Texas Instruments MMWAVE-DEVPACK Bedienungsanleitung
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MMWAVE-DEVPACK
User's Guide
SWRU506–May 2017
MMWAVE-DEVPACK
MMWAVE-DEVPACK
Contents
1 Getting Started............................................................................................................... 3
1.1 Introduction .......................................................................................................... 3
1.2 Kit Contents.......................................................................................................... 3
2 Hardware...................................................................................................................... 4
2.1 Block Diagram....................................................................................................... 6
2.2 Connecting the mmwave Sensor BoosterPack to the DevPack.............................................. 6
2.3 Power Connections................................................................................................. 7
2.4 Connectors .......................................................................................................... 8
2.5 PC Connection..................................................................................................... 10
2.6 Jumpers and LEDs ............................................................................................... 11
2.7 Design Files and Software Tools................................................................................ 12
3 Interfacing With Other Platforms ......................................................................................... 12
3.1 Radar Studio Interface............................................................................................ 12
3.2 Interfacing With the High-Speed Data Capture Platform: TSW1400 EVM ................................ 14
List of Figures
1 EVM Front View.............................................................................................................. 4
2 EVM Rear View.............................................................................................................. 5
3 Block Diagram................................................................................................................ 6
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MMWAVE-DEVPACK
MMWAVE-DEVPACK (continued)
4 Example BoosterPack Connection with DevPack....................................................................... 7
5 VBUS LED (DS6) and 3V3 LED (DS7) ................................................................................... 7
6 20-Pin BoosterPack Connectors........................................................................................... 8
7 60-Pin HD Connector ....................................................................................................... 8
8 120-Pin TSW EVM Interface Connector.................................................................................. 9
9 MIPI 60-Pin JTAG Connector.............................................................................................. 9
10 TI 14-Pin JTAG Connector................................................................................................ 10
11 Uninstalled Devices........................................................................................................ 10
12 COM Ports After the Driver Installation.................................................................................. 11
13 MUX Select Jumpers ...................................................................................................... 11
14 LEDs ......................................................................................................................... 12
15 MUX Control Jumpers..................................................................................................... 13
16 Example DevPack–BoosterPack Connection .......................................................................... 14
17 Device Manager............................................................................................................ 14
18 TSW1400 Connection – Front View ..................................................................................... 15
19 TSW1400 Connection – Rear View...................................................................................... 15
20 Connecting the mmWave DevPack...................................................................................... 16
List of Tables
1 LEDs ......................................................................................................................... 12
Trademarks
Windows is a registered trademark of Microsoft Corporation.
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Getting Started
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MMWAVE-DEVPACK
1 Getting Started
1.1 Introduction
The MMWAVE-DEVPACK is an add-on board used with TIs mmwave sensor EVMs (1243BOOST,
1443BOOST, and 1642BOOST) to provide more interfaces and PC connectivity to the mmwave sensor
EVM. It provides an interface for the Radar Studio tool to configure the Radar device and capture the raw
ADC data using a capture card, such as the TSW1400.
Key features:
• 120-pin connector to interface with the TSW1400 EVM.
• 20-pin LaunchPad connectors for all the digital controls from the Radar EVM.
• 60-pin high-density (HD) connector for the high-speed ADC data over CSI or LVDS interface and
emulator signals from the BoosterPack.
• Onboard FTDI chip to provide PC interface for SPI, GPIO controls, UART loggers.
• Powered over the micro USB connector.
• 60-pin MIPI connector for JTAG trace (for the 16xx device only).
• Header for DMM interface (for the 16xx device only).
• Second CAN connector (for the 16xx device only).
1.2 Kit Contents
• MMWAVE-DEVPACK
• Micro USB cable to connect to PC.
• Samtec cable to connect the 60-pin high-density connectors of the DevPack and BoosterPack (PN
HQCD⁃030⁃02.00⁃SEU⁃TBR⁃1).
