Product Details

Features

Processor

LPC4357

LBGA256

204 MHz Arm^® Cortex^®-M4 processor

Memory

On-Board Memory:

136 KB On-Chip SRAM
1 MB dual bank On-Chip Flash

Display

Color QVGA TFT LCD with touchscreen

Connectivity

10/100 Ethernet Port
High-speed USB 2.0 Host/Device/OTG interface (USB host + Micro USB Device/OTG connectors)
Full-speed USB 2.0 Host/Device interface (USB host + micro USB Device connectors)
CAN interfaces
Serial/UART Port
MicroSD Card Interface

Sensor

Digital Temperature Sensor (I2C)

Power Management

Analog Voltage Control for ACD Input

Audio

Audio codec with Line-In/Out and Microphone/headphone connector + Speaker

Debug

Debug Interface Connectors

20-pin JTAG (0.1 inches)
10-pin Cortex debug (0.05 inches)
20-pin Cortex debug + ETM Trace (0.05 inch connector)

User Components

4 user push-buttons + reset

More

Buy Options

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OM13040
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Keil MCB4357 Evaluation Board and Internet Radio Solution.

Distributor	Region	Inventory	Inventory Date	Order

Upon selection of a preferred distributor, you will be directed to their web site to place and service your order. Please be aware that distributors are independent businesses and set their own prices, terms and conditions of sale. NXP makes no representations or warranties, express or implied, about distributors, or the prices, terms and conditions of sale agreed upon by you and any distributor.

Documentation

Quick reference to our documentation types.

1-10 of 22 documents

Compact List

Using SGPIO to emulate an SPI leader interface[AN11210]

ZIPFeb 20, 2019Rev 1.0
Inter Processor Communication on LPC43xx[AN11177]

ZIPAug 28, 2014Rev 2.0
In-System Programming of LPC18xx/43xx flash[AN11248]

ZIPAug 9, 2013Rev 1.0
Using SPIFI on LPC1800 and LPC4300[AN11206]

ZIPAug 9, 2013Rev 1.0
SGPIO on the LPC4300[AN11275]

ZIPAug 9, 2013Rev 1.1
Implementing a UART using SGPIO on LPC4300[AN11351]

ZIPJul 22, 2013Rev 1.0
SGPIO camera module design using LPC4300[AN11343]

ZIPJul 22, 2013Rev 1.0
How to implement the PMBus software stack[AN11318]

ZIPJul 22, 2013Rev 1.0
LPC4300 camera interface design using SGPIO[AN11196]

ZIPJul 21, 2013Rev 1.1
Bootmode jumper settings for LPC1800 and LPC4300[AN11239]

PDFJul 23, 2012Rev 1.0
UUencoding for UART ISP[AN11229]

PDFJul 6, 2012Rev 1.0
PCB layout guidelines for NXP^® MCUs in BGA packages[AN10778]

PDFApr 22, 2011Rev 2.0

Show All

Design Resources

Software

Quick reference to our software types.

1 software file

Code Snippets
AN11161 - Using the SCT in LPCXpresso, Keil, and IAR

ZIPRev 1.0Aug 5, 20154.2 MBAN11161_V1

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Keil MCB4357 Evaluation Board and Internet Radio Solution

Product Details

Features

Processor

Memory

Display

Connectivity

Sensor

Power Management

Audio

Debug

User Components

Buy Options

OM13040 Active

Documentation

Filter by

Application Note (12)

Using SGPIO to emulate an SPI leader interface[AN11210]

Inter Processor Communication on LPC43xx[AN11177]

In-System Programming of LPC18xx/43xx flash[AN11248]

Using SPIFI on LPC1800 and LPC4300[AN11206]

SGPIO on the LPC4300[AN11275]

Implementing a UART using SGPIO on LPC4300[AN11351]

SGPIO camera module design using LPC4300[AN11343]

How to implement the PMBus software stack[AN11318]

LPC4300 camera interface design using SGPIO[AN11196]

Bootmode jumper settings for LPC1800 and LPC4300[AN11239]

UUencoding for UART ISP[AN11229]

PCB layout guidelines for NXP® MCUs in BGA packages[AN10778]

Brochure (6)

NXP® LPC4357-based solution for internet radi[75017497]

Cortex-M4 MCUs with Cortex-M0 coprocessor, HS USB, and more[75017486]

NXP® 204 MHz, 32-bit Cortex-M4 /Cortex-M0 DSC LPC4300 series; First asymmetrical, dual-core digital signal controller featuring Cortex-M4 and Cortex-M0[75017216]

