JBL C2PS Control 2P Stereo Speakers - Pair

JBL C2PS Control 2P Stereo Speakers — Pair

The JBL C2PS delivers studio-grade monitoring in a compact, desktop-friendly footprint. These powered speakers combine accurate transducers with responsive controls, making them equally at home on a production desk, in a video suite, or anchoring a small installation. The included snap-on pedestals optimize listening angle immediately out of the box.

Audio Performance & Connectivity

A 35-watt amplifier and high-sensitivity drivers produce 115 dB maximum SPL per pair, offering substantial output from a modest form factor. The 80 Hz–20 kHz frequency range with 4.2 kHz crossover ensures balanced response across the spectrum, while dual balanced XLR/¼" TRS and unbalanced RCA inputs accommodate virtually any signal source—from mixing consoles to consumer audio gear.

Design & Functionality

Magnetically shielded transducers allow safe placement near CRT monitors and sensitive equipment without interference. Side-mounted ergonomic controls include volume adjustment and a high-frequency contour knob to tailor response to your specific environment. An internal peak limiter and overload protection circuit guard against damage from sustained over-driving, while the included 3.5 mm headphone jack enables private monitoring without disconnecting the mains.

Key Features

• 135 mm (5.25 in) low-frequency loudspeaker
• 19 mm (0.75 in) polycarbonate dome tweeter
• Frequency range: 80 Hz – 20 kHz
• Crossover frequency: 4.2 kHz
• 35-watt amplifier power
• Maximum SPL: 115 dB per pair
• Balanced Neutrik® combo XLR / ¼" TRS and unbalanced RCA inputs (×2)
• Input sensitivity: +4 dBu XLR ¼"; 0 dBu RCA
• 3.5 mm (1/8") stereo headphone jack
• Magnetically-shielded transducers
• Internal peak limiter and overload protection
• Dimensions: 235 × 159 × 143 mm; weight: 4.8 kg (10 lb)
• Wall-mountable with optional MTC-2P kit; included snap-on pedestals

The C2PS remains a dependable choice for production professionals requiring accurate, protected monitoring in a space-efficient design.