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  1. The EL4544 is a high bandwidth 16-channel differential RGB to 5-channel RGB single-ended RGB-HV video crosspoint switch with embedded sync extraction. There are four 16-Channel input muxes, each capable of receiving a complete RGB video signal, and five output muxes, each capable of “seeing” any one of the four RGB inputs.

  2. The EL4544 is a high bandwidth 16-channel differential RGB to 5-channel RGB single-ended RGB-HV video crosspoint switch with embedded sync extraction. There are four 16-Channel input muxes, each capable of receiving a complete RGB video signal, and five output muxes, each capable of seeing any one of the four RGB inputs.

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  4. High bandwidth 16-channel differential RGB to 5-channel RGB single-ended RGB-HV video crosspoint switch with embedded sync extraction.

  5. Attribute. Description. Other Names. -EL4544IGZ. Standard Package. 40. Order today, ships today. EL4544IGZ – Video Switch IC 1 Channel 356-PBGA (27x27) from Renesas Electronics Corporation. Pricing and Availability on millions of electronic components from Digi-Key Electronics.

    • Renesas Electronics Corporation
    • EL4544IGZ-ND
    • IC CROSSPOINT VID 16X5RGB 356BGA
    • Renesas Electronics Corporation
  6. DATASHEET EL4544 Triple 16x5 Differential Crosspoint Switch Capable of Operation in Single-Ended or Differential Input Modes FN7362 Rev 5.00 February 23, 2012 The EL4544 is a high bandwidth 16-channel differential RGB to 5-channel RGB single-ended RGB-HV video crosspoint switch with embedded sync extraction.

  7. EL4544 Product details. The EL4544 is a high bandwidth 16-channel differential RGB to 5-channel RGB single-ended RGB-HV video crosspoint switch with embedded sync extraction. There are four 16-Channel input muxes, each capable of receiving a complete RGB video signal, and five output muxes, each capable of “seeing” any one of the four RGB ...

  8. The EL4544 is a high bandwidth 16-channel differential RGB to 5-channel RGB single-ended RGB-HV video crosspoint switch with embedded sync extraction. Four 16-channel input muxes, each capable of receiving a complete RGB video signal, and five output muxes, each capable of “seeing” any one of the four RGB inputs.