HLabs Amp2100

The HLabs AMP2100 is a high-performance 2×100W reference amplifier designed for professional studio environments, offering ultra-clean power, an advanced analogue input circuit, a fanless design for silent operation, compact 1U rack dimensions, and the renowned Hypex UcD™ amplification technology for precision audio reproduction in stereo and immersive setups.

Professional-Grade Power and Versatility

The AMP2100 delivers 2×100W of exceptionally clean power at 4Ω with less than 1% total harmonic distortion (THD), ensuring pristine audio quality. For broader compatibility, it offers 2×60W at 8Ω or 2Ω with the same low distortion levels. Its electronically balanced inputs feature a studio-grade buffer circuit, providing an optimal impedance match with any audio source. Equipped with Neutrik XLR connectors and an earth lift to eliminate ground loops, the AMP2100 integrates seamlessly into professional workflows while maintaining signal integrity across channels.

Silent and Efficient Design

Engineered for studio control rooms, the AMP2100 features a fanless design, ensuring silent operation for an undisturbed audio environment. Its ultra-efficient Class-D amplification achieves 92% efficiency at full power, minimising energy waste and heat generation. The robust power supply supports voltages from 180-260V at 50-60Hz, with an optional configuration for 90-130V operation, providing versatility for global use. Pop-free start and stop functions, combined with DC error detection and overheating protection, ensure reliable and smooth performance.

Compact and Space-Saving

Measuring just 1U in rack height, the AMP2100’s compact form factor (483x270x44mm) leaves ample room for other essential studio equipment. Weighing 4.1kg, it offers exceptional portability without sacrificing durability or performance. Signal and clip LEDs for each channel allow effortless monitoring, ensuring clear visual feedback during operation. The included 8-pin Phoenix connector and standard IEC power cable enhance practicality and ease of installation.

Advanced Audio Fidelity

The AMP2100 boasts a frequency response of ±1dB from 20Hz to 25kHz with distortion as low as 0.03% from 20Hz to 20kHz at 1W, ensuring precise audio reproduction across the spectrum. It supports speaker outputs via Speakon and 8-pin Phoenix connectors, providing flexibility for various professional audio setups. Idle losses are minimal at under 16W, and the amplifier consumes a maximum of 270W under full load, reflecting its energy-efficient design.

Customisation and Craftsmanship

Hand-assembled in Saint-Vérand, France, the AMP2100 reflects meticulous craftsmanship, using high-quality components sourced from trusted European partners. H-Labs offers customisation options to meet specific professional needs, ensuring tailored solutions for diverse applications. Optional accessories, such as a V-LOCK power cable, enhance functionality, while every unit adheres to strict performance and quality standards.

With its exceptional power, innovative design, and professional-grade features, the H-Labs AMP2100 sets a new benchmark for reference amplifiers in modern studio environments.

• 2×100W ultra-clean power with Hypex UcD™ amplification technology.
• Fanless design for silent operation and compact 1U rack size.
• Studio-grade buffered analogue inputs with Neutrik XLR connectors.
• Ground loop elimination via XLR earth lift and versatile speaker outputs (Speakon and Phoenix).
• Frequency response of 20Hz to 25kHz with low distortion (0.03%) for pristine audio.
• Pop-free start/stop, DC error detection, and overheating protection.
• Energy-efficient Class-D amplification with global voltage compatibility (180-260V or 90-130V).

This item, like everything we supply, comes with the complete support of our expert team. Our excellent technicians have been specifying, building and supporting studios for over twenty years. If you have any problems with installation, setup or everyday use, they’re never more than a click away, and always happy to help.

You can contact them here.