Behringer SUPER-X PRO CX3400 V2 Multi-Channel Crossover With Limiters

The Behringer SUPER-X PRO CX3400 V2 allows you to get the most out of your speaker system. With its professional-grade 24dB/octave Linkwitz-Riley filters, the SUPER-X PRO CX3400 V2 crossover network provides precision frequency separation between drivers for a flat summed response. For constant directivity horns, the SUPER-X PRO CX3400 V2 has a CD horn equalization feature to maintain uniform coverage. Precisely Shape Your System's Response The Linkwitz-Riley filters in the SUPER-X PRO CX3400 V2 allow you to perfectly divide the frequency spectrum between drivers in your speaker system. With a steep 24dB/octave slope, it eliminates overlap and interference between bands for a flat summed amplitude response. This results in clear, defined sound across the spectrum. The SUPER-X PRO CX3400 V2 can be configured as a stereo 2-way, stereo 3-way or mono 4-way crossover for a variety of system configurations. Protect Your Investment The individual output limiters on the SUPER-X PRO CX3400 V2 are an invaluable tool for safeguarding your speaker components. By preventing clipping and distortion, the limiters help avoid blown drivers or fried voice coils. Now you can push your system to its full potential without worrying about damage. The limiters are adjustable to dial in just the right amount of protection. Achieve Optimal Time Alignment In any multi-way speaker system, precise time alignment between drivers is critical for proper phase coherency. The SUPER-X PRO CX3400 V2 lets you adjust the delay time on each output to compensate for acoustic differences and get perfect time arrival. This ensures your crossover network doesn't negatively impact the soundstage. With the CX3400 V2, you can tune for a focused, accurate stereo image. Maintain Consistent Coverage For constant directivity horn tweeters, the SUPER-X PRO CX3400 V2 provides CD horn equalization to smooth the high frequency response. This flattens the horn's natural roll-off and provides consistent coverage across the horn's operating range. The result is uniform dispersion without narrowing at the extreme highs.