• SMP provides the highest level of surge protection availableLiFT significantly reduces AC line noiseEVS protects equipment from dangerous overvoltage conditionsZero ground contamination circuitry assures delivery of pure ACBNC connector on the rear panel allows connection of any standard gooseneck lampEight rear-panel outlets and one front-panel outlet20-amp rating, with high inrush-capable magnetic circuit breakerFront panel master power switch protected by hinged panel to prevent accidental po

The most widely-recognized and trusted name in AC power conditioning is proud to introduce the P-8 PRO II power conditioner featuring Furman's revolutionary SMP technology. Furman's Series Multi-Stage Protection (SMP) circuit features their exclusive Linear Filter Technology (LiFT) and Extreme Voltage Shutdown (EVS) plus a high-current TVZ-MOV. Together, these technologies comprise what is, without question, incredibly advanced and comprehensive transient voltage surge suppressors.SMP (Series Multi-Stage Protection Plus):This Furman power conditioner features SMP surge suppression that virtually eliminates service calls. Traditional surge suppression circuits sacrifice themselves when exposed to multiple transient voltage spikes, requiring the dismantling of your system and repair of your surge suppressor. This is not so with the SMP in the Furman P-8 PRO II power conditioner. With Furman's SMP, damaging transient voltages are safely absorbed, clamped, and dissipated with no sacrificed parts, no service calls, and no down time.Unique to Furman's SMP is its unparalleled clamping voltage, even when tested beyond the grueling specifications of USA/CIDA's A-1-1 test. While other designs offer clamping voltages that are well above 300VAC peak (far beyond long-accepted professional standards), Furman's SMP clamps at 188VAC peak and 133 VAC RMS even when tested with multiple 6000VAC - 3000 amp surges. This unprecedented level of surge protection is only available with Furman's SMP technology.LiFT (Linear Filtering Technology):Unfortunately, traditional AC filters/conditioners have been designed for unrealistic laboratory conditions. Prior technologies could actually harm audio and video performance more than they could help due to the resonant peaking of their antiquated, non-linear designs. Under certain conditions, these designs can actually add more than 10 dB of noise to the incoming AC line. Worse still, lost digital data, the need to reboot digital presets, or destro