Features KEF’s patented Uni-Q driver array
The exceptionally stylish Ci160QL rectangular loudspeaker's narrow rim allows for flawless integration into your wall or ceiling. The wide dispersion of KEF's amazing Uni-Q driver gives your room more sound coverage with fewer speakers.
Ci160QL
Featuring KEF's sophisticated 'sit anywhere' Uni-Q driver array, which places the tweeter in the acoustic centre of the bass/midrange cone, this allows both the tweeter and woofer to act as a single point source that disperses the sound widely and evenly throughout the room. Together with the discreet Ultra Thin Bezel (UTB) design, offering the slimmest possible visible rim around the speaker, the Ci-Q Series range gives you tremendous freedom to position the speakers where you please.
![](https://media.kef.com/products/EN_IE/HK-Ci160QL/img-pdp-ci160ql-grille-open.jpg)
![](https://media.kef.com/products/EN_IE/HK-Ci160QL/img-pdp-ci160ql-grille-close.jpg)
Fast and Easy to Install
KEF's Ci loudspeaker design makes them so quick and easy to install that once the wire is run and the hole is cut in your wall or ceiling you can be listening to music in less than two minutes.
The Details
SPECIFICATIONS
Nomimal Impedance
8 Ohm
Sensitivity
89dB (2.83V/ 1m)
Crossover Frequencies
3.0kHz
Frequency Response
38Hz - 34kHz (±6dB) open backed
Drive Units
LF: 160mm (6.5in.)
HF: 19mm (0.75in.) Uni-Q
HF: 19mm (0.75in.) Uni-Q
Recommended Amplifier Power
10 - 125W
Product External Dimension (H X W X D)
303 x 223 x 97.5 mm (11.93 x 8.78 x 3.84 in.)
Cut-Out Dimensions (H X W)
274 x 194 mm (10.79 x 7.64 in.)
Mounting Thickness
Ceiling Thickness (Maximum): 30mm (1.19 in.)
Ceiling Thickness (Minimum): 3mm (0.12 in.)
Ceiling Thickness (Minimum): 3mm (0.12 in.)
Mounting Depth From Surface
91mm (3.58in.)
Optional Rough In Frame
RIF160L
Optional Rear Enclosure
RNC160L
Net Weight
2.05kg (4.51lbs.)
Unit Measurement
Piece
KEF reserves the right, in line with continuing research and development, to amend or change specifications. E&OE.
Please visit our Ci Software Download page for more details.