JBL Professional AC28/95 8" 2 Compact 2-Way Loudspeaker with 1" Exit Compression Driver, Black

Bring reliable, pro-grade sound to professional installations with the JBL Professional AC28/95 compact 2-way loudspeaker. Engineered for spaces that require high-SPL performance without visual intrusion, this speaker pairs dual 8-inch LF transducers with a 1-inch exit compression driver to deliver clear voice reproduction and extended frequency response (65 Hz–20 kHz). With 375W RMS capacity, 94 dB sensitivity and FIR tuning, the AC28/95 produces even coverage and low distortion—ideal for paging, public address, retail, hospitality and security monitoring applications. The rotatable PT waveguide and user-selectable crossover keep high-frequency pattern control consistent whether the cabinet is mounted horizontally or vertically, while Filtered Array Technology smooths power response for natural tonal balance. Built for permanent installs, the enclosure accepts industry-standard mounting hardware and includes Neutrik NL4 connectors for secure, serviceable connections. Choose the AC28/95 when you need discreet, dependable audio for surveillance-related audio zones, monitoring rooms or any space that demands intelligible speech and impactful music. Contact your dealer to specify the speaker for your next installation.

• Consistent, even coverage: Rotatable 90° x 50° PT waveguide and FIR tuning deliver predictable sound for paging, monitoring and background music
• High output in a compact footprint: Dual 8-inch LF drivers and a 1-inch compression driver provide punchy SPL while staying unobtrusive for wall or ceiling installs
• Orientation flexibility: User-selectable crossover and horn rotation ensure accurate HF coverage whether mounted vertically or horizontally
• Installation-ready durability: Robust plywood enclosure, Neutrik NL4 connectors plus screw terminal and multiple mounting points simplify permanent installs
• Cleaner bass and lower distortion: Symmetrical Field Geometry woofers and Filtered Array Technology improve low-frequency control for natural voice reproduction