator Kit
Specs: 2,700–6,500K · 220 lumens (440 lm in boost mode) · MagSafe compatible · 36,000 colours · touch-sensitive panel · 189 × 68 × 24.9 mm (unfolded) · 154 g · $$
Main features: MagSafe compatibility means it attaches directly to the back of an iPhone using the same magnetic interface as wireless charging — no cold shoe, cage, or bracket required. A circular touch panel handles colour temperature adjustment. It can also be used off-camera on a tripod. Ships with modifiers including a domed diffusion lens and a carry case.
Limitations: Output is in the 3W class and suited to close-range work only. Priced high relative to raw output. Can be top-heavy on a mini tripod.
Best for: Phone shooting, vlogging, and mobile journalism.
2. SmallRig RM120
Specs: 15W · 2,500–8,500K · RGBW · 1,580 lux @ 0.3 m · 5,000 mAh internal battery · 125 × 75.2 × 15.5 mm · 204 g · $
Main features: Roughly phone-sized, with a metal body and a removable rubber diffuser, plus a rear colour LCD and dedicated controls. Supports CCT, HSI, RGBW, and FX modes, with high published CRI and TLCI ratings.
Limitations: 15W of output, measured at 0.3 m. Once diffused or placed beyond arm’s length, it functions as an accent light rather than a key light.
Best for: Close-range fill for portraits, product shots, and run-and-gun video.
3. Zhiyun Fiveray M60 Ultra
Specs: 60W · 2,500–10,000K · HSI/RGB · 6,490 lux @ 3.3 ft · 4,500 mAh internal battery · USB-C PD · 150 × 80 × 37.3 mm · 430 g · $$
Main features: A true 60W of output from a body about the size of a large phone. Bi-colour range spans 2,500–10,000K, with HSI and RGB modes for creative colour. The manufacturer rates the internal battery at roughly 160 minutes at 20% brightness and over 30 minutes at full power, and it can run continuously on USB-C PD. The diffuser and honeycomb grid attach magnetically; the cooling fan engages only when needed; two rear dials and a colour screen handle control. Includes a selection of animated effects.
Limitations: Fitting the diffuser reduces output noticeably. The two-dial interface has a short learning curve.
Best for: Hybrid shooting where both size and output matter.
4. amaran Pano 60c / 120c
Specs: 60W / 120W class · full colour · TIR optic array · USB-C PD · 0.7 kg (60c) · $$
Main features: Ultra-thin flat panels sized roughly like an 11-inch tablet and a 15-inch laptop respectively, both bag-friendly. A TIR lens array over the emitting surface improves optical efficiency in both white and colour output. USB-C PD powered — the 60c requires a 65W or higher PD source, the 120c a 140W or higher PD source. An Ace E-Lock contact quick-release system allows cable-free power from the amaran Peak battery grip. A range of light-shaping accessories is available.
Limitations: The 120c needs a 140W EPR source; most 100W power banks will not drive it. Full output specifications should be confirmed against the manufacturer’s published data.
Best for: Location and mobile work where panel softness is wanted without giving up portability.
5. GVM 800D III
Specs: 40W · 3,200–5,600K bi-colour + 360° HSI full colour · CRI/TLCI 97+ · approx. 2,900–3,129 lux @ 1 m · 269 × 262 × 38 mm (10.6 × 10.3 × 1.5 in) · $$
Main features: A dual-function panel combining bi-colour white light and RGB colour in one fixture. The colour temperature range is 3,200–5,600K, with HSI control offering 360° hue and 0–100% saturation. The manufacturer rates CRI and TLCI at 97+. App control and master-slave sync allow multiple units to be adjusted together. At roughly 38 mm thick, it is a mid-size panel that fits in a camera bag.
A note on the output figures: the manufacturer’s material lists 2,900 lux, 2,930 lux, and 3,129 lux (3,200K @ 1 m) in different places, and describes the effects library both as 20 built-in effects and as 8 scene modes. Confirm against the final retail listing before purchase.
Limitations: At 40W, output is below that of similarly priced 60W portable panels. The bi-colour range (3,200–5,600K) is narrower than the 2,700–6,500K or wider ranges offered by many competitors. Power options and total weight are not specified in the available material.
Best for: Studio and location work that wants a mid-size panel switchable between white light and colour.
