8W8W15W TRIPLE AMPLIFIER

DESCRIPTION The TDA7497SA is a triple 8+8+15W class AB power amplifier assembled in the @ Clipwatt 15 package, specially designed for high quality sound, TV applications. Features of the TDA7497SA include mute functions independently controlled for main and center channels. FEATURES

8.1G (up to HBR3) DisplayPort™ 4-lane Re-timer

Features  Built-in re-timers − Integrated re-timers (Link training-tunable PHY repeater) for DisplayPort up to HBR3 @ 8.1Gbps. Supports both transparent mode and non-transparent mode (transparent or LTTPR) − Loss compensation to recover up to 27dB  Integrated AUX pass-through − Integrated A

6G Active Re-driver with Linear Equalization for HDMI 2.0

Features • Built-in Re-driver with CTLE − Integrated Re-driver for HDMI2.0 up to 6Gbps − Supports DP++, HDMI Source applications − Loss compensation to recover up to -10dB channel loss @6Gbps • CTLE, Flat Gain and Swing configurations − Four-lane configurations set by pin strapping. − Indep

10G Active Mux (1x2) with Integrated Re-timer for USB 3.2

Features * Built-in re-timer ㅡ Integrated re-timer for USB 3.2 up to Gen2 @ 10Gbps — Supports both Separate Reference Clock Independent SSC (SRIS) and Bit-Level Re-timer (BLR) Architectures of USB 3.2 Specification (Appendix-E) — Supports both host (source) and device (sink) applications in US

20G Active Retimer for USB 3.2

Features  Built-in re-timer - Integrated re-timer for USB 3.2 with two lanes up to Gen2 @ 10Gbps each for a combined 20G throughput - Supports both Separate Reference Clock Independent SSC (SRIS) and Bit-Level Re-timer (BLR) Architectures of USB 3.2 Specification - Supports both host (source)

10G Active Mux (1x2) with Integrated Re-timer and CC Detection for USB 3.2

Features  Built-in re-timer − Integrated re-timer for USB 3.2 up to Gen2 @ 10Gbps − Supports both Separate Reference Clock Independent SSC (SRIS) and Bit-Level Re-timer (BLR) Architectures of USB 3.2 Specification (Appendix-E) − Loss compensation to recover up to 23dB channel loss  Integrat