NXP® 120 MHz, 32-bit Cortex-M4 DSC LPC407x/LPC408x; Cortex-M4 DSC with FPU, Ethernet, USB, optional LCD, and NXP’s SPIFI[75017336]

First Asymemetrical, dual-core digital signal controller featuring Cortex-M4 and Cortex-M0[LPC4300_1]

First asymmetrical, dual-core digital signal controller featuring Cortex-M4 and Cortex-M0; NXP 150 MHz, 32-bit Cortex-M4 /Cortex-M0 DSC LPC4300 series[75017013]

Supporting Information (2)

Connecting a USB power switch to the LPC18xx / LPC43xx[TN00007]

LPC1800 and LPC4300 MxMEMMAP memory map[TN00006]

User Guide (2)

LPC43xx/LPC43Sxx Arm® Cortex®-M4/M0 multi-core microcontroller[UM10503]

NXP® Internet Radio Audio Streaming Solution - User Manual[MCB4357-OM13040UG]

Filter by

Application Note (12)

Using SGPIO to emulate an SPI leader interface[AN11210]

Inter Processor Communication on LPC43xx[AN11177]

In-System Programming of LPC18xx/43xx flash[AN11248]

Using SPIFI on LPC1800 and LPC4300[AN11206]

SGPIO on the LPC4300[AN11275]

Implementing a UART using SGPIO on LPC4300[AN11351]

SGPIO camera module design using LPC4300[AN11343]

How to implement the PMBus software stack[AN11318]

LPC4300 camera interface design using SGPIO[AN11196]

Bootmode jumper settings for LPC1800 and LPC4300[AN11239]

UUencoding for UART ISP[AN11229]

PCB layout guidelines for NXP® MCUs in BGA packages[AN10778]

Brochure (6)

NXP® LPC4357-based solution for internet radi[75017497]

Cortex-M4 MCUs with Cortex-M0 coprocessor, HS USB, and more[75017486]

NXP® 204 MHz, 32-bit Cortex-M4 /Cortex-M0 DSC LPC4300 series; First asymmetrical, dual-core digital signal controller featuring Cortex-M4 and Cortex-M0[75017216]

NXP® 120 MHz, 32-bit Cortex-M4 DSC LPC407x/LPC408x; Cortex-M4 DSC with FPU, Ethernet, USB, optional LCD, and NXP’s SPIFI[75017336]

First Asymemetrical, dual-core digital signal controller featuring Cortex-M4 and Cortex-M0[LPC4300_1]

First asymmetrical, dual-core digital signal controller featuring Cortex-M4 and Cortex-M0; NXP 150 MHz, 32-bit Cortex-M4 /Cortex-M0 DSC LPC4300 series[75017013]

Supporting Information (2)

Connecting a USB power switch to the LPC18xx / LPC43xx[TN00007]

LPC1800 and LPC4300 MxMEMMAP memory map[TN00006]

User Guide (2)

LPC43xx/LPC43Sxx Arm® Cortex®-M4/M0 multi-core microcontroller[UM10503]

NXP® Internet Radio Audio Streaming Solution - User Manual[MCB4357-OM13040UG]

Design Resources

Software

Filter by

AN11161 - Using the SCT in LPCXpresso, Keil, and IAR

Filter by

Filter By

AN11161 - Using the SCT in LPCXpresso, Keil, and IAR

Support

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OM13040
Active

PCB layout guidelines for NXP^® MCUs in BGA packages[AN10778]

NXP^® LPC4357-based solution for internet radi[75017497]

NXP^® 204 MHz, 32-bit Cortex-M4 /Cortex-M0 DSC LPC4300 series; First asymmetrical, dual-core digital signal controller featuring Cortex-M4 and Cortex-M0[75017216]

NXP^® 120 MHz, 32-bit Cortex-M4 DSC LPC407x/LPC408x; Cortex-M4 DSC with FPU, Ethernet, USB, optional LCD, and NXP’s SPIFI[75017336]

NXP^® Internet Radio Audio Streaming Solution - User Manual[MCB4357-OM13040UG]

PCB layout guidelines for NXP^® MCUs in BGA packages[AN10778]

NXP^® LPC4357-based solution for internet radi[75017497]

NXP^® 204 MHz, 32-bit Cortex-M4 /Cortex-M0 DSC LPC4300 series; First asymmetrical, dual-core digital signal controller featuring Cortex-M4 and Cortex-M0[75017216]

NXP^® 120 MHz, 32-bit Cortex-M4 DSC LPC407x/LPC408x; Cortex-M4 DSC with FPU, Ethernet, USB, optional LCD, and NXP’s SPIFI[75017336]

NXP^® Internet Radio Audio Streaming Solution - User Manual[MCB4357-OM13040UG]