Lattice Semiconductor iCE40LP8K-USBC-EVN User manual

USB Type-C Demo Kit V2 Board User Guide
EB99 Version 1.2, December 2015

2
USB Type-C Demo Kit V2 Board
Introduction
The USB Type-C Demo Kit V2 has been developed to support a variety of demos, encompassing different levels of
the USB Type-C functionality which includes Power Delivery and negotiation, power and data role swap, control chan-
nel negotiation, super speed signaling, DP alternate mode support and a low speed signal aggregation function.
There are two versions of this board, as identified by the Ordering Part Numbers (iCE40LP8K-USBC-EVN and
iCE5LP4K-USBC-EVN). This document is applicable to either version, with the notes as applicable.
The main circuits on the development kit board:
• Programming Circuit
— Mini-USB Type B connector to FTDI
— FTDI to MachXO2™ Programming Mux
• MachXO2-4000ZE
— Programming Multiplexing
— Signal Generator and Receiver for aggregation
— General Purpose I/O
— LED Display Control
• iCE40LP-8K (iCE40LP8K-USBC-EVN only)
— Super-speed signaling control
— CD-PD physical layer and power delivery manager
— Billboard support
— DP alternate mode support and control
— Aggregator support
— AP interface
— Data logging
• iCE5LP-4K (iCE5LP4K-USBC-EVN only)
— Super-Speed signaling Control
— CD-PD physical layer and power delivery manager
— AP interface
— Data logging
Note: The iCE40LP8K-USBC-EVN board from Lattice is hardwired to behave as a UFP_D (DisplayPort UFP)
device. If you need to test DFP_D (DisplayPort DFP) functionality, apply the following changes on the board:
• R199,R201,R203,R205,R207,R209,R211,R213,R215,R217 - Do Not Populate
• R198,R200,R202,R204,R206,R208,R210,R212,R214,R216 - Populate

3
USB Type-C Demo Kit V2 Board
Key Components
Figure 1 is the top view of the USB Type-C Demo Kit V2 Board showing the key components present on the board.
Figure 1. Top View of USB Type-C Demo Kit V2 Board with Key Components
Power Jacket (J8)
Header Pool
10-Bit Switch (SW3)
USB 2.0 Mini-B (J2)
FTDI Chip (U1)
iCE5LP4K (U5)1
USB Type-C Receptacle (CN2)
USB Type-A Receptacle (J6)
Power Switch (SW2)
LEDs (D1-D8) LEDs (D17-D25)
LEDs (D26-D33)
LCMXO2-4000ZE (U4)
DP Connector UFP (CN1)2
DP Connector DFP (CN2)2
iCE40LP8K (U22)2
HD3SS460 (U11)
P13D6S3224 (U19)
SN8F22511BX (U13)2
Boost
Regulator
(U18)2
Notes:
1. iCE5LP4K-USBC EVN Only
2. iCE40LP8K-USBC EVN Only

4
USB Type-C Demo Kit V2 Board
Headers and Test Connectors
Figure 2 shows the top view of the demo board. The numbers of headers and test connectors which provide
access to USB Type-C Demo Kit V2 Board circuits are indicated.
Figure 2. Top View of the USB Type-C Demo Kit V2 Board with Headers and Test Connectors
Table 1 provides the detailed definition of the headers and test connectors.
Table 1. Headers and Test Connectors
Part Description Setting Options Default Setting
J1 External JTAG I/F
J3 JTAG/SPI Selection 1-2 (SPI), 2-3 (JTAG) JTAG
J16 JTAG/I2C Selection 1-2 (JTAG), 2-3 (I2C) JTAG
SW1 MachXO2 Reset Switch
J17 Jumper for DP Power Open-Off, Short-On Open
J5 BB Device Programmer I/F
SW2 Board Power Switch Left-On, Right-Off Right
J7 VBUS Sink Connector Open-Off, Short-On Open
SW3 General Purpose Input Switch
J9 USB Role Selection 1-2 (UFP), 2-3 (DFP) Open
J10 MachXO2 I/O HIZ Enable 1-2 (Enable), 2-3 (Disable) Open
J15 For Testing/Probing
J12 MachXO2 I/O Direction Input 1-2 (Input), 2-3 (Output) Open
J20 For Testing/Probing
J18 External I2C I/F
J19 External AGG Inputs
(SW3)
J18 J16
SW2
J20 J12
J10
J17
J5
J9 J19 J15
SW1
J7J3
J1

