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LPC8xx |
CM0+ |
LPC800/812 MAX board
The LPC800 / LPC812 MAX board combines the features of the LPCXpresso, mbed and ArduinoTM environments.
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LPC11xxL |
CM0 |
LPCXpresso LPC1115
The LPCXpresso series is a low-cost promotion board with embedded SWD/JTAG interface. All releveant pins are available on edge connector (100 mil pitch, 900 mil between rows).
The LPC1115FBD48 is the top of the LPC1100L family with biggest on-chip memories and biggest package (LQFP48). |
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LPC11xxLV |
CM0 |
Currently EA does not have a board supporting the LPC1100LV family. For experiments with low-power designs we recommend the Low-power Application Kit (Oryx), which is an application board for working with low-power designs. The board is build around the LPC11U37FBD48, which is close to the top of the LPC11U30 family. It is not the biggest package (LQFP48). |
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LPC11Cxx |
CM0 |
LPCXpresso LPC11C24
The LPCXpresso series is a low-cost promotion board with embedded SWD/JTAG interface. All releveant pins are available on edge connector (100 mil pitch, 900 mil between rows). The board contains pads for a DSUB9 CAN connector.
The LPC11C24FBD48 is the top of the LPC11C00 family with biggest on-chip memories and on-chip CAN tranceiver. All members of the family have the same package (LQFP48). |
Android Open Accessory Application Kit
This is an application board containing two processors; LPC11C24 and LPC1769. The LPC11C24 is creating a CAN node on the board. All relevant pins are available on edge connectors (100 mil pitch, 700 mil between rows). |
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LPC11Dxx |
CM0 |
LPC11D14 QSB
The LPC11D14 QuickStart board is an evaluation board that allows for quick and easy prototyping with the processor. All pins of the LPC11D14FBD100 can be accessed. |
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LPC11E1x |
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LPCXpresso LPC11E14, which is a board that is available only from NXP (i.e., we do not stock it).
The LPCXpresso series is a low-cost promotion board with embedded SWD/JTAG interface. All releveant pins are available on edge connector (100 mil pitch, 900 mil between rows).
The LPC11E15BD48 is the top of the LPC11E00 family with biggest on-chip memories and biggest package (LQFP48) |
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LPC11U1x |
CM0 |
LPCXpresso LPC11U14
The LPCXpresso series is a low-cost promotion board with embedded SWD/JTAG interface. All releveant pins are available on edge connector (100 mil pitch, 900 mil between rows). The board contains a USB mini-B connector for working with the USB Device interface on the LPC11U14.
The LPC11U14FBD48 is the top of the LPC11U10 family with biggest on-chip memories and biggest package (LQFP48). |
The Oryx Board
This is an application board developed for Arrow focusing on low-power design techniques (both hardware and software wise). The board is build around the LPC11U14FBD48 which is that top of the LPC11U10 family with biggest on.chip memories and biggest package (LQFP48). |
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LPC11U2x/3x |
CM0 |
LPC11U35 QSB
The LPC11U35 QuickStart board is a flexible prototype platform with easy-to-connect-to edge connectors (100 mil ptich, 700 mil between rows).
The LPC11U35FHN33 is the not top of the LPC11U3x family when it comes to on-chip memories, but close to. The chip package has 33 pins and is not the biggest available. |
For experiments with low-power designs we recommend the Low-power Application Kit (Oryx), which is an application board for working with low-power designs. The board is build around the LPC11U37FBD48, which is close to the top of the LPC11U30 family. It is not the biggest package (LQFP48). |
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LPC1102/04 |
CM0 |
NXP-internal LPCXpresso LPC1102/04 boards exist. Contact NXP for more details. |
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LPC12xx |
CM0 |
LPCXpresso LPC1227
The LPCXpresso series is a low-cost promotion board with embedded SWD/JTAG interface. All releveant pins are available on edge connector (100 mil pitch, 900 mil between rows). Since the LQFP64 package is used, some of the pins are accessible in a hole maxtrix between the edge connectors.
The LPC1227FBD64 is the top of the LPC1200 family with biggest on-chip memories and biggest package (LQFP64). |
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LPC12Dxx |
CM0 |
LPC12D27 QSB
The LPC12D27 QuickStart board is an evaluation board that allows for quick and easy prototyping with the processor. All pins of the LPC12D27FBD100 can be accessed. |
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LPC13xx |
CM3 |
LPCXpresso LPC1347
The LPCXpresso series is a low-cost promotion board with embedded SWD/JTAG interface. All releveant pins are available on edge connector (100 mil pitch, 900 mil between rows).
The LPC1347FBD48 is the top of the LPC1300 family with biggest on-chip memories and biggest package (LQFP48). |
LPC1343 QSB
The LPC1343 QuickStart board is a flexible prototype platform with easy-to-connect-to edge connectors (100 mil pitch, 700 mil between rows).
