DTS - DTS-X®, ES, HD Master Audio, IMAX Enhanced, HD High Resolution Audio, Express-HD LBR, Neural:X
AURO-3D
MPEG-H
360 Reality Audio
PCM - 2ch, PCM Multi-channel, Downmix
INPUTS
HDMI
eARC
OUTPUTS
HDMI x 1 – Full A/V Pass-through
NETWORK AUDIO via RJ45- 16 Channel AES67 & DANTE
DIGITAL RCA - 2 Channel COAX (for Binaural mastering)
6.5mm Jack - 2 Channel Analog (for Binaural mastering)
ADDITIONAL FEATURES
Linux / Shark platform architecture
HDMI v2.1
4 function IR remote control (power, mute, volume-up, volume-down)
16 & 24 bit compatible
Decodes up to 16 channels at:
up to 24 bit / 48kHz (for Dante)
up to 24 bit / 96kHz (for AES67)
Digital COAX - up to 24 bit / 192kHz (2 channel)
Variable Digital Output (AES67/Dante and COAX) controlled via GUI / Network / IR
Manual Volume control assignable via GUI for Headphone or AoIP output
ARC & eARC support
ARC & eARC Lip-sync delay
HDMI 2.1 pass-through output
Includes Power over Ethernet (PoE)
GUI for system set up (via ethernet)
Firmware upgrade over ethernet
Object based rendering from 5.1.2 to 9.1.6
HDMI OUT has EDID emulation for stable device communication
Supported in Crestron system control
Supplied with:
Remote control
1M HDMI cable
International power-supply
The H1-D has a dedicated flash memory for a default firmware which cannot be changed. When the reset button is used the device reverts to the original Firmware
After launching the H2-4D in late 2021 we were immediately inundated with requests to develop a more cost effective and simple HDMI to AES67 / DANTE® solution where small form-factor is required.
In June 2022 I decided to create a small focused team within Arvus and officially started the H1-D project. Over the following months we observed the Spatial Audio ecosystem evolve significantly, and thus we realised we needed to advance the H1-D design to enable full firmware upgrade-ability so it could meet future market needs. After extensive research, development and direct market engagement it became obvious that the H1-D needed to become a Linux / Shark based platform with a whole new firmware topology to allow feature and functional flexibility.
Parallel to this we physically engineered the H1-D to be a robust device plus we the designed its 'look' to be a touch retro and utilitarian to emphasise its commercial applications, while keeping it within the Arvus design language used currently.
All of us here at Arvus are very excited about the potential of the H1-D to be globally adopted to accelerate the use of Spatial Audio. Through firmware updates we aim the H1-D to continue to meet the progressing needs of the Spatial Audio revolution for many years to come.