The RS130 is a network transport that can be digitally connected to an external DAC product.
The RS130 is designed to completely block digital noise by supporting Fiber Optic Ethernet and Fiber Optic USB, and to stably output digital sound sources with its built-in-high-precision OCXO clock. It also supports external master clock input that considers various usage environments.
The RS130 is the first network transport developed to complete a user-friendly lineup based on the unique design know-how and platform that ROSE has accumulated over many years.
The design of the RS130 focuses on visual satisfaction as well aural enjoyment for audiophiles. The button on the top of the product has been applied with crystal to give it a classy design, and the ventilation hole on the top of the product, a new addition, is made in the shape of a symbol logo to emphasize its novelty.
The RS130 is a product that satisfies all aspects of design, interior design, functionality, and aesthetics.
The RS130 utilizes a specially processed aluminum case to prevent case vibration and minimize heat generation. The ventilation hole is positioned in the upper center of the product, and is designed to dissipate heat efficiently and ensure stable operation even after prolonged use.
For excellent stability and the best sound quality, this product uses a linear power stage using a large-capacity supercapacitor that can minimize power supply noise. The new linear power-supply approach reduces noise to mere battery levels and provides a reliable power-supply environment for cleaner and more natural sound quality.
Hi-Fi ROSE’s spacious, wide-viewing angle, multi-touch LCD screen emphasizes visible audio. The 15.4-inch LCD with a resolution of 1920*382 offers clear quality of album art and videos in Full HD.
By adopting high-precision OCXO, the precision of digital output is increased and a more accurate clock signal is provided. OCXO is the most accurate and stable in-use clock to date, and is not affected by temperature changes. Conventional crystals have changes in vibration due to the temperature, which can cause jitters in the audio signal. However, the OCXO always maintains a constant temperature, suppressing jitter to produce a stable and precise clock.
The Fiber Optic Ethernet completely isolates network digital noise. The fiber optic ethernet is supported to block physical noise sources including various network equipment.
The adopted optical USB completely blocks digital noise transmitted from the storage device.
By applying the optical conversion function, only pure data is taken from the storage device and driving noise is completely separated. When connected to a DAC, only pure sound source data is transmitted to the DAC, and all noise that may be induced from the transport to the DAC is fundamentally blocked.
The built-in SSD caches music files to ensure stable playback through the elimination of vibration and noise effects that occur when playing music from a HDD connected to a USB flash drive. It also minimizes delay errors that can occur during network streaming.
The audio source requires a master clock input that outputs audio data synchronized with the master clock. Applying this method eliminates jitter in the S/PDIF, AES/EBU, and I2S Out connections from the audio source to the DAC, and supports perfect synchronization between devices based on the usage environment.
You can enjoy seamless streaming through the network. It supports Airplay and DLNA functions. Also, you can connect a device to a smartphone, computer, or tablet PC through Wi-Fi / Giga Ethernet / Bluetooth communications.
HiFi ROSE’s own OS system provides an innovative listening environment. In addition to playing and streaming ultra-high-quality music, it offers a variety of services including 4K high-definition video, playback, music-oriented YouTube listening, Pod casts, various radio broadcasts around the world, CD playback and ripping.
HiFi ROSE can deliver pure audio data to DAC without loss using RoseAudioServer, delevoped by ROSE, and realizes advanced high fidelity audio service by using various signal processing technologies.
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