The Electro-Voice SX200 is a pair of versatile, high-performance two-way passive loudspeakers designed to deliver full-range sound reinforcement for live music, portable PA, and installed applications. Each enclosure integrates a 12-inch woofer with a 1.5-inch titanium diaphragm compression driver, coupled to a wide-dispersion horn, and managed by a precision passive crossover network. This configuration is engineered to provide a balanced frequency response with robust low-end punch, articulate midrange for vocal clarity, and detailed high-frequency reproduction, making the system suitable as a main speaker setup for small to medium venues, a powerful stage monitor solution, or a reliable component in fixed installations.

Constructed for durability in professional environments, the cabinets are built from multi-ply plywood and finished with a textured, scratch-resistant coating that withstands frequent handling and transport. The trapezoidal shape allows for flexible deployment as standalone cabinets, as part of a stacked system, or as stage monitors when placed on their sides. The design incorporates integrated handles, robust steel corners, and multiple mounting points, including pole sockets and flyware attachments, providing practical options for stand mounting, wall mounting, or flying. These features prioritize both acoustic performance and the practical needs of touring crews and installers.

Sonic performance is characterized by high sensitivity, substantial 300-watt power handling per cabinet, and a broad, even dispersion pattern that ensures consistent stereo or mono coverage across the audience area. The system's ability to achieve high sound pressure levels with clarity and impact makes it a reliable choice for sound engineers and musicians who require a versatile and dependable full-range solution. As a foundational component in many professional audio systems, the SX200 speaker pair offers a balance of power, clarity, and road-ready construction, delivering reliable performance for a wide range of sound reinforcement challenges.