RD1011 is a bidirectional active USB Type-CTM (USB-C) cable, which includes two paddle cards, each with an ANX7451 device on it. The ANX7451 is a 4x4 re-timing mux capable of switching DisplayPort (DP) and USB3.2 Gen 2 10Gbps signals to support a single USB Type-CTM (USB-CTM) port. The RD1011 design can recover both the USB and DP signals with loss compensation of up to 23dB and 27dB respectively. The RD1011 includes two ANX7410 devices, which act as an on-board programmable MCU and eMarker chip. With ANX7410, ANX7451 can be initiated with optimal settings that enable the RD1011 design to cover 4-meter at 28AWG cable length. RD1011 can be used with any USB-C port on any of the display monitors, docking stations and VR HMDs.
Main Features:
Other Features
Bidirectional active USB-C cable carrying 4L DP or 2L DP and USB3.2
Supports up to 4L of DisplayPort in/out, with signal conditioning up to 8.1Gbps (supports HBR3, HBR2, HBR, RBR rates)
Supports USB3.1 in/out, with signal conditioning up to 10Gbps
Supports USB2.0 (480Mbps)
Compensates signal loss of up to 27dB
Supports plug flip
Powered by VCONN and VBUS
On-board programmable MCU, ANX7410, to initiate ANX7451 with specific settings
ANX7410 acts as an eMarker chip to snoop or respond SOP’ and SOP’’ messages from a USB-C DFP, as per active USB-C cable spec
Two paddle cards (2x re-timers) design to guarantee data throughput performance, and for ease of production
ANX7491 is a 1-port USB 3.2 re-timer capable of conditioning USB signals at both Gen 1 (5Gbps) and Gen 2 (10Gbps) speeds. ANX7491 can compensate signal loss of up to 23dB and is compliant to the latest USB 3.2 specifications. ANX7491 supports Separate Reference Clock Independent SSC (SRIS) and Bit-Level Re-timer (BLR) architectures for a hybrid implementation for Gen 1 and Gen 2. SRIS re-timers eliminate jitter transfer and guarantee Gen 2 operation. Host (source) and device (sink) Type-A data-only applications are fully supported by ANX7491. ANX7491 supports integrated reference clock and is protocol aware for efficient USB link power management and power savings. ANX7491 can be in various types of applications such as notebook/desktop PCs, server, and accessories/docks with various USB connectors such as Type-A or Type-B.
Main Features:
Other Features
Features
Built-in re-timer
Integrated re-timer for USB 3.2 1-port (Tx/Rx) up to 10Gbps
Supports both Separate Reference Clock Independent SSC (SRIS) and Bit-Level Re-timer (BLR) Architectures of USB3.1 Specification (Appendix-E)
Loss compensation to recover up to 23dB channel loss
Protocol awareness for better link power management (LPM) and savings
Supports both host and device applications in USB3.2 Type-A subsystems
Integrated Reference Clock
Serial and debug interfaces
I2C Slave interface, up to 1MHz, for re-timer configuration
Industry standard compatibility
USB 3.2 specification, Appendix E
Intel USB 3.2 Repeater and Active Switch specification
Low-power design
Analog power supply at 1.8V
I/O power supply at 1.8V
Core power supply at 1.2V
Package
QFN-36, 4.2mm x 4.9mm, 0.90mm Z-height, 0.35mm pin-pitch
Commercial temperature range of OC to 70C
Applications:
Notebook/Desktop PC
Package:
QFN-36, 4.2mm x 4.9mm, 0.90mm Z-height, 0.35mm pin-pitch
10G Active Mux (6x4) with Integrated Re-timers for USB3.2/DisplayPortl.4
Overview:
ANX7443 is a re-timing mux capable of switching DisplayPort (DP) and USB3.2 Gen 2 10Gbps signals to support a single USB Type-CTM (USB-CTM) port. ANX7443 has built-in re-timers to recover both the USB and DP signals with loss compensation of 23dB for USB and up to 27dB for DP. ANX7443 supports Separate Reference Clock Independent SSC (SRIS) and Bit-Level Re-timer (BLR) architectures for a hybrid implementation for Gen 1 and Gen 2. SRIS re-timer eliminates jitter transfer and guarantee Gen 2 high-speed operation. Host (source) and device (sink) applications are fully supported by ANX7443 with built-in intelligent switching. With the intelligent digital switching, ANX7443 ensures the enhanced signals from the re-timers are preserved and outputted over the USB-C connector. ANX7443 integrates the local reference clock and SBU/AUX mux for switching DP AUX signals and reducing overall system BOM cost.
