1. Description LT7622UX is a high performance HDMI2.0 or DP1.4a with Type-C to HDMI2.0 and MIPI/LVDS mixed switch chip for Display application.HDCP RX as the upstream of HDCP repeater, can cooperate with HDCP TX of other chips to realize the repeater function.For HDMI2.0 input, LT7622UX can be configured as 3/4 lanes....
1. Description LT7621GX is a high performance HDMI2.1 or DP1.4a with Type-C to HDMI2.1 and MIPI/LVDS mixed switch chip for Display application.HDCP RX as the upstream of HDCP repeater, can cooperate with HDCP TX of other chips to realize the repeater function.For HDMI2.1 input, LT7621GX can be configured as 3/4 lanes....
1. Description LT7641GX is a high performance HDMI2.1 or DP1.4a with Type-C to HDMI2.1 and MIPI/LVDS mixed switch chip for Display application.HDCP RX as the upstream of HDCP repeater, can cooperate with HDCP TX of other chips to realize the repeater function.For HDMI2.1 input, LT7641GX can be configured as 3/4 lanes....
1. Description LT7642GX is a high performance HDMI2.1 or DP1.4a with Type-C to HDMI2.1 and MIPI/LVDS mixed switch chip for Display application.HDCP RX as the upstream of HDCP repeater, can cooperate with HDCP TX of other chips to realize the repeater function.For HDMI2.1 input, LT7642GX can be configured as 3/4 lanes....
BC3688-s Bluetooth &Wi-Fi moduleIntroductionBC3688-s is a highly integrated, low-cost and low-powerconsumption module with dual band Wi-Fi6, BT5.4 forwireless application.lts WLAN function supports the USB2.0 /SDl0 3.0 interface, and its BT function supports theUART/PCM interface.The module provides simple legacy and 20MHz/40MHzco-existence mechanism to ensure backward and networkcompatibility. The units, such as...
1. Description The LT84102M is a high performance Analog switch with wide voltage range capability. It supports DisplayPort 1.2/1.4, HDMI 1.4/2.0/2.1, Bi-directional USB3.2 Gen1 switching differential signal, and emerging and proprietary standards.The LT84102M can pass high-speed signals to 1.38V peak to peak differential, with a common-mode voltage from 2V to VCC...
