# List of NXP products

The following is a partial list of NXP and Freescale Semiconductor products, including products formerly manufactured by Motorola until 2004. NXP and Freescale merged in 2015.

## Microprocessors
### Early microprocessors

* Motorola MC10800 (4-bit)
* Motorola MC14500B Industrial Control Unit (ICU) (1-bit)
* Signetics 2650 (8-bit)
* Motorola 6800 (8-bit)
* Motorola 6802 (8-bit)
* Motorola 6808 (8-bit)
* Motorola 6809 (8/16-bit)

### 68000 series

* Motorola 68000 (16/32-bit)
* Motorola 68008 (8/16/32-bit)
* Motorola 68010 (16/32-bit)
* Motorola 68012 (16/32-bit)
* Motorola 68020 (32-bit)
* Motorola 68030 (32-bit)
* Motorola 68451 (MMU)
* Motorola 68851 (MMU)
* Motorola 68881 (FPU)
* Motorola 68882 (FPU)
* Motorola 68040 (w/FPU)
* Motorola 68060 (w/FPU)

### 88000 series (RISC)

* Motorola 88100
* Motorola 88110

### PowerPC and Power ISA processors

* PPC 601 ("G1")
* PPC 603/PPC 603ev ("G2")
* PPC 604/PPC 604e/PPC 604ev
* PPC 620
* PowerPC 7xx family, PowerPC 740, 750, 745, and 755 only ("PowerPC G3")
* MPC8xx (PowerQUICC)
* MPC82xx (PowerQUICC II, G2 core)
* MPC83xx (PowerQUICC II Pro, e300 core)
* MPC85xx (PowerQUICC III, e500 core)
* MPC86xx (e600 core)
* MPC87xx (future e700 core)
* Pxxxx (QorIQ, e500 cores, e5500 cores)
* Txxxx (QorIQ, e6500 cores))

### ARM cores
#### i.MX

ARM920 based:
* i.MX1 (MC9328MX1)
* i.MXL (MC9328MXL)
* i.MXS (MC9328MXS)
ARM926 based:
* i.MX21 (MC9328MX21)
* i.MX23 (MCIMX23)
* i.MX25 (MCIMX25)
* i.MX27 (MCIMX27)
* i.MX28 (MCIMX28)
ARM11 based:
* i.MX31 (MCIMX31)
* i.MX35 (MCIMX355)
* i.MX37 (MCIMX37)
Cortex-A8 based:
* i.MX51 family (e.g. MCIMX515)
* i.MX50 family (i.MX508)
* i.MX53 family (e.g. MCIMX535)
Cortex-A9 based:
* i.MX6 solo
* i.MX6 dual
* i.MX6 quad
Cortex-A7 based:
* i.MX7
Cortex-A72 based:
* i.MX8

#### S32

ARM Cortex-A53 and/or ARM Cortex-M4 based:
* S32V234
* S32V3xx

#### Layerscape / QorIQ

ARM Cortex-A7 based:
* LS1020A
* LS1021A
* LS1022A
ARM Cortex-A9 based:
* LS1024A
ARM Cortex-A53 based:
* LS1012A
* LS1043A
* LS1046A
* LS1088A
ARM Cortex-A72 based:
* LS1028A
* LS2084A/44A
* LS2048A/44A
* LS2160A (16x Cortex-A72)

## Microcontrollers
### 6800 series
#### 8-bit

* Motorola 6801/6803
* Motorola 6802
* Motorola 6804
* Motorola 6805/146805
* Motorola 68HC05 (CPU05) - legacy
* Freescale 68HC11 (CPU11) - legacy
* Freescale 68HC08 (CPU08) 0.65 μm, 0.5 μm and 0.25 μm technologies
* Freescale S08 (CPUS08) 0.25 μm
* Freescale RS08 (CPURS08) 0.25 μm - based on the RS08 core, an S08 with restricted CPU. less instructions set for lower cost.

#### 16-bit

* Freescale 68HC16 (CPU16) - legacy
* Freescale 68HC12 (CPU12) - legacy
* Freescale S12 (CPU12) - still being developed
* Freescale S12X (CPU12X-1) - S12XD, S12XA... family of devices with XGATE Coprocessor. Like a DMA or I/O coprocessor.
* Freescale S12XE (CPU12X-2) - S12XE family of devices with XGATE Coprocessor, Emulated EEPROM = EEEPROM. 0.18 μm technology.

