C-YARK IP-BS-250 IP Network Wall-Mounted Speaker

The C-YARK IP-BS-250 IP Network Wall-Mounted Speaker is a modern and efficient audio solution designed for IP-based public address systems, delivering clear and reliable sound for commercial and institutional environments. With a built-in amplifier (typically around 20–30W output), it provides balanced and distortion-free audio, making it ideal for offices, schools, hospitals, retail shops, and smart buildings.

This speaker operates via an RJ45 IP network interface, allowing direct connection to LAN-based PA systems for centralized control, remote broadcasting, and zone-wise audio management without the need for traditional amplifiers. Its IP-based design ensures flexible installation and scalability, making it suitable for multi-zone and large-area audio systems.

The wall-mounted design ensures easy installation while providing wide sound coverage and good speech intelligibility, suitable for both announcements and background music. Built with durable materials and modern IP audio technology, it ensures stable long-term performance with minimal maintenance.

Overall, the C-YARK IP-BS-250 is a cost-effective, reliable, and smart wall-mounted speaker solution for professional IP PA system installations in Bangladesh and KSA.

Dual-Mode Connectivity: These speakers are highly versatile because they support both 8Ω (low impedance) for standard home/office amplifiers and 70V/100V (high impedance) for "daisy-chain" PA systems used in large buildings.

High-Fidelity Sound: The 1.5-inch silk film tweeter is designed to produce delicate, crisp high notes, making it excellent for speech intelligibility—a crucial factor for conference rooms where every word counts.

Durable Build: The ABS housing is lightweight but rugged, and most versions come with a swivel mounting bracket that allows you to angle the sound toward the audience.

Professional Aesthetics: Available in black or white, the sleek design blends into office interiors, hotels, and schools without being a visual distraction.