Video interfaces

 

We are offering individual support and technical know-how combined with competitive pricing and reliable long-term supply on Interconnectivity SoCs for HDMI Repeater,  HDMI Receiver / Transmitter, MHL ,SRE,  MIPI, DP/ eDP, IDP, LVDS/ cLVDS, OSD, DVI & HDCP, HDMI ARC, Controller/ MCU

Retour à la liste

Demand of reminder on this product

You are interested in this product ? Leave us your address and phone number to be contacted again by our services.

Name *

First name *

Company *

Postcode *

E-mail *

Tel *

* Please fill all the compulsory fields


Description

EP94M3 is a 3-Port MHL/HDMI Dual Mode Switcher. The chip supports 3 MHL/HDMI input ports working in dual mode and 1 HDMI output port. The chip supports the resolution up to 720p 60 Hz, 1080p 30 Hz or 1080p 60Hz in PackedPixel Mode.
The chip also supports 3 ports of on-chip EDID RAM and programmable passive/active DDC switches to lower down system cost.


Feature

•Supports 3 MHL/HDMI input ports with dual mode capability
•Supports 1 HDMI output port
•On-chip MHL/HDMI Receiver and HDMI Transmitter core which are compliant with MHL 2.0 and HDMI 1.4b specification
•On-chip Equalizer
•Support wide Frequency Range TMDS Output: 25MHz - 225 MHz TMDS clock
•Support up to 75 Mhz Pixel clock rate (8-bit 1080i/720p 60 Hz) in 24-bit mode and up to 150 Mhz Pixel clock rate (8-bit 1080p 60Hz YCC422) in Packed Pixel mode for MHL input
•Support up to 297 Mhz TMDS clock rate (4Kx2K) for HDMI input
•Support 3 ports on-chip EDID RAM
•Support on-chip programmable passive/active DDC switches
•Register-programmable via slave IIC interface
•Low stand-by current (< 100 uA) at power down mode
•64-pin LQFP package

BLOCK DIAGRAM

Related products

You could also be interested in the following products :

Actualités

Top
Dear users, this website stores cookies on your computer. Their purpose is to improve your website experience while providing you with more personalized services. Cookies are also used for ads personalisation.

If you would like more information about the cookies we use, please see our Privacy Policy. By accepting cookies, you consent to their use. You can also adjust their settings. If you refuse cookies, your information will not be tracked when you visit this site. Only one cookie will be used in your browser to remember your preference not to be tracked.
Deny all
Personalize
Accept all
Edit cookies setting