6. Amaran Verge & Verge Max
Specs: Bi-colour 2,700–6,500K · CRI 96+ · 2,347 lumens (Verge, 11.5″) / 6,455 lumens (Verge Max, 24″) · USB-C PD · 0.94 kg / 3.66 kg · $$ / $$$
Main features: Flat panels around 3 cm thick that can sit close against a wall or ceiling, occupying far less space than a traditional softbox. Both are bi-colour white-light fixtures with CRI 96+. The Amaran app allows specific Kelvin values and effects; the Verge Max has a small display, the standard Verge does not.
Limitations: No RGB capability. The standard Verge ships without a stand. The Verge Max is heavy enough to require a proper stand.
Best for: Small fixed studios, streaming setups, and video calls.
7. Neewer PL60C
Specs: 60W · 2,500–10,000K · RGB · 6,400 lux @ 1 m · 380 × 342 × 86 mm · 2.4 kg · AC / optional V-mount · $
Main features: Bi-colour and RGB in one fixture, with a 2,500–10,000K range and 60W of output. Control is via onboard buttons or app, with 18 built-in effects. The aluminium alloy body houses a fan that can be muted during recording; barn doors and a carry case are included.
Limitations: Designed primarily around mains power, so location work requires a separate V-mount battery. The knob-and-menu control scheme takes more getting used to than a touchscreen.
Best for: Budget studio builds that still want colour capability.
8. Nanlite PavoSlim 120C
Specs: 150W · 2,700–7,500K · RGBWW · 12,830 lux @ 1 m (5,600K) · 602 × 306.3 × 18.6 mm · 1.76 kg · AC / V-mount · $$$
Main features: 12,830 lux at 1 metre provides enough headroom to work through a softbox, bounce, or place the panel several metres back. The panel is 18.6 mm thick, and the metal chassis doubles as a heatsink, so the fixture is fanless and silent. The RGBWW engine covers 2,700–7,500K plus HSI and gel modes. Control runs through an external control unit, with the Nanlink app available for remote adjustment.
Limitations: Once the control unit, cabling, and accessories are included, the full kit is bulky and not especially portable. The power connectors are plastic.
Best for: Studio lighting, and shoots needing high output with silence.
9. Rotolight Aeos 2 Pro
Specs: 120W · 3,000–10,000K · RGBWW · 11,700 lux @ 3 ft · 295 mm diameter · 1.4 kg · AC / V-lock · $$$
Main features: A circular panel that works as both a continuous RGBWW source and a high-speed-sync flash, with built-in wireless receivers for the major trigger systems. The RGBWW engine provides a large colour library, digital filters, and effect presets. True Aperture Dimming calculates and displays the required output as an f-stop based on ISO, shutter speed, and subject distance. Control is via a full-colour touchscreen.
Limitations: A significant investment. The flash function does not replace a dedicated strobe where high power output is required.
Best for: Professionals working across both stills and motion.
Panels vs other form factors
The choice of form factor depends on the quality of light you need, not on brand.
Panel lights (covered here) have a large emitting area and produce soft light without modifiers. Surface brightness is lower, spill is harder to control, and output falls off quickly with distance. Suited to situations where convenience and softness come first.
COB lights (not covered here) are point sources with high surface brightness and hard shadows when unmodified. With a softbox, Fresnel, or reflector they can produce a range of light qualities. Suited to situations that call for shaping and control, and where the cost of modifiers is acceptable.
Tube lights and wands (not covered here) are line sources, suited to edge lighting, vehicle interiors, corridors, and standing in for practicals.
Ring lights (not covered here) produce on-axis, low-shadow light with a distinctive catchlight — a stylistic tool rather than a general one.
As an order-of-magnitude reference: a large studio flat panel sits around 50,000–70,000 cd/m² of surface brightness, while a dense pocket panel can exceed 500,000 cd/m². That difference determines how much usable output is left after diffusion.
How to read panel specs
Look at lux, not lumens. Lumens measure how much light the source emits; lux measures how much lands on your subject. Lux is what determines exposure.
Normalise to one metre. Illuminance follows the inverse-square law, so divide a 0.5 m figure by four and a 0.3 m figure by roughly eleven before comparing. A “1,580 lux” pocket light and a “1,580 lux” studio panel are not in the same class if measured at different distances.
One caveat: when the subject distance is less than about five times the largest dimension of the source, falloff is slower than the inverse-square law predicts. For that reason, 0.5 m figures are of limited use for large panels — 1 m figures are more reliable.
Watch for inconsistencies within the same material. Some manufacturers publish conflicting output figures in different places. When that happens, favour the figure that states both the measurement distance and the colour temperature, and confirm with the seller if necessary.