5
USB Type-C Demo Kit V2 Board
Programming Circuit
The Mini-USB Type B connector is used for programming the board, using the standard Diamond Programmer soft-
ware. Figure 3 shows the programming block of the USB Type-C Demo Kit V2.
The Mini-USB Type B connector interfaces with the FTDI FT2232H IC. The FTDI IC works with Diamond program-
mer to provide interfaces for JTAG (for programming MachXO2-4000ZE) and SPI (for programming both the
iCE40™ LP and iCE40 Ultra™ devices and their SPI Flash Memories). The SPI programming works in conjunction
with a mux design that must be programmed into the MachXO2-4000ZE. The mux design operation and required
switch settings are described in detail in the next section. When the MachXO2 device contains the mux design and
the proper switch settings are chosen, the Diamond Programmer interfaces directly with the iCE40 devices or SPI
Flashes.
Figure 3. Programming Block
Programming Mux and Switch Settings
The board allows for programming the various devices contained on the USB Type-C Demo Kit V2:
• MachXO2 (LCMXO2-4000ZE-1MG132C) – U4
• iCE40 LP (iCE40LP8K-CM81) – U22
— Configuration or Programming
— iCE40 Ultra External SPI Flash – U10
— Micron Technology Inc. (N25Q032A13ESC40F)
— CDONE LED (Red) – D11
• iCE40 Ultra (iCE5LP4K-SG48) – U7
— Configuration or Programming
— iCE40 Ultra External SPI Flash - U6
— Micron Technology Inc (N25Q032A13ESC40F)
— CDONE LED (Green) – D9
• iCE40 Device CRESETB can be asserted by pushing SW1
— Routed through MachXO2 device
USB MINI-B FTDI
FT2232H
LCMX02-
4000ZE
ICE40LP8K-
CM81 or
ICE5LP4K-48
Switch FLASH
J2 U1 U4 U5/U22
SW3 U10

6
USB Type-C Demo Kit V2 Board
Figure 4 shows the DIP switch numbering and settings.
Figure 4. DIP Switch Numbering
Two positions of the DIP switch SW3 and the header J3 are used to control which devices and which mode the
FTDI Bridge utilizes. Table 2 provides the detailed definitions of the DIP switch settings required to program each
device.
Table 2. DIP Switch Settings to Program the Device
Note: The MachXO2 must be programmed with an image containing the SPI programming multiplexing and CRESET
level-shifting driver (for example, the default image asdf.jed) prior to programming or configuring the iCE40 devices or
their subtended SPI Flash devices.
Device Operation Mode Jumper Position DIPSW (SW3) Position
J16 J3 SW3.1 SW3.2
MachXO2 Program/Configure JTAG 1-2 3-2 Up Down
iCE40 CRAM Program/Configure SPI 1-2 1-2 Down Down
iCE40 Flash Program/Configure SPI 1-2 1-2 Down Up
(All) Boot — 3-2 — Up Up
J16
J3
SW3.1
SW3.2
SW3.3
SW3.4
SW3.5
SW3.6
SW3.7
SW3.8
SW3.9
SW3.10
(SW3)

7
USB Type-C Demo Kit V2 Board
Status Indicators
The board provides the number of LED status indicators, shows power, configuration, and an application status.
Table 3 provides the detailed definition of the Status LED I/O Map.
Table 3. Status LED I/O Map
Device I/O Balls LED Schematic NET Bank Color
LCMX02-4000ZE B1 D1 AGG_LED1 3 Green
LCMX02-4000ZE B2 D2 AGG_LED2 3 Green
LCMX02-4000ZE C1 D3 AGG_LED3 3 Green
LCMX02-4000ZE C2 D4 AGG_LED4 3 Green
LCMX02-4000ZE C3 D5 AGG_LED5 3 Green
LCMX02-4000ZE D1 D6 AGG_LED6 3 Green
LCMX02-4000ZE E1 D7 AGG_LED7 3 Green
LCMX02-4000ZE E2 D8 AGG_LED8 3 Green
LCMX02-4000ZE J3 D17 STATUS_LED1 3 Blue
LCMX02-4000ZE K1 D20 STATUS_LED2 3 Blue
LCMX02-4000ZE K2 D22 STATUS_LED3 3 Green
LCMX02-4000ZE K3 D23 STATUS_LED4 3 Green
LCMX02-4000ZE L3 D26 STATUS_LED5 3 Red
LCMX02-4000ZE M1 D27 STATUS_LED6 3 Red
LCMX02-4000ZE M2 D30 STATUS_LED7 3 Yellow
LCMX02-4000ZE N9 D31 STATUS_LED8 2 Yellow
LCMX02-4000ZE N10 D33 STATUS_LED9 2 Yellow
LCMX02-4000ZE P2 D18 STATUS_LED10 2 Blue
LCMX02-4000ZE P4 D19 STATUS_LED11 2 Blue
LCMX02-4000ZE P6 D21 STATUS_LED12 2 Green
LCMX02-4000ZE P7 D23 STATUS_LED13 2 Green
LCMX02-4000ZE P8 D25 STATUS_LED14 2 Green
LCMX02-4000ZE P9 D28 STATUS_LED15 2 Blue
LCMX02-4000ZE P11 D29 STATUS_LED16 2 Blue
LCMX02-4000ZE P12 D32 STATUS_LED17 2 Blue
ICE5LP4K 7 D9 4KDONE 2 Red
ICE40LP8K E6 D11 CDONE 2 Red

