Huikai Video to Fiber Systems

  4K 3G HD SDI, EFP, 4K HDMI, DVI, VGA, KVM, AHD, CVI, TVI, CVBS, Audio, Fiber Converter, Fiber Extender

EFP to Fiber Converter A23 ( Bidi SDI, Panasonic 10Pin Remote, Tally, Intercom )

EFP to Fiber Converter A23 ( Bidi SDI, Panasonic 10Pin Remote, Tally, Intercom ):

EFP over Fiber System
 Transmitter Camera end, Camera Optic Adaptor )  Receiver ( Base end, Base Station )
  Shape: V-Mount,
  > Appearance Size: 188mm*116mm*45mm
  Shape: 1U Rack mount
  > Appearance size:  19” 1U standard rack mount
 1x Bidirection 3G-SDI input with loopout,
  > Data rate: 270Mbit/s – 1.48Gbit/s – 3Gbit/s 
 1x Bidirection 3G-SDI input with loopout,
  > Data rate: 270Mbit/s – 1.48Gbit/s – 3Gbit/s 
  1x Genlock / Time Code / BB output with loopout, BNC    1x Genlock / TC / Genlock input, BNC 
  1x Ext Tally output
  > 4-pin air head or 3pin mini XLR
  > Dry Contact Closure or wet LED+/-
  > On: short or LED on / Off: open or LED off
  1x Ext Tally input
  > DB9(Male)
  > Dry Contact Closure or TTL
  > On: short to GND or TTL low / Off: open or TTL high
  1x Remote
  > Interface: 10-pin Panasonic’s remote interface
  > Data: RS422 /RS232/RS485
  1x Remote
  > Interface: DB9(Female) or 10-pin Panasonic’s remote interface
  > Data: RS422 /RS232/RS485
  1x Intercom,
  > 4pin XLR / 5pin XLR / 3.5mm headset jack
  > Microphone: Mic inputs with mute and pre-amps
  > Headphone: With volume up or down
  1x Intercom
  > 3-Pin XLR: Party line audio for Clearcom or RTS Intercom main station
  > Interface two: DB9(Male): Line level audio input and output,
  > 1x 3-Pin XLR Male, 1x 3-Pin XLR Female,
  Fiber: 1x Dual LC
  > Wavelength: 1310nm / 1550nm / CWDM
  > Output Power: -6~-1dBm 
  Fiber: 1x Dual LC
  > Wavelength: 1310nm / 1550nm / CWDM
  > Rx sensitivity: <-18dBm
  Power supply: DC11V to 19V or Camera Battery
  > Power consumption: < 10W
  Power supply for base end: AC 90-240V,
  > Power consumption: < 10W 
  LED indicator: Mic, Fiber, SDI in, SDI out, PWR   LED indicator: Fiber, SDI in, SDI out, PWR

Benifits description:

EFP to Fiber Converter A23 
> ( Bidi SDI, Panasonic 10Pin Remote, Tally, Intercom ) ,
> Camera Optic Adaptor: V-Mount or A-Mount,
> Optic Base Station: 1U Rack mount
> Transmission Distance:  SM fiber 10+km , MM fiber 300m

1x 3G-SDI
1x Return 3D-SDI
1x Genlock / BB / Time code
1x Intercom
1x Remote
1x Ext Tally
1x Dual LC Fiber Connector

Features:

1) All inputs and outputs are equalized and re-clocked
2) Immune to pathological patterns over the entire link budget and operating temperature range
3) SMPTE 424M-2006, 292, 259 and DVB-ASI compliant
4) Supports embedded audio and data signals
5) Support SDSDI & HDSDI & 3GSDI, Support 270M & 1.485G & 2.97G SDI Video

Description:

EFP to Fiber Converter A23 ( Bidi SDI, Panasonic 10Pin Remote, Tally, Intercom ) is designed to handle news, sports, and other day-to-day remote interfacing needs with ease. Live Connector offers an advanced portable, single-mode optical interface for ENG and OB vans, SNG vehicles, and production trailers. Features include two 3G/HD/SD-SDI video paths in each direction, on-air and cue audio, intercom, and Ethernet data. Uses two single-mode fibers and models are available with a variety of optical connectors. Live Connector is an ideal infrastructure solution for airports, studio complexes, arenas, and campus environments.

Technical parameter list:

 Product Name   EFP to Fiber Converter A23 ( Bidi SDI, Panasonic 10Pin Remote, Tally, Intercom ) 
 Product Model   HK-EFP-A23 
 SDI Connector   BNC 75 Ohm 
 Optical Fiber   Single mode / Multimode, LC/SC/ST, Duplex, 
 Power Supply   DC 12V to 19V 
 Power Consumption   10W 
 Dimension / GW  V-lock or A-lock at Camera end, 19” 1U standard rack mount at base end / 9.50 kg per pair  
 Working Environment   Working Temperature: -20°C to 55°C; Relative Humidity: 0 ~ 95% (no cold condensation) 
 Warranty   2 Years 

More Product Photos:

EFP over Fiber System
EFP over Fiber System
EFP over Fiber System
EFP over Fiber System
EFP over Fiber System
EFP over Fiber System
EFP over Fiber System

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