Name: Firebird Black LPS
SKU: 3442
Availability: InStock

Firebird Black LPS

HKD$14,000.00

The power supply is a crucial element in any audio system, influencing the performance of various devices such as phono stages, DACs, NAS, switch hubs, routers, and external HDDs. Our HiFi DC Linear Power Supply (LPS) is designed to significantly enhance the sound quality of your audio system by addressing the limitations of conventional switch mode power supplies and inexpensive transformers.Experience Superior Sound Quality and Equipment Stability with Our LPS
Most adapters come equipped with switch mode power supplies or low-cost transformers, which introduce excessive noise and ripple, negatively affecting sound quality and background noise. Our LPS is meticulously engineered to overcome these issues, providing a more stable power source for your equipment.Data-Driven Design with High-End Components for the Ultimate Performance
We adopt a rigorous, data-driven approach to our LPS design, utilizing calculations and experiments to optimize performance. High-end components are incorporated for the final touch, ensuring exceptional sound quality.Discrete Circuit Design for Low Noise, Fast Reaction, and Enhanced Power
Our LPS features a discrete circuit design, which is superior to IC-based designs in terms of noise reduction, responsiveness, and power output. This design also generates less heat, ensuring optimal performance.Certified AC Transformer and Rigorous Quality Control
The AC transformers used in our LPS are EN61558 certified, and each completed LPS undergoes full-load and noise testing before being shipped. This ensures that you receive a product of the highest quality.Top-Quality 6061 Solid Aluminum CNC-Integrated Chassis for Superior EMI Isolation and Reduced Mechanical Vibration
Our LPS boasts a top-quality 6061 solid aluminum CNC-integrated chassis, which not only enhances its aesthetic appeal but also provides superior EMI isolation and reduced mechanical vibration. This attention to detail ensures that the LPS delivers the best possible audio performance.Real-World Testing for Noticeable Sound Improvements
In actual testing scenarios, our LPS provides a quieter background, reduces tonal noise, and effectively improves sound quality. We highly recommend using our LPS to experience the difference for yourself.

Discrete Circuit Design: In-Depth Advantages for HiFi Audio Systems

Discrete circuit design has become a preferred choice for high-end audio systems, thanks to its numerous advantages over integrated circuit (IC) designs. In the context of our HiFi DC Linear Power Supply (LPS), the discrete circuit design provides several key benefits, including low noise, fast reaction times, enhanced power output, and thermal management. Below, we delve deeper into the advantages of discrete circuit design for HiFi audio systems.

1. Low Noise Performance

One of the primary advantages of discrete circuit design is its ability to deliver lower noise performance compared to IC-based designs. By using individual components such as resistors, capacitors, and transistors, discrete circuits can be optimized for minimal noise generation and superior signal integrity. This translates to a cleaner and more transparent audio reproduction, allowing you to experience every nuance of your favorite music.

2. Fast Reaction Times

Discrete circuit designs are known for their fast reaction times, which is essential for maintaining accurate audio reproduction. Fast reaction times ensure that the power supply can quickly respond to changes in voltage demands from your audio equipment, preventing any potential distortions or artifacts that could degrade the listening experience.

3. Enhanced Power Output

By employing discrete components, our HiFi LPS can deliver enhanced power output compared to IC-based designs. Higher power output is critical for driving demanding audio equipment and maintaining optimal performance levels. With a discrete design, the LPS can supply ample power to your devices, ensuring that they operate at their full potential.

4. Improved Thermal Management

Discrete circuit designs generally produce less heat than integrated circuits, resulting in improved thermal management. Lower heat generation reduces the risk of thermal-induced performance degradation and extends the lifespan of the power supply. Additionally, efficient thermal management contributes to a more stable operating environment for your audio components, further improving the overall sound quality.

5. Customization and Optimization

Discrete circuit designs offer greater flexibility when it comes to customization and optimization. This allows engineers to fine-tune the circuit components to achieve the desired performance characteristics, ensuring maximum compatibility and synergy with various audio devices. As a result, the LPS can be tailored to deliver the best possible performance for your unique audio system setup.

In conclusion, the discrete circuit design of our HiFi DC Linear Power Supply offers numerous advantages over IC-based designs, making it an ideal choice for audiophiles seeking superior sound quality and equipment performance. By incorporating low noise, fast reaction times, enhanced power output, and effective thermal management, the discrete circuit design ensures that your audio system operates at its full potential, delivering an unrivaled listening experience.

Spec:

Ripple and Noise (20Hz to 20Mhz) 0.02mVrms
Full Discrete Circuit design
Extreme Double Regulator design
30000uF Mundorf Capacitors
Custom made Grounded isolation Transformer
Silent “Start” grounding design on PCB
Independent channel outputs
Audio grade FI-03R IEC inlet
Top quality handmade 1.5M OFC DC cable
Analog Voltage Meter with backlight (switch off possible)
Top quality 6061 solid Aluminum to CNC one integration chassis to reduce mechanical vibration and better EMI isolation.
Floating Suspension between body and bottom chassis
Ripple base 035 Footer
Short Circuit protection
Overheat protection
Meet CE safety standard.
Dimensions 278mm x 302mm x 90mm (LxDxH)
Weigh 10kg