8
USB Type-C Demo Kit V2 Board
MachXO2-4000ZE Circuit Overview
LCMXO2-4000ZE-1MG132C
The MachXO2 device (LCMXO2-4000ZE-1MG132C) on the board performs a variety of functions:
• Programming Multiplexing
— Interface from PC/FTDI to iCE5LP, iCE40LP, and SPI Flash memories
• Signal Aggregator Demo Function
— Includes interface to iCE40LP8K
• General Purpose I/O from DIP switches and LEDs
The USB demo design includes bitstreams for the MachXO2.
Note: Refer to the documents accompanying each demo for details on the specific design function of the
MachXO2.
Tables provide the detailed definition of the different functions:
• LED Indication (Table 3)
• Switches (Table 4)
— DIP Switches
— Push Button
— 3-pin Headers
• iCE40LP8K/iCE5LP4K Interface (Table 5)
• External Application Processor Interface (Table 6)
Table 4 provides the detailed definition of the I/O Map for the device MachXO2 general purpose functions.
Table 4. Switches / I/O Map for MachXO2
Device I/O Ball Schematic Net Bank Designator
LCMX02-4000ZE B9/B12 CONFIG_SW1 0 SW3
LCMX02-4000ZE B14 CONFIG_SW2 1 SW3
LCMX02-4000ZE C13 CONFIG_SW3 1 SW3
LCMX02-4000ZE C14 SW4 1 SW3
LCMX02-4000ZE D12 SW5 1 SW3
LCMX02-4000ZE E12 SW6 1 SW3
LCMX02-4000ZE E13 SW7 1 SW3
LCMX02-4000ZE E14 SW8 1 SW3
LCMX02-4000ZE F12 SW9 1 SW3
LCMX02-4000ZE F13 SW10 1 SW3
LCMX02-4000ZE A2 XO2_RESET 0 SW1
POWER — 5V — SW2

9
USB Type-C Demo Kit V2 Board
Table 5. Aggregator I/O Map for MachX02
The MachXO2-4000ZE and an iCE40LP8k/iCE5LP4K provides connections to the header J18 (Embedded control-
ler connector). Table 6 provides the detailed definition of the signals.
Table 6. AP Interface for MachXO2, iCE40LP/iCE5LP and J18
MACHX02(U4) ICE40LP8K(U22) HD3SS460(U11)
Pin Number Schematic Net
I/O Ball Bank I/O Ball Bank
F13B60 —AGG_GPIO1
F23A60 —AGG_GPIO2
F33B50 —AGG_GPIO3
G33A40 —AGG_GPIO4
H13B40 —AGG_GPIO5
H23D50 —AGG_GPIO6
H33E50 —AGG_GPIO7
J13A30 —AGG_GPIO8
B80A80 —SDA1
C80B80 —SCL1
A90B70 —SDA2
A70A70 —SCL2
A2 0 13 AUX_CHP
A1 0 14 AUX_CHN
iCE40LP8K(U22) iCE5LP4K(U5) XO2(U4) J18 Schematic Net
Name
IO Ball Bank IO Ball Bank IO Ball Bank
G7 SPI 15 2 M7 2 1 SPI_SCK
G42182N42 3EC_CS
G6 SPI 14 2 M9 2 5 SPI_MISO
H7 SPI 17 2 M8 2 8 SPI_MOSI

10
USB Type-C Demo Kit V2 Board
iCE40LP8K
The iCE40LP8K (U5/U22) is one of the devices on the board used to demonstrate the Lattice Type-C Power Deliv-
ery (PD) management and Cable Detect (CD) solution. In order to support the variety of demos, the iCE device
provides multiple parallel and serial connections to the MachXO2 device on the board. Table 5 and Table 6 provide
the detailed definition of the connections. Both the devices are connected to the J18 (Embedded Controller
header).
The iCE configuration may be stored in external SPI Flash (Refer the section Programming Mux and Switch Set-
tings for more information. The external SPI Flash (U10) is connected to the configuration SPI port of the iCE
device. These signals, along with the CDONE and CRESET signals from the iCE are connected to the MachXO2-
4000ZE device to facilitate connection from the PC (for programming) to both the iCE and SPI Flash.
The 25 MHz oscillator X2 is used to provide an external clock signal to the iCE40LP device. This clock signal is
also passed to the iCE5LP device. Table 7 provides the detailed definition of the clock connections.
Table 7. Clock Connections for iCE40LP
Power Supply
Power supply to the development kit is by the MINI-USB Type-B connector or from an external adaptor. This con-
nector provides 5 V source for the voltage regulators on the board which supply the power to MachXO2 and iCE
devices on the board. Each IO and core voltage rail on the board is accessible by a test point on the board. The
current flowing to each rail can also be measured using a 1Ωresistor placed in the path of each voltage rail.
Figure 5 shows the device power rails. There are three voltage regulators on the board used to supply the 3.3 V,
1.8 V, and 1.2 V rails. The input to these regulators is the 5 V rail on the board, which is supplied from either the
MINI-USB Type-B connector or external power adaptor via switch SW2.
Figure 5. Device Power Rails
Several of the voltage rails also connect to indicator LEDs on the board to display the power status to the user.
These LEDs are listed in Table 8.
ICE40LP8K(U22) ICE5LP4K(U5) Schematic Net
IO Ball Bank IO Ball Bank Name
D8 1 20 2 CLK IN
EXT
ADAPTER
USB MINI
LD0
LD0
LD0
J8
J2 5V
VCC3V3
VCC1V2
DP3V3
U14
U15
U21
SW2