Convert lux into an f-stop. At 1/50s (the 180° shutter for 25p), approximate apertures are:
| Lux on subject | ISO 400 | ISO 800 | ISO 1,600 |
|---|---|---|---|
| 500 | f/3.2 | f/4.5 | f/6.3 |
| 1,000 | f/4.5 | f/6.3 | f/9 |
| 2,000 | f/6.3 | f/9 | f/13 |
| 5,000 | f/10 | f/14 | f/20 |
| 10,000 | f/14 | f/20 | f/29 |
The usual target for a key light is 2,500–5,000 lux at 1 metre before diffusion. That leaves two to three stops of headroom so the light still lands on a usable aperture once softened.
Budget for diffusion loss. A removable diffuser costs roughly ½–1½ stops, a softbox 1–2 stops, a honeycomb grid 1–2 stops; barn doors cost essentially no output.
Colour metrics. CRI and TLCI of 95 or higher are advisable. The R9 value affects skin tone rendering. SSI measures spectral similarity against a named reference such as tungsten or daylight, and is appearing more often on mid- to high-end fixtures.
Power. Common options for panel lights:
| Option | Specification | Notes |
|---|---|---|
| AC adapter | Mains | Unlimited runtime, tethered by cable |
| Internal battery | Varies by model | Portable; runtime limited by capacity and output |
| NP-F batteries | 7.2V, approx. 35–50 Wh | Low cost, widely available; around 40 minutes on a 60W light |
| V-mount batteries | 14.4V, 95–150 Wh | Around 1 hour on a 100–150W fixture; note the 100 Wh air travel limit |
| USB-C PD | Up to 100W (PD 3.0) / 240W (EPR) | Shares a charger with laptop and phone; check wattage and cable rating |
Two further checks: whether thermal throttling reduces output over time, and whether fan noise will affect live audio recording.
Frequently asked questions
Are LED panels suitable for still photography?
Yes. Continuous light lets you see the light position and shadows before shooting, reducing test frames. However, strobes retain a two- to three-stop power advantage for freezing motion and overpowering ambient light; the two are complementary rather than interchangeable.
How many lux do I need?
For a key light in a typical room, aim for 2,500–5,000 lux at 1 metre before diffusion. Use the table above to convert that into a concrete aperture for your ISO and shutter speed.
Do I need RGB?
It depends on whether colour is part of the shot. RGBWW fixtures typically drive only their white emitters in white-light mode, so peak white output is lower than a bi-colour fixture of the same wattage. If most of your work is white light, a bi-colour fixture is the more efficient choice.
Is a wider bi-colour range always better?
It depends on the environment. A 3,200–5,600K range covers tungsten through daylight. If you need to match mixed sources, fluorescent, or more extreme conditions, an extended range below 2,700K or above 6,500K is more useful.
What’s the difference between lux and lumens?
Lumens measure total light emitted by the source; lux measures illuminance arriving at the subject’s surface. Lux is what determines exposure.
How do I avoid flicker or banding?
Most LED dimming uses PWM. If you shoot high frame rates, test at 120 fps with a 45° shutter and ramp brightness through its full range, watching for banding. At 25p with a 180° shutter, most fixtures are unaffected.
Can a panel light replace a flashgun?
Not entirely. Continuous light wins on preview, video, and fill; flash wins on peak power and freezing motion. A few premium fixtures do both, at a significant premium.
Do I need a standard mount?
Panel lights typically use a cold shoe, 1/4″-20 thread, or a dedicated stand mount rather than the Bowens system used by COB fixtures. If you already own a collection of modifiers, check whether an adapter is available.
Summary
A sensible order for choosing a panel light is: emitting area → sustained output → power flexibility → mounting interface.
- Carry-everywhere fill: SmallRig RM120, or Harlowe Sol 5 Spectra for phone users.
- Output and portability combined: Zhiyun Fiveray M60 Ultra, or amaran Pano 60c / 120c.
- Mid-size panel with both white and colour: GVM 800D III.
- Fixed-room lighting: Amaran Verge / Verge Max, or Neewer PL60C.
- Lighting a larger space: Nanlite PavoSlim 120C.
- Combined continuous and flash use: Rotolight Aeos 2 Pro.
Once your requirements are clear, work through the manufacturer’s specifications using the framework above — it reduces the risk of misjudging a fixture because its numbers were published on a different basis.
Note: specifications are manufacturer-stated values; actual output and runtime vary with environment, modifiers, and settings. Complete specifications for some models (such as power options and total weight) should be confirmed against the manufacturer’s final published data. Price bands are indicative as of publication — verify current pricing before ordering.