Main Features:
Other Features
Features
Built-in re-timers
Integrated re-timers for USB3.2 up to Gen 2 @ 10Gbps
Supports both Separate Reference Clock Independent SSC (SRIS) and Bit-Level Re-timer (BLR) Architectures of USB3.2 Specification (Appendix-E)
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)
Supports both host (source) and device (sink) applications in USB-C subsystems
Loss compensation to recover up to 23dB channel loss (USB), up to 27dB (DP)
Integrated mux
Integrated (6x4) mux switches USB and DP signals and preserves enhanced signal output over USB-C connector
Mux control input through I2C commands from external I2C master (or, optionally through GPIO of FLIP/USB_EN/DP_EN pins)
Integrated SBU/AUX mux for switching DisplayPort AUX +/- signals
Integrated reference clock
Serial control interfaces
I2C Slave interface, up to 1MHz, for mux and re-timer configuration
Industry standard compatibility
USB3.2 specification, Appendix E
DisplayPort 1.4a specification
USB Type-C r1.2 specification
Intel USB3.2 Repeater and Active Switch specification
Low-power design
Analog power supply at 1.8V
I/O power supply at 1.8V
Core power supply at 1.2V
Package
QFN-60, 6.4mm x 6.4mm, 0.90mm Z-height, 0.35mm pin-pitch
Commercial temperature range of OC to 70C
Applications:
Notebook/Desktop PC
Package:
QFN-60, 6.4mm x 6.4mm, 0.90mm Z-height, 0.35mm pin-pitch
10G Active Mux (1x2) with Integrated Re-timer for USB 3.2
Overview:
ANX7431 is a USB3.2 Gen2 10G active mux with integrated re-timer capable of recovering the USB signals with loss compensation of up to 23dB. ANX7431 also integrates a mux (lx2) for USB Type-C™ (USB-C™ ) applications. ANX7431 supports Separate Reference Clock Independent SSC (SRIS) and Bit-Level Re-timer (BLR) architectures for a hybrid implementation for Gen 1 and Gen 2. SRIS re-timers eliminate jitter transfer and guarantee Gen 2 operation. Host (source) and device (sink) USB-C data-only applications are fully supported by ANX7431 with built-in intelligent switching. With the intelligent digital switching, ANX7431 ensures the enhanced signals from the re-timers are preserved and outputted over the USB-C connector.
Main Features:
Other Features
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-El
Supports both host (source) and device (sink) applications in USB-C subsystems
Loss compensation to recover up to 23dB channel loss
Integrated mux
Digital (1x2) mux switches USB signals and preserves enhanced signal output over USB-C connector
Mux control input through 12C commands from external 12C master (or, optionally through FLIP/USB_EN pins)
Integrated Reference CLK
Serial and debug interfaces
I2C Slave interface, up to 1MHz, for mux and re-timer configuration
Industry standard compatibility
USB 3.2 specification, Appendix E
USB Type-C rl.2 specification
Intel USB 3.2 Repeater and Active Switch specification
Low-power design
Analog power supply at 1.8V 1/0 power supply at 1.8V
Core power supply at 1.2V
Package
QFN-50, 4.7mm x 6.4mm, 0.90mm Z-height, 0.35mm pin-pitch
Commercial temperature range of OC to 70C
Applications:
Accessories
Notebook/Desktop PC
Package:
QFN-50, 4.7mm x 6.4mm, 0.90mm Z-height, 0.35mm pin-pitch
USB Type-C™ Power Delivery v3.0 Controller with De-Mux (USB/DP)
Overview:
ANX7327 is a USB-PD v3.0 port controller with an integrated de-mux that supports switching at data rates of up to 10Gbps. ANX7327 supports high-speed interfaces, such as USB 3.1 (Gen 1 – 5Gbps, Gen 2 – 10Gbps) and DisplayPort™ (DP) 1.4 at up to HBR3 (8.1Gbps). ANX7327 is designed to be placed behind a USB Type-C (USB-C™) receptacle of a USB-C accessory or HDTV or monitor USB-C port. The USB-C port with the embedded IC device behind it enables a passive USB-C cable connectivity between any USB-C source and the accessory or HDTV or monitor to further the USB-C functions to a display or data connectivity downstream. On the source side, when paired with a re-timer mux such as the ANX7440, the ANX7327/7440 combo solution can enable a USB-C full function port with CPUs that have integrated USB-C mux. An On-chip Microcontroller (OCM) is available to manage the signal switching, Channel Configuration (CC) detection, USB Power Delivery (USB-PD) charging and Vendor Defined Message (VDM) protocol, and other functions, as defined in the USB Type-C v1.2 and USB Power Delivery v3.0 specifications. ANX7327 can be configured for an Upstream Facing Port (UFP) to support a USB-C receptacle. When paired with a DP-to-HDMI/VGA bridge (such as the ANX7737/9837), the ANX7327 creates an ideal solution for USB Type-C dongle, docking, HDTV, and monitor applications.
Main Features:
Other key features
High-speed de-mux (4x6) switching up to 10Gbps
4-lanes DisplayPort outputs with link speed of 1.62Gbps, 2.7Gbps, 5.4Gbps, 6.75Gbps, and 8.1Gbps
USB 3.1 signal output (SSTX and SSRX) with Gen1 (5Gbps) and Gen2 (10Gbps) link speed
USB 1.1 Billboard support
DisplayPort Alternate Mode (SlimPort®) communication support through USB-PD structured VDM messaging
Native TCPC-compliant hardware register interface
Integrated VCONN FETs
Built-in 10-bit ADC to monitor VBUS voltage and current
Dedicated control signals for VBUS Source FET, VBUS sink FET, and VBUS auto discharge circuity
Serial and debug interfaces
Slave interface
Industry standard compatibility
USB Type-C r1.2 specification
USB Power Delivery v3.0 r1.0 specification
DisplayPort 1.4 specification
DisplayPort Alternate Mode over USB Type-C r1.1 specification
Universal Serial Bus (USB) Type-C Port Controller Interface r1.0 specification
Low-power design
Single supply at 3.3V
Dedicated supply power pin for flexible I/O power – 1.8V or 3.3V
Ultra-low power consumption (typical 80uW) in standby mode
On-chip Microcontroller (OCM) to implement signal switching, USB-PD messaging, and DisplayPort related functions
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