Why is a retimer required for high-speed data channels? - EDN
PS8818 - USB-C® 10Gbps Retimer for USB 3.1 Gen2 and DP 1.4a Alternate Mode - Parade Technologies, Ltd.
USB4TM Logical Layer, Re-timer and Transport Layer
USB-C 10Gbps Re-timer Architectures and Implementations | www.analogix.com
Switching retimer chip enables DP Alt-Mode operation through USB Type-C connectors
MCDP6000 6:4 mux USB-C retimer
Why is a retimer required for high-speed data channels? - EDN
OpenFive-USB IP Subsystem-USB 3.1 Controller-USB 3.2 Retimer
PCI Express® Retimers vs. Redrivers: An Eye-Popping Difference - Astera Labs
Kandou Introduces First Device in USB-C Multiprotocol Retimer Product Family for USB4 | 2021-06-30 | Signal Integrity Journal
OpenFive-USB IP Subsystem-USB 3.1 Controller-USB 3.2 Retimer
Kandou Secures 2022 Supply Chain Capacity for USB4 Retimer Chips
Analogix Introduces ANX7451 – Second Generation 10G USB-C Re-timer for Smartphones | Business Wire
USB4TM Logical Layer, Re-timer and Transport Layer
PS8811 - Single Port USB 3.1 Gen 2 10Gb/s Bidirectional Retimer with DCI Support - Parade Technologies, Ltd.
PS8830 – Full Feature USB4® Retimer Supports DisplayPort™ 2.0 and Thunderbolt™ 3.0 Alternate Modes - Parade Technologies, Ltd.
11 Myths About USB Retimers | Electronic Design
How high-speed serial technology breaks through board-level connection limits | www.analogix.com
Bi-directional USB-C active cable reference design unveiled | Cabling Installation & Maintenance
USB Type-C 40 Gb/s Multi-Protocol Switch and Bi-Directional Bit-Level Retimer
USB Hub Redriver Retimer Extender | For USB Machine Vision
USB-C 10Gbps Re-timer Architectures and Implementations | www.analogix.com
USB Hub Redriver Retimer Extender | For USB Machine Vision
USB 3.1 with xHCI and Retimer Verification IP
RD4-6000 | MCDP6000
