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UM11595
PTN38007-EVM/PTN38003A-EVM evaluation board
Rev. 1.0 — 28 June 2021
Document information
Information
Content
Keywords
PTN38007, PTN38003A, PTN5110, USB Type-C, CC Logic, Orientation
Detection, USB3.1 Gen2, USB3.2, USB4.0, SuperSpeed, DisplayPort, Linear
Redriver
Abstract
The PTN38007-EVM/PTN38003A-EVM is capable of interfacing a USB
Type-C port with various alternate mode devices. The evaluation board is
intended for use as an evaluation and customer demonstration tool, as well as
a reference design.
User manual
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Table of Contents
Related Manuals for NXP Semiconductors PTN38007-EVM
Summary of Contents for NXP Semiconductors PTN38007-EVM
- Page 1 Detection, USB3.1 Gen2, USB3.2, USB4.0, SuperSpeed, DisplayPort, Linear Redriver Abstract The PTN38007-EVM/PTN38003A-EVM is capable of interfacing a USB Type-C port with various alternate mode devices. The evaluation board is intended for use as an evaluation and customer demonstration tool, as well as...
- Page 2 UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Revision history Date Description v.1.0 20210628 Initial version UM11595 All information provided in this document is subject to legal disclaimers. © NXP B.V. 2021. All rights reserved. User manual Rev. 1.0 — 28 June 2021...
- Page 3 UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Important notice NXP provides the enclosed product(s) under the following conditions: This evaluation kit is intended for use of ENGINEERING DEVELOPMENT OR EVALUATION PURPOSES ONLY. It is provided as a sample IC pre-soldered to a printed circuit board to make it easier to access inputs, outputs, and supply terminals.
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Page 4: Introduction
LPCUSBSIO module operation and configuration with the PTN38007/3A- EVM evaluation board. Finding kit resources and information on the NXP web site NXP Semiconductors provides online resources for this evaluation board and its supported device(s) on http://www.nxp.com. The information page for PTN38007-EVM evaluation board is at http://www.nxp.com/... -
Page 5: Windows Pc Workstation
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board • One Type-C cable to connect between EVM and device • One micro-USB cable to connect EVM to a PC 3.3 Windows PC workstation This evaluation board requires a Windows PC workstation. Meeting these minimum specifications should produce great results when working with this evaluation board. -
Page 6: Block Diagram
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board 4.1 Block diagram PTN38007/ PTN38003A TYPE-C TYPE-C RECEPTACLE PLUG PCA9570 (GPIO) Bottom USB_D± D2± D2± Top USB_D± D1± D1± SBU2 SBU2 SBU2 SBU1 SBU1 SBU1 VBUS VBUS VBUS MIC5357 J103 J104 J105 (µUSB) aaa-042332 Figure 1. Block diagram... -
Page 7: Ptn38007/3A-Evm Evaluation Board Schematics
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board 4.3 PTN38007/3A-EVM evaluation board schematics 4.3.1 Type-C connector and PTN38007/3A (DFP) VBus_P0 VBus_P0 VBus_P0 VBus_P0 J101 J102 DX07P024AJ1R1500 USB Ty pe C Receptacle GND2 GND3 GND2 GND3 HP0_RX2P1 HP0_TX2P1 HP1_RX2P HP1_TX2P SSRXP2 SSTXP2 RX2+... -
Page 8: Type-C Connector And Ptn38007/3A (Ufp)
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board 4.3.2 Type-C connector and PTN38007/3A (UFP) VBus_P1 VBus_P1 J201 J202 VBus_P1 VBus_P1 USB Ty pe C Receptacle DX07P024AJ1R1500 GND1 GND1 GND4 DKP0_TX1P DKP0_RX1P DKP1_TX1P DKP1_RX1P TX1+ RX1+ SSTXP1 SSRXP1 DKP0_TX1N DKP0_RX1N DKP1_TX1N DKP1_RX1N TX1-... -
Page 9: Low-Speed Switches
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board 4.3.3 Low-speed switches There are two layers of low-speed switches using NX3DV221 multiplexers; they are used to sort out the correct polarity of the SBU signals, and then route to PTN38007/3A for snooping purposes. -
Page 10: Board Headers
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Table 1. Control signal assignment for GPIO expander ...continued Signal Name Comment DP_TBT_OEn Enable/Disable low-speed switch outputs 0 = Enabled 1 = Disabled Output Not Used Data bit is used to further distinguish different operating modes with the same byte programming. -
Page 11: And 3.3 V Power Supplies
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Figure 11. Connection of board headers 4.3.6 1.8 V and 3.3 V power supplies The board is supplied with one 5 V power supply source through J105 (micro-USB connector) when in stand-alone mode (without LPCUSBSIO module). There is an LDO power supply that converts 5 V to 3.3 V and 1.8 V. -
Page 12: Power-On Initialization
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board • Reg[0xnn] = 0xrr: Set PTN38007/3’s register @ address 0xnn to value of 0xrr 5.1 Power-on initialization // Initialize GPIO Expander GPIO[] = 0x04 // In Safe State // PTN38007/3A Initialization for Safe State... -
Page 13: Operating Mode Programming
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Reg[0x18] = 0x03 // Downstream LCTL[3] = 950mVppd, should adapt to different PCB design if necessary // DFP SafeState Initialization Reg[0x04] = 0x00 // Default Safe State, With Normal Orientation 5.2 Operating mode programming Depending on the operating mode negotiated between the DFP and UFP sides, the following registers should be programmed accordingly. -
Page 14: Lpcusbsio Module
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Table 5. UFP modes orientation ...continued Orientation Normal Orientation Reversed Orientation UFP Modes Thunderbolt (Mode = 4) GPIO[] = 0x00 GPIO[] = 0x02 Reg[0x04] = 0x24 Reg[0x04] = 0x34 USB4 (Mode = 5) GPIO[] = 0x08... -
Page 15: Block Diagram
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board 6.1 Block diagram PTN38007/ PTN38003A TYPE-C TYPE-C RECEPTACLE PCA9570 PLUG (GPIO) Bottom USB_D± D2± D2± Top USB_D± D1± D1± SBU2 SBU2 SBU2 SBU1 SBU1 SBU1 VBUS VBUS VBUS MIC5357 J103 J104 J105 (µUSB) J302... -
Page 16: Connection
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Figure 15. PTN5110 sniffer board; back side 6.3 Connection PTN38007/3A-EVM evaluation board and LPCUSBSIO module should be sandwiched together such that J103 is mated with J307, and J104 is mated with J306. There is no Type-C plug installed on the LPCUSBSIO module by default, and J305 (Type-C receptacle) on the LPCUSBSIO module should not be used. - Page 17 UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board 2. Locate SW302 ISP switch on the sniffer board, and hold it down while plugging in the micro-USB cable to the PC. 3. Release SW302 switch, and on your PC, you will see a disk drive “CRP DISABLD”...