60-pin HD
Connector
Jumpers to select digital signal
MUX between FTDI chip and
120-pin connector
20-Pin
LaunchPad
Connector
(J5)
20-Pin
LaunchPad
Connector
(J4)
MicroUSB
Connector for PC
Interface and Power
FTDI
CAN2
Connector
DMM Header
60-Pin MIPI
JTAG Trace
Connector
Hardware
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MMWAVE-DEVPACK
2 Hardware
Figure 1. EVM Front View
1:2
Analog
MUX
1:2
Analog
MUX
1:2
Analog
MUX
1:2
Analog
MUX
SAMTEC 120-PIN CONNECTOR
60-PIN
HD
CONNECTOR
FTDI
FT4232H
SPI
I2C
USB
ITAG
TRACE
MIPI-60 TRACE
DEBUG CONNECTOR
40-PIN
LP/BP
CONNECTOR
14-PIN JTAG
HEADER
DMM TRACE
HEADER
100mil
header
100mil
header
CAN
Header
CAN
transceiver
3.3 V, 1A
LDO
VBUS_5V
LVDS/CSI-2
CAN2_TXT
CAN2_RX
SPI1_CS
GPIO_0
PORT_A
PORT_B
PORT_C
PORT_D
GPIO_1
MSS_LOGGER
MSS_LOGGER
BSS_LOGGER
BSS_LOGGER
Unused pins of
40-pin LP/BP
SPI1_MISO
SPI1_CLK
SPI1_MOSI
SPI1_HOST_INTR
WARMRST
GPIO_2
NRST
SOR1
SOR2
SOR3
HOST_INTR
FTDI_3V3,
BRD_3V3
Hardware
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MMWAVE-DEVPACK
2.1 Block Diagram
Figure 3. Block Diagram
2.2 Connecting the mmwave Sensor BoosterPack to the DevPack
The two boards connect directly over the 20-pin LaunchPad connectors, and the 60-pin HD connectors
are connected using a separate Samtec cable (HQCD⁃030⁃02.00⁃SEU⁃TBR⁃1). The BoosterPack is
always placed above the DevPack. The connectors do not have a key to prevent the misalignment of the
pins or reverse connection. Thus, ensure that reverse mounting does not occur. While connecting the
BoosterPack to DevPack, ensure the pin 1 orientation is correct by matching the 3V3 and 5-V signal
marking on both the boards. Figure 4 illustrates the connection orientation.
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MMWAVE-DEVPACK
Figure 4. Example BoosterPack Connection with DevPack
2.3 Power Connections
The DevPack is powered by the micro USB cable. However, the onboard LDO is enabled only when the
BoosterPack connected to the DevPack is powered. This is to prevent the DevPack from powering up
before the BoosterPack. This is done by looking for 3.3 V on the PGOOD_3V3 line available J4 connector,
pin#14.
When the two boards are powered, the VBUS LED (DS6) and 3V3 LED (DS7) glow, as shown in Figure 5.
Figure 5. VBUS LED (DS6) and 3V3 LED (DS7)
Hardware
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MMWAVE-DEVPACK
2.4 Connectors
2.4.1 20-Pin BoosterPack Connectors (J5 , J4)
The 20-pin BoosterPack connectors mate directly with the mmwave BoosterPack. The orientation of the
boards while connected must be ensured by matching the 3V3 and 5-V pin markings on both the boards,
as shown in Figure 6.
Figure 6. 20-Pin BoosterPack Connectors
2.4.2 60-Pin High Density (HD) Connector (P3)
The 60-pin HD connector (see Figure 7) provides the high-speed CSI/LVDS data, controls signals (SPI ,
UART, I2C, NRST, NERR, and SOPs), and JTAG debug signals from the BoosterPack. The Trace and
DMM interface lines are also available through this connector.
Figure 7. 60-Pin HD Connector
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MMWAVE-DEVPACK
2.4.3 120-Pin High Density (HD) Connector (J6)
This connector enables interfacing the LVDS signals to the TSW1400 EVM or the CSI, and control signals
to the central processor board, as shown in Figure 8.
Figure 8. 120-Pin TSW EVM Interface Connector
2.4.4 MIPI 60-Pin JTAG Connector (J3)
This connector provides the standard MIPI 60-pin interface for JTAG and trace capability (trace is
available only on the 1642 device), through emulators such as the XDS560pro (see Figure 9). To use this
interface, tlhe JTAG lines to the onboard emulator (XDS110) on the mmwave BoosterPack must be
disconnected. This is done by removing the resistors R69, R70, R71, and R30 from the mmwave BOOST
boards.
Figure 9. MIPI 60-Pin JTAG Connector
Hardware
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MMWAVE-DEVPACK
2.4.5 TI 14-Pin JTAG Connector (P8)
This connector provides a JTAG interface for debug and development, through emulators such as the
XDS100 (see Figure 10). To use this interface, the JTAG lines to the onboard emulator (XDS110) on the
mmwave BoosterPack must be disconnected. This is done by removing the resistors R69, R70, R71, and
R30 on the mmwave BoosterPacks.
Figure 10. TI 14-Pin JTAG Connector
2.5 PC Connection
Connectivity is provided through the micro USB connector over the onboard FTDI IC. This provides the
following interfaces to the PC:
• FTDI Port A -> SPI interface for radar device control using Radar Studio.
• FTDI Port B-> I2C interface and host INTR signal.
• FTDI Port C -> BSS Logger port (for internal debug only), Nrst control, and Nerror signals.
• FTDI Port D -> DSS Logger port (available only on 1642 device), SOP line control signals, and GPIO
signals
When the USB is connected for the first time to the PC, Windows®maybe not be able to recognize the
device. This is indicated in the device manager with yellow exclamation marks, as shown in Figure 11.
Figure 11. Uninstalled Devices
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