The LPC1343FHN33 is not the top of the LPC1300 family when it comes to on-chip memories. The chip package has 33 pins and is not the biggest available. |
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LPC175x/6x |
CM3 |
LPCXpresso LPC1769
The LPCXpresso series is a low-cost promotion board with embedded SWD/JTAG interface. All releveant pins are available on edge connector (100 mil pitch, 900 mil between rows). Since the LQFP100 package is used, some of the pins are accessible in a matrix of holes between the edge connectors. Some pins are dedicated for implementing the Ethernet interface and these pins are not available for expansion.
The LPC1769FBD100 is the top of the LPC1750/1760 family with biggest on-chip memories and biggest package (LQFP100). |
Android Open Accessory Application Kit
This is an application board containing two processors; LPC1769 and LPC11C24. The LPC1769 is implementing USB, Ethernet and CAN interfaces. Some pins have dedicated use on the board but many are free for expansion, the the board user's guide for details. |
LPC1788 OEM Board and Developer's Kit
The LPC1788 OEM board is designed for integration. The board has been designed to impose as little restrictions as possible and most pins are available for expansion. The accompanying Developer's Kit contains a base board to get started quickly. There are also several display options.
The LPC1788FET208 is the top of the LPC1700 family with most on-chip peripherals and memories. The package is also the biggest (TFBGA208). |
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LPC177x/8x |
CM3 |
LPC1788 OEM Board and Developer's Kit
The LPC1788 OEM board is designed for integration. The board has been designed to impose as little restrictions as possible and most pins are available for expansion. The accompanying Developer's Kit contains a base board to get started quickly. There are also several display options.
The LPC1788FET208 is the top of the LPC1700 family with most on-chip peripherals and memories. The package is also the biggest (TFBGA208). |
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LPC18xx |
CM3 |
Currently EA does not have a board supporting this family. Instead we recommend the LPC4300 family (see below), which is a superset of the LPC1800 family. |
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LPC2101/02/03 |
ARM7 |
Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2103 Education Board
The LPC2103 Education board is a small board designed to get aquinted with the LPC2100 family. Some processor pins are dedicated for on-board perihperals but some are available for expansion.
The LPC2103FBD48 is the top of the LPC2101/2102/2103 family with biggest on-chip memories. All family members havethe same number of package pins.
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LPC2104/05/06 |
ARM7 |
Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2106 RS232 QuickStart Board
The LPC2106 RS232 QuickStart board is a small board designed to get started quickly with the LPC2100 family. There is an on-board RS232 transceiver and all relevant processor pins are availbale on edge connectors (100 mil pitch, 850 mil apart).
The LPC2106FBD48 is the top of the LPC2104/2105/2106 family with biggest on-chip memories. All family members havethe same number of package pins.
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LPC2109/1x/2x/9x |
ARM7 |
Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2194 CAN QuickStart Board
The LPC2194 CAN QuickStart board is a small board designed to get started quickly with the LPC2100 family. There are two on-board CAN transceivers and all relevant processor pins are availbale on edge connectors.
The board is named LPC2129 but it is the LPC2194 processor that is mounted. The LPC2194FBD64 is the top of the LPC2100 family with biggest on-chip memories and biggest package (LQFP64). Compared to the LPC2114/24, the LPC2194 has in-chip CAN controllers.
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LPC213x |
ARM7 |
Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2138 Education Board
The LPC2138 Education board is a small board designed to get aquinted with the LPC2100 family. All relevant processor pins are available for expansion. The board even contains a breadboard and embedded JTAG debug interface (OpenOCD compatible).
The LPC2138FBD64 is the top of the LPC2130 family with biggest on-chip memories. All family members havethe same number of package pins.
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Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2148 USB QuickStart Board
The LPC2148 USB QuickStart board is a small board designed to get started quickly with the LPC2100 family. There is an on-board USB-B interface and all relevant processor pins are available on edge connectors.
The LPC2148FBD64 is the top of the LPC2130/40 family with biggest on-chip memories and biggest package (LQFP64). Compared to the LPC2130 family, the LPC2140 family contains on-chip USB interface.
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Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2148 Education Board
The LPC2148 Education board is a small board designed to get aquinted with the LPC2100 family. All relevant processor pins are available for expansion. The board contains a large number of peripherals to quickly learn thow to interface the processor.
The LPC2148FBD64 is the top of the LPC2130/40 family with biggest on-chip memories. Compared to the LPC2130 family, the LPC2140 family contains on-chip USB interface. All family members havethe same number of package pins.
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LPC214x |
ARM7 |
Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2148 USB QuickStart Board
The LPC2148 USB QuickStart board is a small board designed to get started quickly with the LPC2100 family. There is an on-board USB-B interface and all relevant processor pins are available on edge connectors.
The LPC2148FBD64 is the top of the LPC2140 family with biggest on-chip memories and biggest package (LQFP64).
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Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2148 Education Board
The LPC2148 Education board is a small board designed to get aquinted with the LPC2100 family. All relevant processor pins are available for expansion. The board contains a large number of peripherals to quickly learn thow to interface the processor.
