- Out-of-Stock
SILENT Angel - Bonn N16 LPS
€1,499.00
Tax included
Audio Switch with 16 ethernet ports
Garanties sécurité
Frais de port offerts à partir de 200 € d'achat en colissimo
Politique de livraison
(à modifier dans le module "Réassurance")
Politique retours
(à modifier dans le module "Réassurance")
Description
- Designed for Sensitive Hi-Fi Network Optimization
An exceptional switch to create an high quality isolated network setup, and dedicated to sensitive audiophile sound experience.
Purified audio network signal with low-noise, less-interference, high-precision clock control, also with fast-response exclusive power circuit to stabilize the high speed 1000Mbps network transmission.
- Listen to The Greater Audio Purity
Under the inevitably future trend of full digital music services, lossless music formats have become a common, an audio network switch could certainly help you upgrade the enjoyment.
Reduce interruptions from household network traffics, lower the impact from other networked appliances, electrical noise rejection technology both on the clock module (lower 20dB) and power board (lower 17 dB), and equipped with 2 zoned isolation, each has 8 Gigabit Ethernet ports to proficiently connect to your router and NAS(Synology, QNAP, Seagate, WD...).
- Separated Working Zones
Isolated Network Traffic
- To avoid the physical interference, each zone owns a individual clock module and 8 Gigabit Ethernet ports to apply, less conflicts between each other.
Noise-filtering Technique
- Each board has high-permeability EMI absorber embedded to eliminate the inner electronic noise, especially when transmitting the high-speed network data.
- Exclusive Power Supply
Linear-powered Clock
- Adopting exclusive power circuit right next to the 0.1ppm TCXO, shorter power path to the clock module, giving the fast-response and steady power signal for sensitive networked requirement.
Silent Angel Forester Technology
- The inner power board formed by fully symmetric toroidal-transformers, and low-noise MOSFET paralleled design, lower power consumption and reducing all the possible interference on power end.
Informations techniques
Associations +
