Texas Instruments LP-EM-CC1354P10-1 Manual

™
Meet the
CC1354P10-1
LaunchPad
Development Kit
Connect your LaunchPad to a computer
and visit dev.ti.com
Part Number: LP-EM-CC1354P10-1
BoosterPack Ecosystem
SimpleLink ULP Sense
BoosterPack
- Flow meter measurements
- Ultra low power accelerometer
- Two cap touch buttons
- Analog Light Sensor
- Reed switch
- 0-200kΩpotentiometer
See them all @ ti.com/boosterpack
>>
Software Tools SmartRF Studio
A powerful application to
evaluate radio performance.
SimpleLink SDK and
SimpleLink Academy
Advanced software and
tutorials to easy ramp your
development with your new
LaunchPad.
Professional Software tools
LaunchPads are supported by
professional IDEs that
provide industrial-grade
features and full debug-
capability. Set breakpoints,
watch variables, profile code,
inspect memory and more.
Sharp 128x128 Memory
LCD and microSD card
BoosterPack
- 1.28 128 x 128 pixel LCD
(LS013B7DH03)
- microSD card slot
- DCDC 3V to 5V converter
- Ultra-low-power operation
R
2023 Texas Instruments Incorporated. The platform bar, LaunchPad, EnergyTrace and Code Composer Studio
are trademarks of Texas Instruments.
All other trademarks are the property of their respective owners.
c
The BoosterPack™ connector
The pinout to connect BoosterPack accessories (available separately) are shown below.
www.ti.com/ccs
Code Composer Studio
IDE
TM
1
3
4
5
7
8
9
10
20
19
18
17
16
15
14
13
12
11
3V3
DIO23A0
GND
21
22
23
24
25
26
27
28
29
30
40
39
38
37
36
35
34
33
32
31
5V
GND
2
6
DIO12
RXD
DIO13
TXD
DIO22
DIO24
A1
DIO10
SPI_CLK
DIO21
DIO4
I2C_SCL
DIO5
DIO19
DIO11
DIO14
LP_RST
DIO9
DIO8
DIO42
DIO41
DIO15
DIO47
DIO46
DIO20
DIO45
DIO18
DIO40
DIO16
DIO17
I2C_SDA
DIO25
A2
DIO26
A3
DIO27
A4
DIO28
A5
DIO29
A6
DIO30
A7
DIO43
DIO44
SPI_CS
BTN_2
DIO40*
SPI_MOSI
SPI_MISO
BTN_1
CTS
RTS SWO
RESET*
TMS
TCK
TDO
TDI
XDS110 EnergyTrace™ Technology
The LP-EM-CC1354P10-1 is compatible with EnergyTrace technology.
EnergyTrace implements a new method for measuring MCU current consumption. It uses
a DC-DC solution to measure the time density of charge pulses, allowing accuracy on
ultra low power measurements. Its high dynamic range (700 nA to 400 mA) and fast
sampling rate (256 kSPS) captures the complete operational profile of the wireless MCU.
Find more information at
ti.com/EnergyTrace
EnergyTrace Profile
EnergyTrace Profile runtime and energy data for low power modes along with each
function run during Active Mode.
Graphical Power Data in Code Composer Studio
These two tabs of the EnergyTrace Technology window show a graph over time of
power and energy.
Available in the LP-XDS110ET Debug Probe and selected LaunchPads
UART (DIO12, DIO13), Reset (LP_RST) and JTAG (TMS, TCK, TDO and TDI) are also present in the
LP-EM Debug Connector. Power (GND, 3V3 and 5V) is also provided.
*These functions are not connected to the LaunchPad connector by default.
SPRUIZ8

A closer look at your new
LaunchPad Development Kit
Featured microcontroller: CC1354P10
This LaunchPad is great for...
- Battery-operated wireless applications operating in the Sub-1 GHz (868 and 915 MHz) and 2.4 GHz ISM
RF bands. It features two Sub-1 GHz RF paths up to + 14 and +20 dBm and one 2.4 GHz up to +5 dBm
- Adding RF capabilities to your product using one of the supported protocols: Bluetooth LE, Zigbee,
IEEE 802.15.4g, Wi-SUN®, Wireless M-Bus, MIOTY®and proprietary protocols
What comes in the box?

LP-EM-CC1354P10-1
LaunchPad
CC1354P10 Microcontroller
- 48 MHz CPU
- 1 MB Flash, 256 kB RAM
- Programmable radio supporting
various protocols and up to +20 dBm
at either 868/915 MHz or 2.4 GHz
- Low power consumption
QSG
This Quick
Start Guide
10-pin
Debug Cable
2-wire
Power Cable
CC1354P10
{
{
- Four 32-bit or eight x 16-bit timers
- ADC with 8 channels, 12 bits and 200 ksamples/s
- DAC with 8 bits
- Serial communications: UART, SPI, I2C
- Two comparators
- Real-time clock
Separate LaunchPad

LP-EM-CC1354P10-1

Hardware setup
What do you need?
To use your new LaunchPad, you need to connect an external Debug Probe to either the 20-pin
LP-EM Debug connector on the edge of the board or to the 10-pin Debug connector and supply
power separately.
Option 1: Using the LP-EM Debug Connector
This is the easiest way to setup the hardware. It requires either an LP-XDS110 or
LP-XDS110ET Debug Probe (sold separately).
Simply connect the edge connector of the Debug Probe to the edge connector of the LaunchPad
and connect the USB port of the Debug Probe to the host computer. A secondary UART
communications channel will also be available and power to the LaunchPad will be provided
directly.
LP-XDS110 or LP-XDS110ET

LP-EM-CC1354P10-1

USB to the host
computer
USB to the host
computer
LP-EM Debug Connector
Together with a LP-XDS110 or
LP-XDS110ET, allows:
- Debugging and programming
- Communicating to the host via UART
- Powering the microcontroller
10-pin Debug Connector
Allows using an external JTAG Debug
Probe to debug/program the device
20-pin BoosterPack
plug-in module connector
(J1, J2, J3 & J4)
Button/Switch
BTN-2 (DIO14)
{
Antenna
CC1354P106T0RSK
Wireless Microcontroller
(under the RF shield)
LP-EM-CC1354P10-1 Overview
Button/Switch
BTN-1 (DIO15)
User LEDs
Red (DIO6)
Green (DIO7)
For additional details, consult dev.ti.com/?id=LP-EM-CC1354P10-1
When using the 10-pin debug connector, the UART communications channel must be wired
separately (this connector does not carry UART signals).
If using a standalone Debug Probe, consult its documentation to see if it supports the ARM
Cortex-M 10-pin standard.
Remove all jumpers,
except GND and 3V3
2-wire Power Cable
Jumper on the position
XDS110 Power
10-pin Debug Cable
Option 2: Using the 10-pin debug connector
Either a standalone debug probe or a separate LaunchPad with a built-in debug probe can
be used.
Connect the two boards as shown in the picture below:

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