90357701-B vs 90357702-B — Compare
Martin Atomic Dot Cold White Strobe Blinder Eye Candy Light B-Stock vs Martin Atomic Dot Warm White Strobe Blinder Eye Candy Light B-Stock
The Martin Atomic Dot Cold White delivers higher peak output (3350 lumens) with a sharper 5700K daylight tone, while the Warm White offers lower power consumption (50W) and variable color temperature flexibility (2000–11,000K). Choose Cold White for high-throw broadcast and touring rigs that demand maximum punch; choose Warm White for versatile stage productions where color control and efficiency matter.
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Martin Atomic Dot Cold White Strobe Blinder Eye Candy Light B-Stock
Martin Atomic Dot Warm White Strobe Blinder Eye Candy Light B-Stock
Specs side by side
| Martin Atomic Dot Cold White Strobe Blinder Eye Candy Light B-Stock | Martin Atomic Dot Warm White Strobe Blinder Eye Candy Light B-Stock | |
|---|---|---|
| Price | $642.24 | $642.24 |
| Brand | Martin | Martin |
| Year | Unknown | Unknown |
| Condition | Refurbished | Refurbished |
Why choose Martin Atomic Dot Cold White Strobe Blinder Eye Candy Light B-Stock
- ✓ 3350 lumens peak output—450 lumens brighter than the Warm White model
- ✓ 5700K cold white tone cuts through ambient light in large venues and outdoor broadcasts
- ✓ Sharp 11° beam angle with fixed optical performance optimized for long-throw applications
Why choose Martin Atomic Dot Warm White Strobe Blinder Eye Candy Light B-Stock
- ✓ Variable color temperature 2000–11,000K via RGB aura LEDs allows warm-to-cool tuning mid-show
- ✓ 50W typical power draw reduces electrical load on touring rigs
- ✓ 50,000-hour LED lifetime and convection cooling minimize maintenance during extended runs
Frequently asked questions
Which is brighter?
The Cold White peaks at 3350 lumens in boost/strobe mode versus 2850 lumens for the Warm White—a 500-lumen difference that matters in large spaces and outdoor applications.
Can I change color temperature on either fixture?
The Cold White is fixed at 5700K; the Warm White offers 16 RGB aura LEDs that enable variable color temperature from 2000–11,000K for mid-show adjustments and creative effects.
Which uses less power?
The Warm White consumes 50W typical power; the Cold White's power draw is not specified but delivers higher output, suggesting higher consumption—relevant for touring rigs with limited electrical capacity.
Are they both suitable for touring?
Yes—both feature IP65 housing, 2.2 kg weight with bracket, DMX/Art-Net/sACN control, and daisy-chaining cables. The Cold White excels in large outdoor tours; the Warm White suits flexible indoor/outdoor productions with color-tuning needs.