Réf. :

eP9169S

Marque :

Sortie 6G HDMI2.0 Recepteur w/ 8 voies cLVDS

Voir la description complète
eP9169S is an 8-lane cLVDS transmitter with 6GHz HDMI 2.0b Receiver. cLVDS is a super high speed LVDS technology developed by explore. The HDMI RX also supports HDCP 1.4 / HDCP 2.2 Decryption engines. The chip supports Audio Outputs in IIS and SPDIF. The chip supports SD/HD Audio and HD/3-D/4K2K Video up to 60 Hz frame rate.This chip supports the HDMI YCC420 input to cLVDS YCC444/RGB444 output Conversion. The chip is also integrated with an eFlash MCU to make user’s applications very easy.
 
 
 

Features

• On-chip HDMI Receiver which is compliant with DVI 1.0, HDMI 1.4 and HDMI 2.0b specification
• On-chip HDCP RX ciphers which are compliant with HDCP 1.4/2.2 specification
• Wide Frequency Range: 25MHz - 600MHz
• Supports 1 DVI/HDMI input port and up to 8 Lane cLVDS Output
• Supports 8-bit, 10-bit, 12-bit Deep Color Full HD, Full 3D and 4K2K 60Hz video
• Support 3-byte, 4-byte, and 5-byte Data Packing mode in cLVDS transmitter
• Programmable 1-lane, 2-lane, 4-lane or 8-lane cLVDS outputs
• Support on-chip 512 bytes e-DDC eDID RAM for input port.
• Supports YCC420 to YCC444 Conversion.
• Supports Color Space Conversion from YUV (422 or 444) to RGB (444).
• Supports Color Space Conversion from RGB (444) to YUV (444).
• On-chip Audio Decoder which support 8-channel IIS/DSD and SPDIF audio outputs
• Supports Standard Audio, DSD Audio and HD (HBR) Audio
• Supports audio soft mute
• Supports Test Pattern Generation Function.
• Controllable tri-state for Audio output pins
• On-chip eFlash MCU with integrated HDCP keys and eDID memory
• 1.3V and 3.3V power required
• Supports Power Down Mode
• 128-pin LQFP ePAD package

 

 

Block Diagram
Les caractéristique techniques
Type
Nbr channels
Supply Voltage
Low Noise
Channels number
Type
Video Interfaces
SDI interfaces
Vidéo interface
USB
Vidéo SFP modules
Type
Nombre de cellule
Overcharge Detection Voltage
Overdischarge Detection Voltage
Type
Iout
Vout
Input voltage
Famille
Type
Tolérance fréquence
Dimensions
Demander un devis

Contactez un de nos experts

(sans engagement)
Merci ! Votre demande de devis a bien été envoyée.
Oops! Il y a un erreur.