The LPC2148FBD64 is the top of the LPC2140 family with biggest on-chip memories. All family members havethe same number of package pins.
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LPC215x |
ARM7 |
Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
The LPC2150 is not directly supported. It is possible to start working with an LPC2148 processor to get everything excep the LCD controller. It is also possible to select the LPC11D14 or LPC12D27 instead. These are based on the CM0 processor core.
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LPC22xx |
ARM7 |
Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
EA no longer has products for this processor family.
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LPC23xx/LPC24xx |
ARM7 |
Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2468 OEM Board and Developer's Kit
The LPC2468 OEM board is designed for integration. The board has been designed to impose as little restrictions as possible and most pins are available for expansion. The accompanying Developer's Kit contains a base board to get started quickly.
The LPC2468FET208 is the top of the LPC2460 family with most on-chip peripherals and memories. The package is also the biggest (TFBGA208).
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Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2478 OEM Board and Developer's Kit
The LPC2478 OEM board is designed for integration. The board has been designed to impose as little restrictions as possible and most pins are available for expansion. The accompanying Developer's Kit contains a base board to get started quickly. There are also several display options.
The LPC2478FET208 is the top of the LPC2400 family with most on-chip peripherals and memories. Compared to the LPC2468, the LPC2478 contains an on-chip LCD controller. The package is also the biggest (TFBGA208).
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Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
The LPC2400 family is a superset of the LPC2300 family and offers packages with more pins and external memory bus interface.
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LPC237x/LPC247x |
ARM7 |
Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
LPC2478 OEM Board and Developer's Kit
The LPC2478 OEM board is designed for integration. The board has been designed to impose as little restrictions as possible and most pins are available for expansion. The accompanying Developer's Kit contains a base board to get started quickly. There are also several display options.
The LPC2478FET208 is the top of the LPC2400 family with most on-chip peripherals and memories. The package is also the biggest (TFBGA208).
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Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
The LPC2400 family is a superset of the LPC2300 family and offers packages with more pins and external memory bus interface.
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LPC29xx |
ARM968 |
Consider using the CM0/CM3/CM4 processors cores instead of the older ARM7 core. All new development (and associated evaluation boards) is done on these new cores.
EA does not have any board in this series.
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LPC313x/4x |
ARM926 |
LPC3141 OEM + Developer's Kit
The LPC3141 OEM board is designed for integration. The board has been designed to impose as little restrictions as possible and most pins are available for expansion. The accompanying Developer's Kit contains a base board to get started quickly. There are also several display options.
The LPC3141FET180 is almost top of the LPC3130/40 family with most on-chip peripherals and memories. The LPC3143 was not selected since it is not available to everyone due to the on-chip encryption technology. The LPC3140 has just higher core frequence than the LPC3130. |
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LPC315x |
ARM926 |
LPC3152 OEM + Developer's Kit
The LPC3152 OEM board is designed for integration. The board has been designed to impose as little restrictions as possible and most pins are available for expansion. The accompanying Developer's Kit contains a base board to get started quickly.
There are two members of the LPC3150 family. The LPC3152 is readily available so the board is based on this processor. The LPC3154 is not available to everyone due to the enchryption technology included on-chip. |
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LPC32xx |
ARM926 |
LPC3250 OEM + Developer's Kit
The LPC3250 OEM board is designed for integration. The board has been designed to impose as little restrictions as possible and most pins are available for expansion. The accompanying Developer's Kit contains a base board to get started quickly. There are also several display options.
The LPC3250FET296 is the top of the LPC3200 family with most on-chip peripherals and memories. The package is also the biggest (TFBGA296). |
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LPC40xx |
CM4 |
LPC4088 OEM Board and Developer's Kit
The LPC4088 OEM board is designed for integration. The board has been designed to impose as little restrictions as possible and most pins are available for expansion. The accompanying Developer's Kit contains a base board to get started quickly. There are also several display options.
The LPC4088FET208 is the top of the LPC407x/8x family with most on-chip peripherals and memories. The package is also the biggest (TFBGA208). |
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LPC43xx |
Dual-/Tripple-core
CM4/CM0 |
LPC4357 OEM Board and Developer's Kit
The LPC4357 OEM board is designed for integration. The board has been designed to impose as little restrictions as possible and most pins are available for expansion. The accompanying Developer's Kit contains a base board to get started quickly. There are also several display options.
The LPC4357FET256 is the top of the LPC4300 family with most on-chip peripherals and memories. The package is also the biggest (LBGA256). |
LPC-Link 2 and LabTool
The LPC-Link 2 is a debug interface with some of the pins fixed for this cunstionality. Many pins are however available for custom expansion. The LPC-Link 2 board can be used as an evaluation board for the LPC4370.
LabTool is an add-on board for LPC-Link 2 to create a powerful debug tool - an 11-channel logic analyzer and 2-channel oscilloscope.
The LPC4370FET100 is not the top of the LPC4300 family. The chip package has 100 balls, compared to 256 for the biggest package. The amount of on-chip memory is however the same for both packages.
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