11
USB Type-C Demo Kit V2 Board
Table 8. Voltage Rail Indicator LEDs
The board voltage rails are summarized in Table 9, including the rail source voltage, test point #, and current sense
resistor number.
Table 9. Device Power Rail Summary and Test Points
Voltage Rail Indicator LED Color
INT_5V D12 Blue
VCC3V3 D14 Yellow
5V D14 Yellow
Voltage Rail Source Rail Sense Resistor Test Point #
VCC_SPI VCC3V3 — TP18
VCONN_5V 5V R106 —
XO2_VCCIO0 VCC3V3 R107 TP6
XO2_VCCIO1 VCC3V3 R109 TP8
XO2_VCCIO2 VCC3V3 R111 TP10
XO2_VCCIO3 VCC3V3 R113 TP12
ICEVCCIO0 VCC3V3 R108 TP7
ICEVCCIO1 VCC3V3 R110 TP9
ICEVCCIO2 VCC3V3 R112 TP11
ICEVCCIO3 VCC3V3 R114 TP13
XO2_CORE VCC3V3 R102 TP4
ICE4K_CORE VCC3V3 R104 TP5
ICE8K_CORE VCC3V3 R105 TP16
DP3V3 INT_5V — —
5V USB5V/EXT_5V — TP17
VBUS EXT_5V — —

12
USB Type-C Demo Kit V2 Board
USB Super-Speed Switch/Alternate Mode Function
The development kit includes a super-speed switch IC (U11 - HD3SS460) along with a high-speed USB switch
(U19 – PI3DBS3224). The super-speed switch IC is used to demonstrate the orientation-agnostic capability of the
USB Type-C connector. The switches connect various USB sockets. Figure 6 shows the switch functions and the
data flow diagram.
Figure 6. Super Speed Block
U11 is connected on one side to the standard-USB 9-pin connector (J6), the Mini DP connectors (CN1 and CN3)
and the other side connected to the USB Type-C connector (CN1). J6 provides a bi-directional Super-Speed chan-
nel as well as a bi-directional High-Speed channel, with CN1, CN2 providing a unidirectional display source data.
The U11 switch connection is managed by the iCE40 device on the board, using the SS_EN, SS_AMSEL, and
SS_POL signal inputs to U11. For more information refer the documentation on the super-speed switch demo.
Table 10 provides the detailed definition of the mode supported by the super speed switch.
USB
Type B
(J4)
DP
Type C
Connector
(CN1)
T1
HD3SS460
(U12)
SSRX+/-
SSTX+/-
LNA
LNB
LNC
LNQ
POL
AMSEL
EN
SSRX
SSTX
CRX1
CTX1
RX1
TX1
CRX2
CTX2
RX2
TX2
SS
HS
SBU1
SBU2
RFU1
RFU2

13
USB Type-C Demo Kit V2 Board
Table 10. Modes Supported by Super Speed Switch
POL AMSEL EN Configurations High Speed Signal Flow SBU Signal Flow
L L H
2CH USB SS
+ 2CH AM
(Normal)
SSRX SSTX
CRX 1
CTX 1
CTX 2
CRX 2
LnD
LnC
LnB
LnA
SBU 1
SBU 2
CSBU 1
CSBU 2
H L H
2CH USBSS
+ 2CH AM
(Flipped)
SSRX SSTX
CRX 1
CTX 1
CTX 2
CRX 2
LnD
LnC
LnB
LnA
SBU 1
SBU 2
CSBU 1
CSBU 2
L H H
4CH AM
(Normal)
SSRX SSTX
CRX 1
CTX 1
CTX 2
CRX 2
LnD
LnC
LnB
LnA
SBU 1
SBU 2
CSBU 1
CSBU 2
H H H 4CH AM
(Flipped)
SSRX SSTX
CRX 1
CTX 1
CTX 2
CRX 2
LnD
LnC
LnB
LnA
SBU 1
SBU 2
CSBU 1
CSBU 2

14
USB Type-C Demo Kit V2 Board
USB High Speed Function
High speed switch function done by the device (U19) which receives inputs from the standard-USB 3.0 type A con-
nector J6 and the Billboard device (U13) data using USB2.0 protocol and switches either of one to the Type-C con-
nector (CN2). The switching behavior of U13 is controlled by the iCE device using the HS_SAI and HS_EN signals.
Figure 7 shows the High Speed Switch.
Figure 7. High Speed Switch
Table 11 provides the detailed definition of the MUX selection.
Table 11. MUX Selection
ENA/B SAI OUTA0
0 X Hi-Z
11INA
10INB
USB CONN
BB DEVICE
HS Switch
Type-
C
CONN
ICE5LP4K/ICE40LP8K
J6 U19 CN2
U13

15
USB Type-C Demo Kit V2 Board
Billboard Interface
Billboard interface is the feature supported by USB Type-C protocol and which functioned by U13 and based on the
iCE control for the HS switch it will be terminated to the Type-C connector (CN2). Table 12 provides the detailed
definition of the Billboard Interface I/O map and associated net names.
Table 12. Billboard Interface
Data Logging Interface
Data logging interface can use a terminal screen such as HyperTerminal or Putty to display PD transactions of the
USB Type-C Demo Kit V2. Figure 8 shows the data flow and the block diagram of the data logging interface.
Figure 8. Data Logging Interface
Ordering Information
ICE40LP8K(U22) SNF225111BX(U13) J5 PI3DBS3224(U19) Schematic Net
I/O Ball Bank Pin Name Pin Number Pin Number
C4 0 P5.0/SCK — — BB_SCK
H5 2 P5.0/SDO — — BB_SDO
G5 2 P5.1/SDI — — BB_SDI
C5 0 P0.1/INT1 — — BB_INT
— — P1.0 2 — BB_PGM
— — P1.1 3 — BB_ALSB/PDB
— — P2.0 5 — BB_CLK
— — P2.1 4 — BB_OE
— — DN — 4 BB_DN
— — DP — 3 BB_DP
Description Ordering Part Number
China RoHS Environment-
Friendly Use Period
iCE40LP8K USB Type-C Demo Kit V2 iCE40LP8K-USBC-EVN
iCE40 Ultra USB Type-C Demo Kit V2 iCE5LP4K-USBC-EVN
USB MINI-B FTDI
FT2232HL
MXU ICE40LP8K-
CM81
ICE5LP4K-48
LCMX02-
4000ZE
J2
U1
U3 L22
U5
U4
JTAG/I2C
UART