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Page 18: Gui Introduction
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board 5. Locate the new firmware on your hard drive (with .bin extension), and drag the file into “CRP DISABLD” folder. 6. The new binary file should appear in the “CRP DISABLD” drive. The firmware update is completed. -
Page 19: Editing Script_File.txt
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Table 6. GUI zip file contents ...continued P2R_DFP_USB_2DP_ Script files for PTN38007/3/PTN38003A DFP Board Normal.txt P2R_DFP_TBT_Normal/Reversed.txt and P2R_DFP_USB4_ Normal/Reversed.txt are only applicable to PTN38007/3 P2R_DFP_USB_2DP_ Reversed.txt P2R_DFP_4DP_Normal.txt P2R_DFP_4DP_Reversed.txt P2R_DFP_TBT_Normal.txt P2R_DFP_TBT_Reversed.txt P2R_DFP_USB4_Normal.txt P2R_DFP_USB4_Reversed.txt P2R_UFP_USB_2DP_ Script files for PTN38007/3/PTN38003A UFP Board Normal.txt... -
Page 20: Gui Fields
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board 7.2 GUI fields Figure 17. GUI fields 7.2.1 Interface Table 7. Interface Connect / When the LPCUSBSIO module is disconnected from the PC (in the event Disconnect of power cycle the evaluation board, or remove USB2 cable from the module), user should first click on Disconnect then Connect to reinitialize the LPCUSBSIO module. -
Page 21: Script Files
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board 7.2.2 Script files Table 8. Script files The default scripts are populated in the following order: List of eight script Script #1 Script #2 files Script #3 Script #3 Script #5 Script #6 Script #7 Script #8... -
Page 22: Gpio Expander Control
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Table 10. Register information ...continued Refresh When clicked, a repetitive read operation is performed across all registers. Read out values are populated in the GUI directly. Click again to stop the repetitive read operation. 7.2.5 GPIO expander control Table 11. GPIO expander control... -
Page 23: Dfp Board
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board 7.3.1.1 DFP board Table 12. DFP board P2R_DFP_USB_2DP_Normal.txt P2R_DFP_USB_2DP_Reversed.txt P2R_DFP_4DP_Normal.txt P2R_DFP_4DP_Reversed.txt P2R_DFP_TBT_Normal.txt P2R_DFP_TBT_Reversed.txt P2R_DFP_USB4_Normal.txt P2R_DFP_USB4_Reversed.txt 7.3.1.2 UFP board Table 13. UFP board P2R_UFP_USB_2DP_Normal.txt P2R_UFP_USB_2DP_Reversed.txt P2R_UFP_4DP_Normal.txt P2R_UFP_4DP_Reversed.txt P2R_UFP_TBT_Normal.txt P2R_UFP_TBT_Reversed.txt P2R_UFP_USB4_Normal.txt P2R_UFP_USB4_Reversed.txt 7.4 Other controls Sync DisplayPort Channel Settings... -
Page 24: Legal Information
8.1 Definitions and products using NXP Semiconductors products in order to avoid a default of the applications and the products or of the application or use by customer’s third party customer(s). NXP does not accept any liability in this Draft —... - Page 25 UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Tables Tab. 1. Control signal assignment for GPIO Tab. 7. Interface ............20 expander ............9 Tab. 8. Script files ............21 Tab. 2. DFP configuration ..........10 Tab. 9. Messages ............21 Tab. 3. UFP configuration ..........10 Tab.
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Page 26: Table Of Contents
UM11595 NXP Semiconductors PTN38007-EVM/PTN38003A-EVM evaluation board Contents Introduction ............4 Finding kit resources and information on the NXP web site ..........4 Collaborate in the NXP community ....4 Getting ready ............4 Kit contents ............4 Additional hardware ........... 4 Windows PC workstation ........5 Software .............5...
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