JBL AM5212/66-WRX is a medium power, lightweight, 2-way, full-range loudspeaker system comprised of the JBL Differential Drive dual voice coil and dual magnetic gap. Frequency Range(-10dB): 37 Hz – 20 kHz Frequency Response(±3 dB): 43 Hz – 20 kHz Maximum SPL (1m): Bi-amp mode: LF: 122 dB HF: 131 dB Coverage Pattern: 60° x 60° and Nominal Impedance: 8 ohms System Power Rating: Passive mode: 300 W (1200 W peak), 100 hrs Dimensions(H x W x D): 713 x 371 x 458 mm(28.06 x 14.6 x 18.1 in)

JBL AM5215/26-WRX is a medium power, lightweight, 2-way, full-range loudspeaker system comprised of the JBL Differential Drive dual voice coil and dual magnetic gap. Frequency Range(-10dB): 35 Hz - 20 kHz Frequency Response(±3 dB): 41 Hz – 18 kHz Nominal Impedance: 8 ohms and Coverage Pattern: 120° x 60° System Power Rating: Passive mode: 350 W (1400 W peak), 100 hrs Dimensions(H x W x D): 783 x 422 x 504 mm(30.8 x 16.6 x 19.85 in) Transducer Power Rating(AES) LF: 500 W (2000 W peak), 2 hrs350 W (1400 W peak), 100 hrs

JBL AM5215/66-WRC is a medium power, lightweight, 2-way, full-range loudspeaker system comprised of the JBL Differential Drive dual voice coil and dual magnetic gap. Frequency Range(-10dB): 35 Hz - 20 kHz Frequency Response(±3 dB): 41 Hz – 18 kHz Nominal Impedance: 8 ohms and Coverage Pattern: 60° x 60° System Power Rating: Passive mode: 350 W (1400 W peak), 100 hrs Dimensions(H x W x D): 783 x 422 x 504 mm(30.8 x 16.6 x 19.85 in) Transducer Power Rating(AES) LF: 500 W (2000 W peak), 2 hrs350 W (1400 W peak), 100 hrs

The JBL  AM7212/00 is a high power, lightweight, 2-way, full-range loudspeaker system comprised of the JBL Differential Drive dual voice coil and dual magnetic gap 2262H 300 mm (12 in) low frequency driver and 2432H high-frequency 38mm (1.5 in) exit, 75 mm (3 in) voice-coil compression driver. The large format Progressive Transition waveguide provides excellent coverage in a variety of patterns. The waveguide is rotatable so the loudspeaker system can be used in either the vertical or horizontal orientation. High-slope passive networks minimize band overlap. Well-controlled off-axis response enhances arrayability.