[🎶SG] GUSTARD S26 AMD Ryzen 5 5600U High-Fidelity Music Server

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GUSTARD S26 
AMD Ryzen 5 5600U Music Server

> CelWare Audio OS Ultra-low Latency Audio Processing System
> CelPlayer Music Playback System In-memory Playback Technology Reduces Latency
> Gustard Dedicated App
> CelPlayer, Roon Core, UPnP Server
> Self-developed Motherboard HiFi-optimized BIOS, redundant hardware removal, passive cooling
> Linear Power Supply & PCIe Tech Network/Digital Audio USB Audio Interfaces
> Global Clock Synchronization PCIe Network/USB/Digital Interfaces Driven By A Single Homologous Clock Source
> GCLK-02 1Hz-Lock PPL Technology With External 10MHz Clock Support
> 120VA Linear PSU Multi-group Independent Low-noise High-current LDO Zones

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Descriptions:

> S26 Self-developed Motherboard
> Featuring a BIOS specifically optimized for Hi-Fi applications, combined with optimized power supply, vibration damping, and heat dissipation designs while removing redundant hardware components, effectively reducing the motherboard's noise floor. This significantly enhances the details resolution and musicality of audio signals.

> AMD RYZEN 5 5600U
> 7nm process technology and 10W TDP, low-temperature operation with silent stability.
> The AMD Ryzen 5 5600U is a 6-core/12-thread mobile processor built on Zen 3 architecture, featuring a 2.3GHz base clock and 4.2GHz boost frequency with DDR memory supports. Its 7nm manufacturing process and 10W thermal design power deliver exceptional power efficiency. When paired with passive cooling solutions, the system achieves low-temperature operation with silent stability.

> Gustard Dedicated APP

> Browser Control

> CelWare Audio OS
> Triple-Core Architecture | Five Bridge Protocols | Dedicated Music Server
> Integrated CelPlayer Music Management & Playback System

> CelPlayer Music Management & Playback System
> Leverages in-memory audio streaming and memory-direct hardware write mechanism to further reduce audio data transfer latency.

> S26 Cooling System
> Liquid-cooled copper pipe passive cooling reduces noise and interference, enhancing audio purity.
> Motherboard fans and PWM-induced electromagnetic interference and mechanical vibrations increase noise interference with audio signals, degrading sound quality. Harmonics generated by PWM signals increase power supply noise, while fan airflow and vibrations may resonate with audio equipment, leading to reduced audio quality. 
> To avoid these effects, S26 eliminates PWM and fans, adopting liquid-cooled copper pipes and utilizing chassis passive cooling solutions to reduce noise and interfernece, improving audio purity.

> Stability And Reliability Of Flexible Flat Cable Connections
> Reduces vibration transmission and resolves insecure connection issues inhernet to traditional PCIe card interfaces.

> M.2 NVME Interface SSD
> ZhiTai 1TB SSD
> Yangtze Memory 3rd Gen TLC 3D NAND Flash
> The ZhiTai TiPlus5000 1TB SSD integrates Yangtze Memory's 3rd-gen TLC 3D NAND flash with Xtacking 2.0 technology, achieving high-density storage and 1600MT/s high-speed I/O. With 3000 P/E cycle endurance, it ensures durability and is suitable as a system drive for fast and stable storage.
> Compared to NAND flash from mainstream manufacturers, Yangtze Memory's flash demostrates superior signal integrity. TLC technology significantly outperforms QLC in audio-critical applications.
> DDR4 memory technology, with its high-speed data transfer (up to 3200 MT/s) and lower power consumption comapared to DDR3, delivers improved performance and system responsiveness.

> Metal Heat-Sink, Dual Rectifier Bridge
> A high-precision, low-noise voltage reference source specifically designed for motherboard-level applications.
> Equipped with a dual rectifier bridge featuring metal heat dissipation, it provides 800V DS reverse voltage withstand and 25A rectification current capability, with a forward voltage drop of only 1.1V@12.5A, along with 400A forward surge current capability, ensuring high efficiency and high reliability of the pwoer supply.
> Paired with large-capacity capacitors up to 40800µF, it delivers stable and powerful power support for X86 motherboards, meeting the extreme performance power demands of audiophiles.
> In discrete power supply design, selected metal-cased transistors serve as the main voltage of 60V DC and maximum collector current of 15A DC, combined with TO-3 metal housing and independent heat sinks, they effectively dissipate heat to maintain components at ideal operating temperatures, therby enhancing the power supply's long-term reliability.
> In terms of power architecture, we adopt a high-precision, low-noise voltage reference source specifically designed for motherboard-level applications. This enables the power supply to demonstrate significant advantages in speed response, current load capacity, and long-term stability. Optimized for X86 motherboards, this solution provides audiophiles with an efficient, stable, and durable power delivery system.