16
USB Type-C Demo Kit V2 Board
Technical Support Assistance
Submit a technical support case via www.latticesemi.com/techsupport.
Revision History
© 2015 Lattice Semiconductor Corp. All Lattice trademarks, registered trademarks, patents, and disclaimers are as
listed at www.latticesemi.com/legal. All other brand or product names are trademarks or registered trademarks of
their respective holders. The specifications and information herein are subject to change without notice.
Date Version Change Summary
December 2015 1.2 Updated the SW3 switch settings according to the USB Type-C Demo
Kit V2-Rev B.
Updated the schematic diagrams according to the USB Type-C Demo
Kit V2-Rev B.
October 2015 1.1 Updated Introduction section. Added note on modifying board popula-
tion.
Updated USB Super-Speed Switch/Alternate Mode Function section.
Removed note on modifying board population.
June 2015 1.0 Initial release.

17
USB Type-C Demo Kit V2 Board
Appendix A. Schematic Diagrams (USB Type--C Demo Kit V2-REV B)
Figure 9. Block Diagram
5 5
4 4
3 3
2 2
1 1
D D C C B B A A
Type-C Connector
ICE40LP8K-CM81
ICE5LP4K-SG48
USB SS/AM SWITCH
Source Mini DP Connector
USB3.1 Data(Tx,Rx)
SS CNTRL
USB3.1-A-Female Connector
X4 DP Data Pairs
Aggregator Data
Comparator
SPDT Switch
CC Rx,Tx
CC Tx CC Rx
SPI Flash
SPI
SPI
USB-Mini-B
Connector
FTDI LCMXO2-1200ZE
Power-Reg ISL97656
CNTRL
X4 DP/USBSS Data Pairs DP AUX/Aggregator Data(SBU)
CC
USB2.0 D+/D-
Status LED's
Aardvark Connector
I2C
I2C
I2C
JTAG/SPI
2*I2C, 8GPIO
Aggregator LED's
VBUS(20V or 5V)
Headers
Note: 1)Either ICE5LP4K or ICE40LP8K will be poplated not both
External Power Connector
5V
BB-USB PHY
HD3SS460
SN8F22511BX
FT2232HL
N25Q032A13ESC40F
TS5A23159RSER
HS Switch PI3DBS3224
HS CNTRL
5V 20V
Voltage Selector MOSFET's VCONN
CC/VCONN SEL SWITCH
Sink Mini DP Connector
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: [e-mail]
Board Rev
Project
24-FEB-2015
B1.3
101
BLOCK Diagram
Lattice USB3.1 Type-C Evalution board B
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: [e-mail]
Board Rev
Project
24-FEB-2015
B1.3
101
BLOCK Diagram
Lattice USB3.1 Type-C Evalution board B
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: [e-mail]
Board Rev
Project
24-FEB-2015
B1.3
101
BLOCK Diagram
Lattice USB3.1 Type-C Evalution board B

