90357701 vs 90357702 — Compare
Martin Atomic Dot Cold White Strobe Blinder Eye Candy Light vs Martin Atomic Dot Warm White Strobe Blinder Eye Candy Light
The Martin Atomic Dot Cold White delivers 500 more lumens with a cooler 5700K color temperature, ideal for high-impact strobing and broadcast work. The Martin Atomic Dot Warm White offers a warmer 2700K base with lower power consumption and more flexible color temperature range, better for venues and touring where warmth and efficiency matter.
No sales tax on orders shipped outside California — total cost beats national retailers that charge sales tax in nearly every state.
Martin Atomic Dot Cold White Strobe Blinder Eye Candy Light
Martin Atomic Dot Warm White Strobe Blinder Eye Candy Light
Specs side by side
| Martin Atomic Dot Cold White Strobe Blinder Eye Candy Light | Martin Atomic Dot Warm White Strobe Blinder Eye Candy Light | |
|---|---|---|
| Price | $802.80 | $802.80 |
| Brand | Martin | Martin |
| Year | Unknown | Unknown |
| Condition | New | New |
Why choose Martin Atomic Dot Cold White Strobe Blinder Eye Candy Light
- ✓ Higher output at 3350 lumens in boost/strobe mode
- ✓ Cool 5700K white temperature suits broadcast and tight beam effects
- ✓ Sharper optical performance for long-throw applications
Why choose Martin Atomic Dot Warm White Strobe Blinder Eye Candy Light
- ✓ Lower power consumption at 50W typical draw
- ✓ Warm 2700K base with 16-2000K to 11000K RGB aura range for color flexibility
- ✓ 50,000-hour LED lifetime and convection-cooled aluminum for touring durability
Frequently asked questions
What's the main optical difference between these two?
Both have an 11° beam angle, but the Cold White delivers 3350 lumens at 5700K for punchy, cool effects, while the Warm White outputs 2850 lumens at 2700K base temperature. The Cold White is brighter; the Warm White is warmer and more color-flexible via its RGB aura LEDs.
Which is better for touring?
The Warm White is optimized for touring with its 50W typical power draw, 50,000-hour LED lifetime, universal 100–240V AC input, and convection cooling. The Cold White is more compact and versatile but draws more power.
Can I control color temperature on either fixture?
The Cold White has a fixed 5700K cold white beam with 16 RGB backlight auras. The Warm White has a fixed 2700K warm white beam but offers variable RGB color temperature from 2000–11,000K via the 16 aura LEDs, giving much broader color mixing capability.
Are both fixtures compatible with modern lighting control systems?
Yes, both support DMX, Art-Net, sACN, and P3 control protocols and integrate into networked rigs without additional interface boxes. Both weigh 2.2 kg with bracket and feature IP65 housing.