B2B OnlineShop für gewerbliche Kunden
 
Dieser Artikel steht derzeit nicht zur Verfügung!

Audio over Fiber, SES-X-FA4 4 Kanal analog Audio, symmetrisch

1.185,50 € *1

zzgl. Umsatzsteuer zzgl. Versandkosten

Lieferzeit 5 ~ 8 AT (Werktage)

  • SE-XFA4LXT01
  • SES-X-FA4LXT01
  • 2,00 kg
Sescom SES-X-FA4LXT01 Audio over Fiber EXTENDER: 4 CH Balanced XLR Line Level Audio & ST Fiber... mehr

Sescom SES-X-FA4LXT01 Audio over Fiber EXTENDER: 4 CH Balanced XLR Line Level Audio & ST Fiber Connection

The cost effective, long-haul solution for sending 4-Channels of XLR balanced line level audio over a single fiber cable! The Sescom X-FA4LXT01 sends Balanced and Un-balanced 24 Bit PCM - AES3 encoded line level audio signals over multimode or single mode optical fiber at distances up to 1600 feet (multimode) or up to 12.4 miles (single mode). Sescom's new and improved X-FA4 design eliminates potential crosstalk issues.

X-FA4LXT01 houses 3-Pin XLR connections. Professional bayonet style ST fibers connectors ensure a consistent, uninterrupted signal. Its plug-and-play design ensures fast, adjustment-free installation and operation. LED indicators are provided to instantly monitor the system operating status.

Typically, fiber audio extender products do not fully support professional balanced audio interfaces. Our audio signal extenders are designed by audio engineers using proven low noise un-balanced and balanced audio line drivers and receivers. This design improvement improves system impedance matching for inputs and outputs, which allows for a cleaner low noise signals. While testing and comparing our products with currently available products in the market, we learned our new designs have excellent low noise performance and extended dynamic range for line level audio transmission that meet and exceed design expectations.

All Sescom optical and electrical interfaces conform to the international standards of compliance including FCC & RoHS Certified making them a perfect fit for eSports venues, Stadiums, Live Event Stages, Broadcast TV, Theme Parks, Distance Surveillance and Professional AV.

Features:

  • 4-Channel XLR Audio to Fiber Transmission
  • ST Fiber Connector
  • 24-Bit Digitally Encoded Analog Audio
  • Transmission Distance up to 12.4 miles over Singlemode Fiber
  • No Loss in Signal Quality
  • Adjustment Free Plug & Play Operation
  • Line Level Balanced Audio Operation
  • Indicator LEDs Monitor Fiber Link and Power
  • Housed in Rugged Aluminum Enclosures
  • FCC & RoHS Compliant

Specifications:

  • Unity Gain: 0dB
  • Sample Rate: 48kHz, 24K bit rate
  • Frequency Response: 20Hz - 20kHz
  • Signal to Noise Ratio > 90dB Ref. 4dBu, A Weighting
  • Total Harmonic Distortion <0.05%
  • Maximum Balanced Input Signal: 18dBu
  • Optical Wavelength: 1310nm
  • Max input/output voltage: 17.4Vp-p
  • Input Power: 12VDC/2A
  • Power Consumption: < 2W per unit
  • Dimensions (LxWxH): 6.5 x 6.25/7.125 with fiber connector x 2.0 in

Item Includes:

  • 1-4CH Transmitter with XLR Connectors, 1-4CH Receiver with XLR Connectors, 2-12VDC/2A power supplies

 

Bauform: Desktop
Funktion: Fiber Optic Extender
Kanäle: 4 Kanäle, Line Level
Übertragungsrichtung: Uni-Directional
Anschluß: XLR 3pin
Inputs: Symmetrisch | Balanced
Outputs: Symmetrisch | Balanced
Power: 9 V Block Batterien, 12 V DC
Eigenschaften: "Audio over Fiber, SES-X-FA4 4 Kanal analog Audio, symmetrisch"
Bauform: Desktop
Funktion: Fiber Optic Extender
Kanäle: 4 Kanäle, Line Level
Übertragungsrichtung: Uni-Directional
Anschluß: XLR 3pin
Inputs: Symmetrisch | Balanced
Outputs: Symmetrisch | Balanced
Power: 9 V Block Batterien, 12 V DC

Sescom ist eine Division der Tower Products Incorporated, New Jersey, USA, und spezialisiert auf die Entwicklung und Herstellung von besonderen Lösungen für die professionelle und semi-professionelle Audiotechnik.

Zum umfangreichen Programm gehören Audioadapter und -transformatoren, sowie Kleingeräte zur Übertragung oder Signalanpassung.

vuetec.tv UG importiert die SESCOM Produkte exklusiv und vertreibt sie im deutschsprachigen Raum.

Zuletzt angesehen