Multi Channel

In the 1980's, the technology was transistors and massive class AB designs that stretched the length of a foootball field, today it's more efficient MOSFET class D designs, but the outcome is still the same: serious amounts of power driving ridiculously...

In the 1980's, the technology was transistors and massive class AB designs that stretched the length of a foootball field, today it's more efficient MOSFET class D designs, but the outcome is still the same: serious amounts of power driving ridiculously...

In the 1980's, the technology was transistors and massive class AB designs that stretched the length of a foootball field, today it's more efficient MOSFET class D designs, but the outcome is still the same: serious amounts of power driving ridiculously...

In the 1980's, the technology was transistors and massive class AB designs that stretched the length of a foootball field, today it's more efficient MOSFET class D designs, but the outcome is still the same: serious amounts of power driving ridiculously...

In the 1980's, the technology was transistors and massive class AB designs that stretched the length of a foootball field, today it's more efficient MOSFET class D designs, but the outcome is still the same: serious amounts of power driving ridiculously...

In the 1980's, the technology was transistors and massive class AB designs that stretched the length of a foootball field, today it's more efficient MOSFET class D designs, but the outcome is still the same: serious amounts of power driving ridiculously...

In the 1980's, the technology was transistors and massive class AB designs that stretched the length of a foootball field, today it's more efficient MOSFET class D designs, but the outcome is still the same: serious amounts of power driving ridiculously...

In the 1980's, the technology was transistors and massive class AB designs that stretched the length of a foootball field, today it's more efficient MOSFET class D designs, but the outcome is still the same: serious amounts of power driving ridiculously...

In the 1980's, the technology was transistors and massive class AB designs that stretched the length of a foootball field, today it's more efficient MOSFET class D designs, but the outcome is still the same: serious amounts of power driving ridiculously...

SSA DM100.4 Amplifier Introducing the all new SSA DM100.4 amplifier. An old school approach, with updated components, for the most discerning of ears. If your front stage is lacking warmth and clarity, its time to upgrade. Our first 4 channel...

SSA DM150.2 Amplifier Introducing the all new SSA DM150.2 amplifier. An old school approach, with updated components, for the most discerning of ears. If your front stage is lacking warmth and clarity, its time to upgrade. Our first amplifier in...

SSA DM150.6 Amplifier Introducing the all new SSA DM150.6 amplifier. 6 channels of Class-A/B in 2021? Yes, you read that right. We are taking a throw back stance with this gem, using modern componentry, for the most perceptive of ears, but old...

Features: 4 x 100 Watts RMS @ 4 Ohm Compact Design for Smaller Installation Footprint Angled Terminals for show quality installations Full Range Class D Design Conformal Coated Printed Circuit Board for Marine and Motorcycle Applications DC, Short...

Short on space but don't want to sacrifice power? Say hello to the Hybrid amp - the perfect blend of brawn and compact design. With three Monoblock D class amplifiers and two four-channel amplifiers, you have plenty of options to choose from. And let's...

Short on space but don't want to sacrifice power? Say hello to the Hybrid amp - the perfect blend of brawn and compact design. With three Monoblock D class amplifiers and two four-channel amplifiers, you have plenty of options to choose from. And let's...

Are you ready to take your sound system to the next level? The new VFL Stealth series amplifiers are here to help you do just that. Efficient and powerful, these bad boys come in four different options that range from 250 watts RMS to a whopping 2400...