S.M.S.L has just launched its latest high-resolution Bluetooth Power Speaker Amplifier, the S.M.S.L SA400. It is a high-grade power amplifier housing two digital power amp chips, a Japanese NJW1195 high-precision volume adjustment chip, super bass pre-amp output, High-resolution Bluetooth V5.0 connectivity support, and many more features under its sleeve. It is available to purchase from our store with a price tag of 659.99$.
S.M.S.L SA400 features lag-free Bluetooth V5.0 connectivity. It provides excellent sound signal transmission with up to 10 meters of barrier-free space offering a lag-free, stable Bluetooth connection with high-resolution aptX wireless codec support.
S.M.S.L SA400 uses two separate digital power amplifier chips with an output power rating of 230W per channel at 4 ohms of load. It is a boatload of power, more than enough to power even the demanding speaker setups with ease.
S.M.S.L SA400 features a separate sub-woofer pre-output to help you form a powerful 2.1ch audio system. This output is adjustable from -30 to +10dB levels providing you full control over the bass response of your 2.1 system.
Users can completely utilize the benefit of multiple EQ modes available in the SA400. It also offers independent control over the bass, middle, treble, and sub-woofer settings to precisely control the output via your high-resolution speakers.
The S.M.S.L SA400 is equipped with the Japanese NJRC high-precision NJW1195 electronic volume control chip. It provides precise volume adjustment with an ultra-low distortion rating of less than 0.0003% only. It also features an NJW1119A low-distortion three-section EQ control chip to ensure the purity of the sound source.
S.M.S.L SA400 features audiophile-grade HiFi components to ensure a high-quality sound performance. The brand has chosen high-quality capacitors, resistors on the audio motherboard for its class-leading performance.
A high-quality audio product always needs a high-quality power supply unit. S.M.S.L has used a professional LLC resonant power supply that is more suitable for power amplifiers. It uses an active PFC circuit and advanced EMI filter network to ensure a high-quality performance with reduced interference from the power grid.