18
USB Type-C Demo Kit V2 Board
Figure 10. FTDI I/F
5 5
4 4
3 3
2 2
1 1
D D C C B B A A
1-2 For SPI 3-2 For JTAG
MINI USB FOR PROGRAMMING AND POWER
SPI signals used as I2C for USB logging
1-2 For JTAG 3-2 For I2C Manual selection for I2C/JTAG
DM
FT_EECS
DP
FT_EECLK FT_EEDATA
TDO TMS TDI TCK
TCK TDI TDO TMS
USB5V
VCC1V8FTVCC3V3
VCC3V3
VCC3V3
VCC3V3 VCC3V3
VCC1V8FT
VCC3V3
VCC3V3VCC1V8FT
VCC3V3
VCC3V3
VCC3V3
TCK 3 TDI 3 TDO 3 TMS 3
FTDI_SPICS 3 FTDI_INT3 FTDI_CRESETB 3
SPI_SCK 3,4,5,9 EC_CS 3,4,5,9
UART_TX 3 UART_RX 3
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: techsu[email protected]
Board Rev
Project
24-FEB-2015
B1.3
102
FTDI I/F
Lattice USB3.1 Type-C Evalution board B
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: techsu[email protected]
Board Rev
Project
24-FEB-2015
B1.3
102
FTDI I/F
Lattice USB3.1 Type-C Evalution board B
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: techsu[email protected]
Board Rev
Project
24-FEB-2015
B1.3
102
FTDI I/F
Lattice USB3.1 Type-C Evalution board B
J3
HEADER 3
1 2 3
C6 0.1uF
R16 10K
R194 4.7k
R2330
R60
R1812k
C12 18pF
C3 0.1uF
C18 0.1uF
J2
SKT_MINIUSB_B_RA
VCC 1
D- 2
D+ 3
ID 4
GND5
R15 10K
R13 2k2
C1 0.1uF
R1412k
R50
L3
600ohm 500mA
12
C19 0.1uF
R171 4.7k
C5 0.1uF
C7 10uF
C9 0.1uF
C16 0.1uF
C11
18pF
R100
C20 0.1uF
FTDI High-Speed USB FT2232H
FT2232HL U1
VREGIN
50
VREGOUT
49
DM
7
DP
8
REF
6
RESET#
14
EECS
63
EECLK
62
EEDATA
61
OSCI
2
OSCO
3
TEST
13
ADBUS0 16 ADBUS1 17 ADBUS2 18 ADBUS3 19
VPHY 4
VPLL 9
VCORE 12
VCORE 37
VCORE 64
VCCIO 20
VCCIO 31
VCCIO 42
VCCIO 56
AGND
10
GND
1
GND
5
GND
11
GND
15
GND
25
GND
35
GND
47
GND
51
PWREN#60
SUSPEND# 36
ADBUS4 21 ADBUS5 22 ADBUS6 23 ADBUS7 24 ACBUS0 26 ACBUS1 27 ACBUS2 28 ACBUS3 29 ACBUS4 30 ACBUS5 32 ACBUS6 33 ACBUS7 34 BDBUS0 38 BDBUS1 39 BDBUS2 40 BDBUS3 41 BDBUS4 43 BDBUS5 44 BDBUS6 45 BDBUS7 46 BCBUS0 48 BCBUS1 52 BCBUS2 53 BCBUS3 54 BCBUS4 55 BCBUS5 57 BCBUS6 58 BCBUS7 59
X1
12MHZ
1
133
G1
2G2 4
R17 10K
J16
HEADER 3
1 2 3
C13 0.1uF
R1 4.7k
93LC56-SO8 U2
CS 1
CLK 2
DI 3
DO 4
VSS
5ORG 6NU 7VCC 8
C8 0.1uF
C2 4u7
12
C10 0.1uF
R90
C14 0.1uF
L1
600ohm 500mA
12
R120 R80
R30
J1
header_1x8
DNI
11 22 33 44 55 66 77 88
C15 0.1uF
L2 600ohm 500mA
12
C17 0.1uF
R2320
R70
R2 4.7k
C4 4u7
12
R40
U3
STG3693QTR
VCC
2
123SEL
3
GND
11
4SEL
10
D1
16
D2
5
D3
8
D4
13
1S1 15 1S2 1 2S1 4 2S2 6 3S1 7 3S2 9 4S1 12 4S2 14

