The Bijou 5100D leads the Bijou Series range and features Dante audio support as its cherry on top. Five GaN semiconductor channels turbocharge the 5100D into a mini home theater powerhouse. All Bijou Series models decode Dolby Atmos and DTS 5.1 surround modes through the HDMI eARC input, with the 5100D having onboard power for surround channels. Dante audio creates a fourth input, fetching any audio source from a Dante network, providing the Bijou 5100D with uncompressed, near-zero latency multi-room capabilities. Unlike traditional AVRs, the Bijou 5100D can be discretely installed behind large flat-panel displays. The Bijou 5100D is comfortable as a light-duty, powered five-channel home theater surround controller in a local, stand-alone four-source system comprising, for example, an eARC-capable video display, an analog onboard phono preamp-equipped turntable, a digital source such as a streaming music player, and streamed sources available from a connected Dante network. Digital conversion is accomplished by a high-quality internal 384kHz/ 32-bit DAC with a 106dB signal-to-noise ratio and a remarkable Total Harmonic Distortion + Noise (THD+N) rating of 0.0025%. Add main and surround loudspeakers, a center channel, and a powered subwoofer connected to the line-level Sub Out for an easy-to-operate, ultra-dynamic music or powerful home theater audio playback system. The RCA single-ended outputs are GUI-configurable and can be assigned to playback downmixed eARC audio while the powered outputs continue reproducing the original surround format. This is perfect for private listening through a wireless headphone interface, a Bluetooth adapter, or even multizone house-wide distribution. The eARC stereo downmix can also be simultaneously encoded and assigned as a Dante output for transmission to any Dante decoder on the network. Combining advanced features like GaN semiconductor technology for energy efficiency and precise audio fidelity, the 5100D's 65W output per channel (doubling to 130Ws into 4Ohms) and innovative design ensure high-quality performance. The amplifier's superior GaN-based design offers unmatched linearity and fidelity, distinguishing it from traditional Class-D silicon MOSFET amplifiers.