kinetic technologies RD4-5000 KTM50x0 RD4 Evaluation Kit User

USB Type-C / DisplayPort1.4 MST Hub

General Description

The KTM50x0 is an advanced DisplayPort1.4a MST hub with an integrated USB type-C de-multiplexer, targeted primarily for Mobile Notebook accessory and display applications. This device functions as a multi stream audiovideo splitter and protocol converter with an HDCP1.x/ HDCP2.3 repeater supporting both compressed (DSC) and uncompressed AV streams.

KTM50x0 has a DP alt-mode capable USB Type-C Upstream Facing Port (UFP). The four high speed lanes of UFP can receive DP1.4a MST audio-video and USB3.2 Gen2 data streams simultaneously. The input lane mapping is flexible and meets standard DP or the USB Type-C connector with flip orientation requirements. The incoming DP and USB signals are de-multiplexed, retimed, and transmitted on the Downstream Facing Ports (DFP). The KTM50x0 consists of three AC coupled DP/DP++ or DC coupled HDMI/DVI DFPs, each with four high-speed lanes and one USB port with USB3.2 TX and RX pair. The Stream Routing Logic in KTM50x0 allows flexible routing of incoming DP MST stream converted into any combination of MST or SST streams on any of the DFP video ports with link rate and lane count change option. Also, the SST stream can be replicated on two or more DFP ports. In addition, the DP SST stream can be converted into a HDMI or DVI output (TMDS signal format).

The combo receiver in KTM50x0 supports all DP standard data rates up to HBR3 (8.1 Gbps/lane) and USB3.2 Gen1 (5.0 Gbps) and Gen2 (10.0 Gbps). The dual mode (DP++) transmitters support DP standard data rates up to 8.1 Gbps/lane and TMDS data rates up to 6.0 Gbps/lane. The side-band channel uses 1.0 Mbps Manchester-coded AUX signaling for DP and DDC signaling up to 100kbps for the HDMI interface.

Detailed functionality of the IC is described in the KTM50x0 datasheet. Included in the kit are the following items:

EVAL Kit Photo

< Kinetic Technologies RD4 Type C MST Hub>

1. DFP Type A: USB 3.2 GEN2 and USB 2.0

2. DFP Type A: USB 3.2 GEN2 and USB 2.0

3. UFP Type C: Up to 60 Watts and DP1.4 and USB 3.2 GEN2 /USB 2.0

4. DFP TX1: DP++ (DP1.4b or HDMI 2.0b)

5. DFP TX2: HDMI2.0b

6. DFP TX3 Type C: USB GEN2 and DP Alt Mode

7. DFP Type C Charger: 100 Watts Preferred. Minimum 35 watt required to

support all DFPs. (5 V Charger is not enough)
UART: Debug and FW update

Connection Setup

1. DFP Type C Charger is required to turn on RD4.
2. UFP Type can’t power up RD4 board because RD4 is designed as the dock station.
3. DPF Type C(TX3): Max 7.5 watt

Recommended Sequence: Not mandatory but in general

• Connect 100-Watt Type C Charger (> 35Watt) to DPF Type C Charger
• Connect DPF TX1 or TX2 or TX3 or both or all
• Connect UFP Type C

Evaluation Board Features

Design Features

• DUT: KTM50x0
• Board Name: RD4-5000
• Power Supply:
  • Type-C Charger 100 Watts Preferred. Minimum 35 watt required to support all DFPs
• Interfaces:
  • Input: USB Type C / DP Alt mode Supporting Billboard Functionality
  • Display Port: 1.62 / 2.74 / 5.4 / 8.1 Gbps, 1 /2 / 4 lane configuration
  • USB3.2 GEN2 / USB 2.0:
  • Outputs:
  • TX1: DP++ (DP1.4/HDMI2.0b) transmitters supporting DP standard data rates up to 8.1 Gbps/lane
  • TX2: HDMI2.0b TMDS data rates up to 6.0 Gbps/lane.
  • TX3: Type-C: USB GEN2 and DP Alt Mode
  • 2x USB3.2 SSPx1 operation with USB Type-A Connector as DFP/5Gbps, 10Gbps
  • CPU Reset: 1x Push switch
  • Charging Port: USB type-C Receptacle
  • Handling voltage can be up to 20VDC as Power delivery specification
• Components
  • 3x MCDP9000 (USB PD3.0 Type-C Port Controller)
  • Small crystal operation: 25MHz with 2016 size (metric)
  • 16Mbit SPI Flash: MX25U1633FM2I (default) or compatibles1.
  • 8Mbit SPI Flash: W25Q80DVSNIG (default) or compatibles2 .
  • Protection Circuit
  • ESD Diodes on
    • RX: High Speed Line and AUX/HPD
    • TX2(HDMI): High Speed Line and DDC
    • USB3 SSP: High Speed Line
    • Pin header of G-Probe Interface (debug use)

