INNUOS PHOENIXNET
แบรนด์: Innuos
153,000 ฿
PhoenixNET: Why 100Mbps, Not GigabitPhoenixNET uses a 100Mbps switch chip rather than a Gigabit chip, a deliberate choice: at audio streaming bitrates the extra throughput of Gigabit switching is unnecessary, while a 100Mbps chip runs with a meaningfully lower noise floor.
The switch chip itself contains no internal switching regulators - all three independent voltages it needs come from an internal Statement-grade linear power supply with independent ultra-low-noise regulation for each rail.
The switch chip itself contains no internal switching regulators - all three independent voltages it needs come from an internal Statement-grade linear power supply with independent ultra-low-noise regulation for each rail.
PhoenixNET: Statement-Grade ClockPhoenixNET uses the same 3ppb 25MHz OCXO (oven-controlled crystal oscillator) found in Innuos’ flagship Statement server, individually powered by its own dedicated linear power supply rather than sharing a rail with other circuitry.
Four Ethernet ports are provided, drawing from two internal linear power supplies feeding the unit’s three independent voltage rails.
Four Ethernet ports are provided, drawing from two internal linear power supplies feeding the unit’s three independent voltage rails.
PhoenixNET: Micro-Vibration ControlBeyond electrical noise, PhoenixNET manages micro-vibration at three levels: anti-vibration feet tuned to the chassis’ own resonant frequency, a top cover treatment that converts vibration from sound waves into small amounts of heat, and RJ45 ports mounted with a silicone connection to the chassis.
Power consumption is 3W idle and 7.5W peak, and the unit measures 215 x 342 x 87mm (W x D x H) at 5kg.
Power consumption is 3W idle and 7.5W peak, and the unit measures 215 x 342 x 87mm (W x D x H) at 5kg.
PhoenixNET: A Switch Built for Sound, Not ThroughputPhoenixNET is designed specifically for audio streaming applications, prioritising signal purity and a low noise floor over the raw data throughput a general-purpose network switch is built around.
It slots into a system between a router or main network switch and a streamer, DAC, or server, aiming to keep noise picked up on the data path from reaching the audio components downstream.
It slots into a system between a router or main network switch and a streamer, DAC, or server, aiming to keep noise picked up on the data path from reaching the audio components downstream.