### 68000 series

* Freescale 683XX
* Freescale DragonBall
* Freescale ColdFire
* Freescale ColdFire+

#### M·CORE-based

The M·CORE-based RISC microcontrollers are 32 bit processors specifically designed for low-power electronics. M·CORE processors, like 68000 family processors, have a user mode and a supervisor mode, and in user mode both see a 32 bit PC and 16 registers, each 32 bits. The M·CORE instruction set is very different from the 68k instruction set—in particular, M·CORE is a pure load-store machine and all M·CORE instructions are 16 bit, while 68k instructions are a variety of lengths. However, 68k assembly language source code can be mechanically translated to M·CORE assembly language.
The M·CORE processor core has been licensed by Atmel for smart cards.
* MMC2001
* MMC2114

### Power-Architecture

* MPC5xx
* MPC512x (e300 core)
* MPC52xx (e300 core)
* MPC55xx (e200 core)
* MPC56xx (e200 core)
* MPC57xx (e200 core)

### ARM11 Application Processor with Modem

* MXC275-30 (523MHz, 2.5G/2.75G)
* MXC300-30 (523MHz, 3G)

### ARM Cortex-M cores
#### Cortex-M0+ microcontrollers

* Kinetis L series
* Kinetis E series
* Kinetis M series
* Kinetis W series

#### Cortex-M4 microcontrollers

* Kinetis K series
* Kinetis KW2x series
see also: S32K

### ARM7 cores
#### ARM7TDMI automotive microcontrollers

* MAC71xx
* MAC72xx

### TPU and ETPU modules

The Time Processing Unit (TPU) and Enhanced Time Processing Unit (eTPU) are largely autonomous timing peripherals found on some Freescale parts.
* MC68332 (TPU)
* MPC5554 (PowerPC) (eTPU)
* MPC5777C (PowerPC) (eTPU2+)
* MCF5232, MCF5233, MCF5234, MCF5235 (ColdFire) (eTPU)

## Digital signal processors

Note: the 56XXX series is commonly known as the 56000 series, or 56K, and similarly the 96XXX is known as the 96000 series, or 96K.

### 56000 series

* Motorola DSP560XX (24-bit)
* Motorola DSP563XX (16/24-bit)
* Motorola DSP566XX (16-bit)
* Motorola DSP567XX (Digital Signal Controller)
* Motorola DSP568XX (Digital Signal Controller)

### 96000 series

* Motorola DSP96XXX (32-bit)

### StarCore series

Note: "There is no native support for floating point operations on StarCore"
* MSC8101/3 Single SC140 core, 300 MHz (End of life)
* MSC8102 Quad SC140 core, 275 MHz (Discontinued)
* MSC8122/26 Quad SC140 core, 500 MHz
* MSC711x Single SC1400 core, 200/300 MHz (Partly discontinued)
* MSC8144/E Quad SC3400 core, 1 GHz
* MSC8156/E Six-core SC3850 core, 1 GHz with MAPLE-B coprocessor
* MSC8154/E Quad-core SC3850 core, 1 GHz with MAPLE-B coprocessor
* MSC8152 Dual-core SC3850 core, 1 GHz with MAPLE-B coprocessor
* MSC8151 Single-core SC3850 core, 1 GHz with MAPLE-B coprocessor
* MSC8256 Six-core SC3850 core, 1 GHz
* MSC8254 Quad-core SC3850 core, 1 GHz
* MSC8252 Dual-core SC3850 core, 1 GHz
* MSC8251 Single-core SC3850 core, 1 GHz

## MEMS Sensors

* MMA Series (Multi-G/ Multi-Axis Accelerometers)
* MPX Series Pressure
* MPR Series Proximity

## Reconfigurable compute fabric device

* MRC6011

## Software

* CodeWarrior Integrated Development Environment
* MQX Real Time Operating System
* FreeMaster
* Processor Expert
* PEG Graphical User Interface Development
* Sensor Toolkit
* Wireless Connectivity Toolkit