ASB7128 vs ASB7128-WH — Compare
JBL ASB7128 Dual 18" Subwoofer vs JBL ASB7128-WH DUAL 18" SUBWOOFER (white)
Both are identical JBL ASB7128 dual 18" subwoofers with the same drivers, power ratings, and performance—the only difference is cabinet finish (black versus white). Choose based solely on aesthetic match to your venue or installation color scheme.
No sales tax on orders shipped outside California — total cost beats national retailers that charge sales tax in nearly every state.
Specs side by side
| JBL ASB7128 Dual 18" Subwoofer | JBL ASB7128-WH DUAL 18" SUBWOOFER (white) | |
|---|---|---|
| Price | $8,200.00 | $8,200.00 |
| Brand | JBL | JBL |
| Speaker Type | Subwoofer | Subwoofer |
| Install Type | Portable | Installed |
| Condition | New | New |
Why choose JBL ASB7128 Dual 18" Subwoofer
- ✓ Classic black finish suits most touring and live-sound setups
- ✓ Universally neutral appearance blends into stage backdrops
- ✓ Standard professional color for rental and installed systems
Why choose JBL ASB7128-WH DUAL 18" SUBWOOFER (white)
- ✓ White finish stands out for modern or light-colored installations
- ✓ Creates cohesive look in whitebox or contemporary venue aesthetics
- ✓ Ideal for high-visibility corporate or broadcast applications
Frequently asked questions
Are the specs and performance identical between these two?
Yes. Both feature dual 2269H 18" woofers, 4000 W continuous / 16,000 W peak power, 135 dB sustained SPL, 89 mm excursion, and identical cabinet construction—only the finish color differs.
Which is better for touring and rental inventory?
The black ASB7128 is more versatile for touring because it matches any stage backdrop. The white version is better for fixed installations where aesthetics align with the room's design.
Do I lose any cooling or durability with the white finish?
No. Both use identical Vented Gap Cooling™ technology, 11-ply birch cabinets, and thermal-management systems. Finish choice affects only appearance, not thermal performance or reliability.
Which subwoofer extends lower in frequency?
Both extend to 20 Hz (–10 dB) and maintain ±3 dB response from 25 Hz–1 kHz. Frequency response is identical across both models.