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Barix AUDIOPOINT 3.0

Near Lip-Sync Encoder.

Original price was: $ 484.00.Current price is: $ 460.00.

The Barix AudioPoint 3.0 is a Near Lip-Sync Encoder designed for streaming to on-site mobile listeners using standard Wi-Fi networks. It aims to provide the lowest possible latency and has been successfully deployed in various venues globally to enhance digital signage and live presentation applications with high-quality, IP-delivered audio to mobile phones. Here are the key technical specifications: Device Overview:
  • Functionality: Near Lip-Sync Encoder for streaming audio to on-site mobile listeners.
  • Deployment: Commonly used in venues for digital signage and live presentation applications.
Technical Specifications:
  • Operation System: Embedded Linux based on Yocto.
  • Network Interfaces: 1 x Ethernet (RJ45) Interface; IPv4, IPv6 capable; 10/100 fdx/hdx, auto negotiation.
  • Protocols: TCP/IP, UDP, RTP, SIP, CGI, HTTP, DHCP.
  • Compatibility: Singlewire InformaCast compatibility; Syn-Apps Revolution compatibility.
Audio Interface:
  • Output: Unbalanced L-R Line level output on RCA connectors.
  • Headphone Connector: Located on the front panel.
Audio Formats:
  • MP3 CBR/VBR, up to 320 kbps, 8..48 kHz sample freq.
  • AAC-HE (AAC, AAC plus, AAC plus V2)
  • PCM linear 16bit @44.1 kHz
  • G.711
  • Opus
CPU/Memory:
  • Barix IPAM400 Processor Module
  • Quad-Core ARM Cortexโ„ข -A7
  • 2GB DDR3 SDRAM
  • 16MB SPI Flash
  • 8GB SD-Card Flash
User Interface:
  • Web interface for configuration.
  • 2 x Multicolor LED Status indicators.
  • Reset & Factory Defaults Button.
Power Requirements:
  • 5VDC, 10W maximum on 6.5ร—1.5mm barrel connector (positive polarity).
Reliability:
  • MTBF (Mean Time Between Failures): > 200,000 hours.
Measurements:
  • Dimensions: 7mm (4.25ร—1.5ร—3.1 inches).
  • Weight: 250g.
Warranty:
  • Covered by a two-year warranty, ensuring product quality and durability.
The Barix AudioPoint 3.0 serves as a reliable solution for streaming high-quality, synchronized audio to mobile devices over local Wi-Fi networks, making it suitable for