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Showing posts with the label eDisplayPort tx PHY IP

eDisplay Port v.1.4 Tx-Rx PHY & Controller Silicon Proven IP Cores

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T 2 M IP , the global independent semiconductor IP Cores provider & Technology expert, is pleased to announce the immediate availability of its partner’s one of the Best-Selling Interface IP Cores “ Display Port/eDisplay Port v1.4 Tx-Rx PHY and Controller IP Cores ” which are available in major Fabs and Nodes as small as 7nm, these core are silicon proven and are in multiple production chips. As companies in the Semiconductor industry gears up to launch its product at the ripe time to set the trend and get a industry upper hand, We at T 2 M endeavour to provide highly flexible IP Cores intended for simplified integration into complicated systems with high-performance data acquisition and high connectivity with the desired output to Fastrack time to market and cut down developments costs. Introducing the Display Port/eDisplay Port 1.4 Tx-Rx PHY and Controller IP Cores for UHD Video interfacing applications which saw a dramatic increase in demands even when the Semiconduc

eDisplay Port Tx PHY Controller IP Cores in 12FFC, 40ULP

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  T2M-IP , the global independent semiconductor IP Cores provider & Technology experts, is pleased to announce the immediate availability of its partner’s VESA standard eDisplay Port / Display Port v1.4 Tx PHY IP Cores in 40nm ULP and 12nm FFC matching Controllers which are silicon proven in major Fabs with minimal power usage and excellent efficiency for a true UHD experience.   Display Port 1.4 Tx PHY and Controller IP cores applies a visually lossless compression system with the help of DSC (Display Stream Compression) and FEC (Forward Error Correction) to achieve an 8K UHD display at 60Hz. With a transmitter PHY supporting 1.62Gbps (RBR) to 8.1Gbps (HBR3) data rates, T2M-IP's DisplayPort version 1.4 compliant Core is a robust, yet energy-efficient, with programmable analogue features, such as inbuilt 100-ohm termination resistors with common-mode biassing and an integrated equalisation with variable strength, make it less energy-intensive.   Higher resolution