1. Contact marketing for details on compatible memory
2. Contact marketing for details on compatible memory

• VRM Block (Power Distribution Network)
  • Lower cost components and smaller space
  • DCDC converter circuit compliant with noise requirement (<20mVpp)
  • Self-contained over-current protection circuit
  • Discharging load capacitors
• Interfaces for debug:
  • 1x G-Probe Interface on USB Micro-B connector (UART signals can be bypassed to external GProbe card)
  • 1x JTAG(SWD) interface with J-Link 19pin
  • Trace pins of JTAG interface
  • Option of (footprint): 1x HDMI DDC pins (DC coupled) on DFP

System Overview

Functional Block Diagram

Recommended Type-C Chargers for the board

Legal Notice

Copyright © Kinetic Technologies. Other names, brands and trademarks are the property of others. Kinetic Technologies assumes no responsibility or liability for information contained in this document. Kinetic Technologies reserves the right to make corrections, modifications, enhancements, improvements, and other changes to its products and services at any time and to discontinue any product or services without notice. The information contained herein is believed to be accurate and reliable at the time of printing.

Reference Design Policy

This document is provided as a design reference and Kinetic Technologies assumes no responsibility or liability for the information contained in this document. Kinetic Technologies reserves the right to make corrections, modifications, enhancements, improvements and other changes to this reference design documentation without notice.

Reference designs are created using Kinetic Technologies’ published specifications as well as the published specifications of other device manufacturers. This information may not be current at the time the reference design is built. Kinetic Technologies and/or its licensors do not warrant the accuracy or completeness of the specifications or any information contained therein.

Kinetic Technologies does not warrant that the designs are production worthy. Customer should completely validate and test the design implementation to confirm the system functionality for the end use application.

Kinetic Technologies provides its customers with limited product warranties, according to the standard Kinetic Technologies terms and conditions.

For the most current product information visit us at www.kinet- ic.com

Life Support Policy

LIFE SUPPORT: KINETIC TEC NOLOGIES’ PRODUCTS ARE NOT DESIGNED, INTENDED, OR AUTHORIZED FOR USE AS COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS. NO WARRANTY, EXPRESS OR IMPLIED, IS MADE FOR THIS USE. AUTHORIZATION FOR SUCH USE SHALL NOT BE GIVEN BY KINETIC TECHNOLOGIES, AND THE PRODUCTS SHALL NOT BE USED IN SUCH DEVICES OR SYSTEMS, EXCEPT UPON THE WRITTEN APPROVAL OF THE PRESIDENT OF KINETIC TECHNOLOGIES FOLLOWING A DETERMINATION BY KINETIC TECHNOLOGIES THAT SUCH USE IS FEASIBLE. SUCH APPROVAL MAY BE WITHHELD FOR ANY OR NO REASON.

“Life support devices or systems” are devices or systems which (1) are intended for surgical implant into the human body, (2) support or sustain human life, or (3) monitor critical bodily functions including, but not limited to, cardiac, respirator, and neurological functions, and whose failure to perform can be reasonably expected to result in a significant bodily injury to the user. A “critical component” is any component of a life support device or system whose failure to perform can be reasonably expected to cause the failure of the life support device or system, or to affect its safety or effectiveness.

SUBSTANCE COMPLIANCE

Kinetic Technologies IC products are compliant with RoHS, formally known as Directive 2002/95/EC of the European Parliament and of the Council of 27 January 2003 on the restriction of the use of certain hazardous substances in electrical and electronic equipment. However, this evaluation kit does not fall within the scope of the EU directives regarding electromagnetic compatibility, restricted substances (RoHS), recycling (WEEE), FCC, CE or UL, and may not meet the requirements of these or related directives. To the best of our knowledge the information is true and correct as of the date of the original publication of the information. Kinetic Technologies bears no responsibility to update such statement.

References

• Kinetic Technologies - Analog & Mixed-Signal Semiconductors

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