> Multi-group Independent Linear Power Supply Partitioned Design
> Paired with selected ultra-low noise, high-current LDO solutions, it provides stable power with noise below 5µV and current up to 2000mA per group. Ensures each power partition can be independently adjusted, reduces mutual interference between partitions, thereby delivering clean and stable power to each block.

> Global Clock Synchronization System
> Utilizes precise feedback mechanism to adjust output frequencies, ensuring clock signals achieve high stability and phase accuracy in both frequency and phase.
> The global clock synchronization system controls PCIe buses, network interfaces, USB ports, and digital audio interfaces through a single-source clock generator, which is critical for maintaining audio signal synchronization and stability.
> This synchronization mechanism reduces timing jitter, enhances audio clarity and purity while minimizing distortion and noise. The unified clock source ensures synchronization between multiple digital audio devices, eliminating audio latency or desynchronization. It guarantees precision during decoding and digital signal processing, particularly vital for audio players where clock stability and accuracy are paramount for preserving audio signal integrity and quality.

> GCLK-02 Clock Module
> The GCLK-02 clock module adopts advanced PLL technology capable of achieving 1Hz-level locking precision, delivering ultra-high-precision clock signal processing. This PLL technology utilizes precise feedback mechanisms to adjust output frequency, ensuring clock signals attain exceptional stability and accuracy in both frequency and phase. 
> The module supports external high-quality 10MHz clock input (BNC interface) to further enhance audio quality, with input impedance of 500Ω, input level range of 0dBm to 20dBm. Compatible with CMOS square wave (0.2V-3.3V) and sine wave (0.5V-3.3V) signal inputs.

> Linear Power Supply And PCIe Technology
> Network interfaces based on linear power supply and PCIe technology reduce power supply noise and signal interference, ensuring audio signal purity and delivering richer musical details.
> The dedicated USB 2.0 interface for external USB decoders, utilizing linear power supply and PCIe technology, effectively bypasses USB bus limitations, reduces interference, and enhances sound quality. The USB interface employs system dynamic firmware loading technology, supporting continous upgrades to improve audio playback quality.
> Digital audio output interfaces based on linear power supply and PCIe technology. The linear power supply minimizes power noise, while PCIe technology leverages its high-speed serial connectivity to reduces signal latency and interference, ensuring high-fidelity transmission of audio data.

> 120VA Audio-grade Hermetically Sealed Transformer
> The custom-designed 120VA audi-grade hermetically sealed transformer employs seamless core technology to enhance magnetic flux density and reduce energy loss, while utilizing premuim oxygen-free copper (OFC) winding to improve conductivity and minimize transmission losses. This design not only ensures pristine audio signal transmission but also effectively blocks external interference throguh its hermetic construction, mainitaining sonic clarity and preserving full dynamic range.

> M.2 NVMe Interface SSD Expansion Slot
> Supports PCIe 3.0x4 2280 SSD with tested maximum capacity of 4TB. (SSD not included; requires separate purchase)
> It is recommended to transfer music tracks from external USB storage to internal storage for playback to achieve better audio quality experience.

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Specifications:

> System: CelWare Audio OS
> Motherboard: X86 Self-developed Motherboard
> CPU: AMD 5600U, 6-core/12-thread, Base Frequency 2.3GHz, Turbo up to 4.2GHz
> Ram: DDR4 8GB
> Storage: 1TB SSD (Built-in)
> Expansion Slot: 1x M.2 NVMe interface, supports PCIe 3.0 x4 2280 SSD (Tested max 4TB)
> Power Supply: 120VA Linear Power Supply
> Servicer: CelPlayer, Roon Core, UPnP Server
> Feature: CelPlayer Pure Audio Player with In-Memory Playback Technology; 
> Bridge: Roon Bridge, UPnP Render, HQPlayer NAA, Airplay, Spotify etc.

Input Interfaces
> USB: USB 3.0 (3A)
> LAN Speed: 100/1000Mbps
> 10MHz Clock Input (BNC): Input Impedance 500Ω, Input Level 0dBm-20dBm
> CMOS Square Wave: 0.2V-3.3V / Sine Wave: 0.5V-3.3V

Other Parameters
> AC Power: 115V/230V 50/60Hz (Manual switching)
> Power Consumption: 30-40W
> Weight: 5.5kg
> Packaged Weight: 7.3kg
> Dimensions: Unit 330m (W) x 260mm (D) x 65mm (H) (Excluding Protrusions) / Packaging 420mm (L) x 360mm (W) x 175mm (H) 

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