PreSonus NSB 16.8 - Caja de escenario de red

The PreSonus NSB 16.8 is a high-performance network stage box designed for professional live sound and installed audio applications. It provides 16 remote-controllable XMAX Class A preamplifiers and 8 analog outputs, all accessible via a single AVB Ethernet cable. Built with rugged steel construction and a 2U rackmount form factor, the NSB 16.8 integrates seamlessly with PreSonus StudioLive Series III mixers and UC Surface control software, offering ultra-low latency and pristine audio quality up to 96 kHz.

Advantages

With the NSB 16.8, you can place your audio I/O exactly where you need it—on stage, in a machine room, or at a remote location—while maintaining full control from the mixing position. The remote-controllable preamps eliminate the need for a separate snake, reducing setup time and cable clutter. Individual +48V phantom power and a gain range of 0 to +60 dB provide flexibility for any microphone or line-level source. The locking Ethercon and combo connectors ensure reliable connections in demanding environments.

Suitable for

• Live sound reinforcement for concerts, theaters, and houses of worship
• Installed audio systems in conference centers, auditoriums, and clubs
• Broadcast and recording applications requiring remote I/O
• Any setup where long analog cable runs are impractical

Key specifications

• 16 remote-controllable XMAX Class A preamplifiers
• 8 analog outputs on locking XLR connectors
• AVB network protocol with ultra-low latency
• 24-bit / 96 kHz AD/DA conversion
• 2 locking Ethercon AVB ports
• Individual +48V phantom power
• Gain range: 0 to +60 dB
• Max input level: +12 dBu (XLR), +18 dBu (TRS)
• Max output level: +24 dBu
• 2U rackmount, rugged steel chassis
• Internal power supply

Recommendations

For optimal performance, pair the NSB 16.8 with a PreSonus StudioLive Series III mixer and use shielded Cat5e or Cat6 cabling for AVB connections. The stage box can be placed up to 100 meters from the mixer, making it ideal for large venues and distributed audio systems.