19
USB Type-C Demo Kit V2 Board
Figure 11. MachXO2 I/F
5 5
4 4
3 3
2 2
1 1
D D C C B B A A
AGGREGATOR LED'S
PLACE IT TOP SIDE
PLACE IT TOP SIDE
PLACE DE-CAPS CLOSE TO THEIR POWER PINS
FTDI_SPICS FTDI_SPICLK
XO2_SYSRST
TDI TCK JTAG TDO
FTDI_SPISI
AGG_LED1 AGG_LED2
FTDI_SPISO
AGG_LED3 AGG_LED4 AGG_LED5 AGG_LED6 AGG_LED7 AGG_LED8
FTDI_SPICLK FTDI_SPISI FTDI_SPISO
SPI XO2_SYSRST
CRESET_B FTDI_SPICS
AGG_LED1 AGG_LED2 AGG_LED3 AGG_LED4 AGG_LED5 AGG_LED6 AGG_LED7 AGG_LED8
CRESET_B
XO2_VCCIO2
XO2_CORE
XO2_VCCIO0
XO2_VCCIO1 XO2_VCCIO3
XO2_VCCIO0
XO2_VCCIO2
XO2_CORE
XO2_VCCIO0
XO2_VCCIO1
FTDI_CRESETB 2
TCK 2 TDO 2 TDI 2
CONFIG_SW19
AGG_GPIO15,9 AGG_GPIO25,9 AGG_GPIO35,9 AGG_GPIO45,9 AGG_GPIO85,9 AGG_GPIO75,9 AGG_GPIO65,9 AGG_GPIO55,9
CONFIG_SW29 CONFIG_SW39
SW49 SW59 SW69 SW79 SW89
TMS 2 SCL2 5,9 SDA2 5,9 SDA1 5,9 SCL1 5,9
SPI_SCK 2,4,5,9 SPI_MOSI 4,5,9 SPI_MISO 4,5,9 ICE_SPI_SS_B 4,5 STATUS_LED11 10
HIZ_CNTRL 9 IO_DIRECTION_EN9
STATUS_LED10 10 STATUS_LED12 10 STATUS_LED13 10 STATUS_LED14 10 STATUS_LED15 10 STATUS_LED16 10 STATUS_LED17 10
FTDI_SPICS 2
FL_SPI_SS_B 5 STATUS_LED810 STATUS_LED9 10 CRESET_B 4,5
STATUS_LED610 STATUS_LED510 STATUS_LED410 STATUS_LED310 STATUS_LED710
EC_INT4,5
EC_CS 2,4,5,9
FTDI_INT2
PD_CONTRACT 9
SW99 SW109
STATUS_LED210 STATUS_LED110
GPIO15,8 GPIO25
HEAD19 HEAD29 HEAD39 HEAD49 HEAD59 HEAD69 HEAD79 HEAD89
UART_RX2 UART_TX2
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: [e-mail]
Board Rev
Project
24-FEB-2015
B1.3
103
XO2 I/F
Lattice USB3.1 Type-C Evalution board B
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: [e-mail]
Board Rev
Project
24-FEB-2015
B1.3
103
XO2 I/F
Lattice USB3.1 Type-C Evalution board B
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: [e-mail]
Board Rev
Project
24-FEB-2015
B1.3
103
XO2 I/F
Lattice USB3.1 Type-C Evalution board B
C23 100nF 10V
C28 100nF 10V
C35 100nF 10V
C36 100nF 10V
D1 Green
1 2
C42 100nF 10V
R22 680R
C21 10uF 10V
R221 10K
DNI
C33 100nF 10V
Bank 3 Bank 2
(PRI. || SEC.)
LCMXO2-4000ZE-1MG132I U4-3
PL2A || L_GPLLT_FB
B1
PL2B || L_GPLLC_FB
B2
PL2C || L_GPLLT_IN
C1
PL3A || PCLKT3_2
C2
PL2D || L_GPLLC_IN
C3
PL3B || PCLKC3_2
D1
VCCIO3
D3
PL3C
E1
PL3D
E2
PL4A
E3
PL4C
F1
PL4B
F2
PL4D
F3
VCCIO3
G1
PL5A || PCLKT3_1
G3
PL5C
H1
PL5B || PCLKC3_1
H2
PL5D
H3
PL8A
J1
PL8B
J2
PL8C
J3
PL9A || PCLKT3_0
K1
PL8D
K2
PL9B || PCLKC3_0
K3
VCCIO3
L1
PL10B
L3
PL10C
M1
PL10D
M2
PB4D M3
PB6C || MCLK/CCLK M4
PB9D M5
VCCIO2 M6
PB11A || PCLKT2_1 M7
PB15B M8 PB18AM9
PB18CM10
PB20A M11
PB4B N2 PB6A N3
PB6D || SO/SPISO N4
PB9C N5
PB9A || PCLKT2_0 N6
PB11D N7
PB11B || PCLKC2_1 N8
PB15D N9
PB18BN10
VCCIO2 N11
PB20C || SNN12
VCCIO2 P1
PB4A P2
PB4C || CSSPINP3
PB6B P4
PB9B || PCLKC2_0 P6
PB11C P7
PB15A P8
PB15C P9 PB18DP11
PB20B P12
PB20D || SI/SISPI P13
C24 100nF 10V
R280
R23 680R
SW1
SYS_RST
R192 4.7k
C38 10uF 10V
D2 Green
1 2
R31 4.7k
C25 10uF 10V
D6 Green
1 2
R36 4.7k
C26 100nF 10V
R24 680R
R27 4.7k
D5 Green
1 2
TP1
1
C43 100nF 10V
D7 Green
1 2
C32 100nF 10V
R32 4.7k
R19 680R R25 680R
C30 10uF 10V
C27 100nF 10V
R340
D8Green
1 2
D3 Green
1 2
C41 100nF 10V
R20 680R
C22 100nF 10V
Bank 1 Bank 0
(PRI. || SEC.)
LCMXO2-4000ZE-1MG132I U4-2
PR2A
B14
PR2B
C13
PR2C
C14
PR2D
D12
PR3A
E12
PR4A
E13
PR3B
E14
PR4B
F12
PR4C
F13
PR4D
F14
PR5A
G12
PR5C || PCLKT1_0
G13
PR5B
G14
PR5D || PCLKC1_0
H12
VCCIO1
H14
PR8A
J12
PR8C
J13
PR8B
J14
PR8D
K12
PR9A
K13
PR9B
K14
VCCIO1
L12
PR9C
L14
PR10A
M12
PR9D
M13
PR10B
M14
PR10C
N13
PR10D
N14
PT9A A2
PT10A A3
PT10C || TDO A4
PT11D || TMS A6
PT12A || PCLKT0_1 A7
VCCIO0 A8
PT15B A9 PT16A A10
PT16C A11
PT17B A12
PT17D || DONEA13
PT9B B3
PT10D || TDI B4
PT11A B5
PT11C || TCK B6
PT12B || PCLKC0_1 B7
PT12D || SDA/PCLKC0_0 B8
PT15C || JTAGENBB9
VCCIO0 B10
PT16D B12
PT17C || INITNB13
PT10B C4
VCCIO0 C5
PT11B C6
PT12C || SCL/PCLKT0_0 C8
PT15A C9
PT15D || PROGRAMNC10
PT16B C11 PT17A C12
VCCIO1
D14
C39 1uF 10V
R26 680R
R290
R330
TP2
1
C31 100nF 10V
C37 100nF 10V
C40 100nF 10V
D4 Green
1 2
C34 10uF
10V
LCMXO2-4000ZE-1MG132I
U4-1
VCC
A1
VCC
A14
NC
C7
VCC
N1
VCC
P14
GNDA5 GNDB11 GNDD2 GNDD13 GNDG2 GNDH13 GNDL2 GNDL13 GNDP5 GNDP10
C29 0.1uF
R21 680R
R300

