Linn 360

Linn 360 featured image

Glasgow, United Kingdom | 2023 – New cabinet. New drive units. New electronics. New everything. Audibly Invisible 360 is audibly invisible. It produces a performance with unprecedented clarity and realism, that’s entirely absent of sonic colouration. Incorporating innovative drive unit and amplifier technologies, 360 turns out our lowest ever levels of audible distortion. The honed curves of its cabinet are partnered with meticulously matched drive units to deliver the cleanest possible dispersion characteristics. All that is experienced with 360 is sound-stage; with vocals suspended in space, and true-to-life scale and depth…

Read More

Linn Klimax DSM Streamer

Klimax_DSM_2021_featured_image

Glasgow, United Kingdom | 2021 – New Klimax DSM The ultimate streamer! Next generation Klimax DSM is the best yet, applying decades of audio innovation and digital technology learnings. With its extreme engineering and breathtaking sound, Klimax DSM is the closest you’ll get to streaming audio perfection. Designed from the ground up, Klimax DSM is housed in an exquisite precision-machined new enclosure, providing vital acoustic isolation along with visual and tactile luxury. On the inside, the beating heart is the ground-breaking home-grown Linn Organik DAC, enabling our most natural sound…

Read More

Linn’s Akurate Range with Katalyst DAC Architecture

Linn's Akurate Range with Katalyst DAC Architecture

  22nd March 2018 – This week sees the launch of Linn’s all-new Akurate range with the addition of Katalyst DAC Architecture to Akurate DS, Akurate DSM and Akurate Exaktbox, bringing a new level of performance to the range. Katalyst, Linn’s 4th generation digital-to-analogue conversion technology, delivers enhanced processing power and an unprecedented level of precision at the critical point where the digital signal is converted into sound, delivering a deeper insight into music. Already available in the Klimax range and in Akubarik and Akudorik speakers, Katalyst has received great…

Read More