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Digital signal controllers are ready to support your development today, tomorrow and beyond through our longevity program. The Product Longevity program ensures a stable supply of products for your embedded designs.
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LPC800 Series: Low-Cost Arm® Cortex®-M0+-Based MCUs
The LPC800 MCU Series offers space-efficient and low-pin-count options for general embedded applications. These MCUs include a switch matrix for flexible configuration of each I/O pin function, mutual capacitive touch, FlexTimer/SCTimer/PWM and serial communication interfaces including I3C, giving embedded developers design flexibility. The LPC800 Series is supported by our MCUXpresso Suite of Software and Tools .
LPC800 Series Product
| Family | Cortex-M0+ Core | Memory | Differentiated Features | Package Options | Development Board |
|---|---|---|---|---|---|
|
LPC800 MCU Family |
15 MHz | Up to 32 KB EEPROM Flash Up to 4 KB SRAM |
Up to 30 GPIO 12-bit ADC, 10-bit DAC, Comparator -40 °C to +105 °C |
TSSOP16 TSSOP20 TSSOP24 HVQFN32 |
LPCXpresso802 LPCXpresso804 |
|
LPC810 MCU Family |
30 MHz |
Up to 16 KB Flash Up to 4 KB SRAM |
Up to 18 GPIO SCTimer/PWM Comparator -40 °C to 105 °C | TSSOP16 TSSOP20 SO20 XSON16 |
LPCXpresso812 |
|
LPC820 MCU Family |
30 MHz | Up to 32 KB Flash Up to 8 KB SRAM |
Up to 29 GPIO SCTimer/PWM 12-bit ADC -40 °C to +85 °C | TSSOP20 HVQFN33 |
LPCXpresso824 |
|
LPC830 MCU Family |
30 MHz | Up to 32 KB Flash Up to 4 KB SRAM |
Up to 29 GPIO SCTimer/PWM 12-bit ADC -40 °C to +85 °C | TSSOP20 HVQFN33 |
LPCXpresso812 |
|
LPC840 MCU Family |
30 MHz | Up to 64 KB Flash Up to 16 KB SRAM |
Up to 54 GPIO SCTimer/PWM Fast Initialization Memory (FAIM) 12-bit ADC, Dual 10-bit DAC, Comparator 9 Button Mutual Capacitive Touch -40 °C to +105 °C | HVQFN33 HVQFN48 LQFP48 LQFP64 |
LPCXpresso845 |
|
LPC860 MCU Family |
60 MHz | Up to 64 KB Flash Up to 8 KB SRAM |
Up to 54 GPIO I3C FlexTimer 12-bit ADC, Comparator -40 °C to +105 °C | HVQFN33 HVQFN48 LQFP64 |
LPCXpresso860 |
LPC865 MCU - An I3C IO Bridge Solution
The LPC865 motor control use cases span from simple brushless DC machines to Field Oriented Control for Permanent Magnet Synchronous Machines (PMSM). In this white paper, we will illustrate a different use case that utilizes one of LPC865’s distinguishing features. An I3C interface.
Design Resources
LPC800 Development Boards
Design
Development boards optimized for quick evaluation and prototyping supported by the MCUXpresso ecosystem.
LPC800 Reference Designs
Design
Ready-to-use reference designs to accelerate your time to market and minimize design risks.
LPC800 Technical Support
Community
Explore a mix of different trainings around LPC800 MCUs.
LPC800 Series of Arm Cortex-M0+-Based MCUs
The LPC800 series enables a smooth transition from 8-bit to 32-bit architectures by providing increased performance, higher efficiency and access to intelligent peripherals that are easy to use and help you get to market faster.
FAQs
Is LPC800 an 8-bit replacement?
The LPC800 Series provides a 32-bit solution that makes it easy to move up from 8-bit with minimum disruption and cost. If you are looking to migrate from 8 or 16-bit microcontrollers you can use sample Code Bundles to jump start your design. These examples are also pre-installed in the MCUXpresso IDE.
What are the key applications for LPC800 Series?
The LPC800 series provides an entry-level backbone a wide range of embedded applications.
Typical applications include:
- Power and size-sensitive control and connectivity tasks
- Sensor gateways – connect to concentrate data from analog and/or digital sensors
- End-node connectivity, e.g. NFC, BT
- Capacitive touch, swipe and gesture sensing for HMI
- Basic motor control (e.g. fan control)
- Simple 8/16-bit replacements
- Entry-level products in Consumer, Industrial, Wearable and Gaming markets
- Thermostats and home environment monitoring devices
- Toys, models, action figures
- Home and building automation
- Industrial controls
- Lighting
- Server/rack monitoring
- Portable/Wearable fitness products
You can also explore our LPC800 reference designs.
Does LPC800 offer an I3C communication interface?
Yes, the LPC860 family offers an I3C communication interface. Access this How to Use I3C in LPC860 application note to learn more about this peripheral.
What is a Switch Matrix design?
The LPC800 MCUs include a switch matrix design feature that allows developers to flexibly assign internal signals to external pins. Most digital functions can be assigned to any GPIO pins by the switch matrix. The switch matrix can be configured to movable or fixed-pin functions. You can use this feature to assign different functions to external pins according to your requirements using a single line of code or a single click in the configuration tool.
What is Pattern Match Engine (PME)?
To simplify serial communication requirements, the pattern match engine can be configured to generate interrupts from user-configurable Boolean operations on its 8 pins.
What kind of software and tools are provided for LPC800 Series?
The LPC800 Series is supported by MCUXpresso software and tools. It is as easy as ready, set, go.
- Begin with your LPCXpresso development board.
- Select your IDE of choice including MCUXpresso for Visual Studio Code , MCUXpresso IDE, IAR Embedded Workbench or Arm Keil MDK.
- Download software code and examples from our Application Code Hub or download 8-bit migration code bundles.
- Go! Plug in your board, update the device drivers, compile and run.
Additional Documents
LPC800 Series MCUs
LPC800 series MCUs offer a range of low-power, space efficient and low-pin-count options.
LPC800 Brochure
LPC800 Series overview brochure featuring key families, feature, benefits and applications.