20
USB Type-C Demo Kit V2 Board
Figure 12. iCE5LP4K I/F
5 5
4 4
3 3
2 2
1 1
D D C C B B A A
Enabling SLT
For Cable drop testing
CC/VCONN SEL SWITCH
PLACE DE-CAPS CLOSE TO THEIR POWER PINS
VBUS_REF
VBUS_DET_PWM
4K_CC_RX_REF CC1_DET_PWM CC1_DET_REF CC1_VCONN_EN
VBUS_DET
CC2_DET_REF CC2_DET_PWM CC1_RP CC1_TX CC1_TX_EN CC1_DET CC1_RX CC1_RD
CRESET_B
CC2_RP CC2_TX CC2_TX_EN CC2_DET CC2_RX CC2_RD CC2_VCONN_EN
4K_CC_RX_REF CC2_RD
VBUS_DET CC1_DET CC2_DET CC1_RP CC1_RD CC2_RP CC2_RD CC1_TX CC1_TX_EN CC2_TX CC2_TX_EN CC1_VCONN_EN CC2_VCONN_EN DB_DISABLE
4KCDONE
CRESET_B
4KCDONEDB_DISABLE
DB_DISABLE
VCC1V2
VCONN_5V
VCONN_5V VCONN_5V
VCONN_5V
VCC3V3
ICE_VCCIO2 ICE4K_CORE
ICE_VCCIO0ICE4K_CORE
VBUS
VCC3V3 VCC3V3
ICE_VCCIO2 ICE_VCCIO1
VCC3V3
VCC3V3
VCC3V3
VCC3V3
ICE_VCCIO1 ICE_VCCIO0
VBUS_DET 5 CC1_DET 5 CC2_DET 5,8
SPI_MISO3,5,9 SPI_MOSI3,5,9 SPI_SCK2,3,5,9 ICE_SPI_SS_B3,5 EC_INT3,5 EC_CS2,3,5,9 SS_EN5,6 SS_POL5,6 SS_AMSEL5,6
VBUS_SINK_EN5,8
VBUS_5V_EN5,8
CC2 6,9 CC1 6,9
CC1_RP 5 CC1_RD 5 CC2_RP 5 CC2_RD 5 CC1_TX 5 CC1_TX_EN5 CC2_TX 5 CC2_TX_EN5 CC1_VCONN_EN5 CC2_VCONN_EN5 DB_DISABLE 5
UFP/DFP5,9
CRESET_B 3,5
VBUS_DISCHARGE_EN5,8
HS_SAI5,6
CLK_IN5,7
4K_CC_RX_REF
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: techsu[email protected]
Board Rev
Project
24-FEB-2015
B1.3
104
ICE5LP4K I/F
Lattice USB3.1 Type-C Evalution board B
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: techsu[email protected]
Board Rev
Project
24-FEB-2015
B1.3
104
ICE5LP4K I/F
Lattice USB3.1 Type-C Evalution board B
Date: Size Schematic Rev
ofSheet
Title
Lattice Semiconductor Applications
Email: techsu[email protected]
Board Rev
Project
24-FEB-2015
B1.3
104
ICE5LP4K I/F
Lattice USB3.1 Type-C Evalution board B
510K R53
5K1R52
0.047uF
10V
C52
0.047uFC44
P-Channel
Q3
5K1R44 36KR46
100nF 10V C47
10uF 10V C127
100RR47
42.2R R42
5K1
R167
R620
DNI
R16810m
510KR56
10uF 10V C128
D9 Red
12
42.2R R48
10uF 10V C48
5K1 R60
4.7k R54
3.3nF 10V C49 3.3nF 10V C46
5K1 R49
R61 649
D34CDBU0520
1 2
0.047uF 10V
C51
100nF 10V C58
TS5A23159RSER
U6
NC1
9NO1 2
NC2
7
V+8
COM1 10
NO2
4
GND
3
COM2 6
IN2
5
IN1
1
100nF 10V C54
iCE5LP4K _QFN48
U5
U5
VCCIO2
1
IOB_6a 2 IOB_9b3 IOB_8a4
VCC
5
IOB_13b6
CDONE7
CRESET_B
8
IOB_16a 9 IOB_18a10 IOB_20a 11
IOB_22a 12
IOT_45a_G1 37
IOT_50b38
RGB2
39
RGB1
40
RGB0
41
IOT_51a 42 IOT_49a 43
IOB_3b_G6 44
IOB_5b45
IOB_0a
46 IOB_2a 47
IOB_4a 48
IOB_24a
13
IOB_32a_SO
14
IOB_34a_SCK
15
IOB_35b_CSN
16
IOB_33b_SI
17
IOB_31b
18IOB_29b 19
IOB_25b_G3
20
IOB_23b21
SPI_VCCIO1
22
IOT_37a 23
VPP2V5_Top
24
IOT_36b25 IOT_39a 26 IOT_38b 27 IOT_41a 28
VCCPLL
29
VCC
30
IOT_42b31 IOT_43a 32
VCCIO0
33
IOT_44b
34
IOT_46b_G0 35
IOT_48b 36
TH_PAD
49
510KR57
330pF 16V C109
510K R51
10uF
10V C115
Q1
BSH103,235
510K R41
Q2
BSH103,235
1K
R58
4.7k R45
100nF 10V C114
5K1
R55
330pF 16V C108
36KR38
R169 10m
R1800
DNI
P-Channel
Q4
R1790
R170 75K
1KR37
1K
R59 SN74LV1T34DCKR
U7
NC
1
A
2
G
3V5
Y4
100RR40
100nF 10V C112
5K1 R50
100nF 10V C59
10uF 10V C126
100RR39