cones are crafted from Kevlar, an extremely resilient material. Curved cone design coupled with high-temperature voice coils and damped rubber surrounds deliver excellent fidelity and durability. The 1¿ waveguideloaded, high-frequency drivers are made of magnetically shielded silk domes for a crisp top end that¿s gentle on the ears. 70-watt bi-amped power and expertly tuned crossovers round out a first-rate pair of reference monitors with a footprint small enough to fit just about anywhere.  (less)

shielded monitors feature 8? curved Kevlar low-frequency drivers plus high temperature voice coils and damped rubber surrounds for durability and fidelity. The 1-1/4? natural silk, waveguide-loaded tweeters deliver a high end that?s both clear and easy on the ears. Custom-tuned crossovers distribute 130 watts of bi-amplified power for optimal frequency handling by each driver.  (less)

and high-frequency overload protection, and XLR and ¾"" TRS connectors."  (less)

for HF. Cast aluminum Zero Edge Baffle minimizes diffraction. Full internal damping eliminates midrange artifacts. Onboard passive radiator extends bass response to 35Hz. Acoustic Space, LF roll-off, and HF controls. Balanced XLR, TRS, and unbalanced RCA inputs. OmniMount ready for easy wall/ceiling placement. THX pm3 certified for surround sound applications. Perfect for high-definition audio, cinema and gaming systems.  (less)

tweeter > crisp, smooth, and transparent DSP-tuned cabinets and crossovers > unparalleled accuracy MTM architecture > wide sweet spot with reduced room reflections 24-bit/192kHz digital inputs > total digital studio connect  (less)

for greater high-frequency clarity and refined sound. The magnetically shielded monitors feature 8 curved Kevlar low-frequency drivers plus high-temperature voice coils and damped rubber surrounds for durability and fidelity. The 1-1/4 natural silk, waveguide-loaded tweeters deliver a high end thats both clear and easy on the ears. Custom-tuned crossovers distribute 130 watts of bi-amplified power for optimal frequency handling by each driver.  (less)