Industrial HMI and Industrial Control Solutions
- Communicate with real-time deterministic protocols
- Ruggedized for harsh environment
NXP offers MCUs, processors, sensors and reference platforms to drive the majority of display and interface types:
- Light emitting diode (LED) backlight
- Liquid crystal display (LCD) with SXGA, WXGA, XGA, WSVGA, SVGA, WVGA, VGA, WQVGA and QVGA resolution
- Monochrome or colour display
- Segment, character or graphics display
- Touchscreen control
- Video scalar control
- Audio input and output
- Sensors
A programmable logic controller (PLC) controls machines and processes with fast, deterministic operation to manage functions such as:
- Logic
- Sequencing
- Timing
- Counting
- Arithmetic algorithms
It communicates with end nodes using current/voltage loops, fieldbus or industrial Ethernet communications protocols.
Factory automation equipment is ruggedly constructed for fanless operation in a harsh industrial environment.
An input-output (I/O) controller connects to sensors and controls actuators in a factory or process environment.
It communicates with multiple end nodes using multiple binary and analog input/outputs such as current/voltage loops, fieldbus or industrial Ethernet communications protocols.
Intrinsically safe systems connect via 4 to 20 mA current loops, level translation and optical isolation.
The control processor is typically an 8-bit or 32-bit processor with up to 100 DMIPS of performance.
A process controller or temperature controller connects to sensors, actuators and switches to control industrial processing parameters such as temperature, pressure, flow and fluid level.
It communicates with multiple end nodes using binary and analog inputs/outputs such as current or voltage loops.
Intrinsically safe systems connect via 4 to 20 mA current loops, level translation and optical isolation to avoid spark.
Wireless systems require greater than a 2-year battery life.
The control processor is typically an 8-bit or 32-bit processor with up to 100 DMIPS of performance.
| Product | Features | HMI | I/O Control | PLC | Process Control |
|---|---|---|---|---|---|
| Controller Area Network (CAN) | |||||
| MC33897 | Single-wire CAN PHY | True | True | True | True |
| MC33901 | High Speed CAN I/F | True | True | True | True |
| MC34901 | High Speed CAN I/F | True | |||
| IEE 802.15.4 Transceivers | |||||
| MC13213 | 2.4 GHz Wireless Transceiver with MC9S08GT MCU | True | True | True | |
| MCU & MPU | |||||
| i.MX257 | 32-Bit MCU, SVGA, ETH, CAN, 400 MHz, <1W | True | True | ||
| i.MX28 | 454 MHz ARM9®, SVGA, 10/100 ETH, CAN, PMU, <1W | True | True | ||
| i.MX357 | WVGA, 2-D/3-D graphics, ETH, CAN, 532 MHz, <1W | True | True | ||
| i.MX6D: DUAL | 1.2 GHz ARM® Cortex™-A9, dual-core, 2x4XGA, 64-bit memory bus, graphics, video, 10/100/1000 ETH, CAN, PCIe, PMU | True | |||
| i.MX6DL: DUALLITE | 1 GHz ARM® Cortex™-A9, dual-core, 2xWXGA, graphics, video, 64-bit memory bus, 10/100/1000 ETH, CAN, PCIe, PMU | True | |||
| i.MX6Q: QUAD | 2xHD1440, 4 core @ 1.2 GHz, GbE, 2xCAN, <3W | True | True | ||
| i.MX6S: SOLO | 2xWXGA, 1 core @ 1 GHz, GbE, 2xCAN, <1W | True | True | ||
| Kinetis K6x | Up to 180MHz, up to 2 MB flash and 256 KB SRAM, USB 2.0 OTG, CAN, 16bit ADC, Ethernet, Security | True | True | ||
| Kinetis KL4x | SEG LCD, 48MHz, Up to 256 KB flash, USB 2.0 OTG, FlexIO | True | |||
| MCF5223X | 256K Flash, ETH, CAN, 3 x UART, 57 MHz | True | |||
| MCF5225X | 512K Flash, ETH, CAN, 3 x UART, 80 MHz | True | True | ||
| MCF5227X: V2 | SVGA, CAN, 57 MHz | True | |||
| MCF5445X: 32bit | 2xETH, 3 x UART, 410 MIPS | True | True | ||
| MPC5125: 32bit | Drives up to WXGA/720p, dual Ethernet, DDR controller, UART, SPI, and CAN, NAND flash controller | True | |||
| MPC8308 | GbE, 632 MIPS, <1.5W | True | True | ||
| MPC8309 | GbE, 632 MIPS, <1.5W | True | True | ||
| MPC8315E | 2 x GbE, 800 MIPS, <4W | True | True | ||
| MPC8360E | 8 x 10/100 or 2 x GbE, 1200 MIPS | True | |||
| MPC8377E | 2 x GbE, 900 MIPS | True | |||
| P1020 | 2 Core, 3 x GbE, 2760 MIPS | True | |||
| P1022: QorIQ | SXGA, GbE, 3600 MIPS | True | |||
| P2020 | 2 Core, 3 x GbE, 5500 MIPS | True | |||
| S08LL - 8bit | SEG LCD, 16K, low power | True | |||
| VF6xx: Vybrid | SVGA, 2x10/100 ETH, 2xCAN, 630 DMIPs+200 DMIPS, <1W | True | True | True | True |
| Motor Drive | |||||
| Kinetis V series | Designed for BLDC, PMSM, and ACIM motor control | True | |||
| MC34931 | H-Bridge Brushed DC Motor Driver, 5-28V, 5A, 11kHz | True | |||
| MC34932 | H-Bridge Brushed DC/Stepper Motor Driver, 5-28V, 5A, 11kHz | True | |||
| Power Management | |||||
| MC13892 | PMU for i.MX35 and i.MX51 | True | |||
| MC33904 | System Basis Chip with High-Speed CAN | True | True | True | True |
| MC34708 | Power Management and User Interface IC | True | |||
| MMPF0100 | I.MX power management IC (PMIC) | True | True | True | True |
| Sensors | |||||
| MMA8451Q | 14-bit, smart low-power, 3-Axis capacitive micromachined,1.95 to 3.6-volt supply voltage | True | |||
| MMA8453Q | 10-bit, smart low-power, 3-Axis capacitive micromachined,1.95 to 3.6-volt supply voltage | True | |||
| MMA8653FC | Low-profile 2 x 2 x 1.0 mm DFN package High sensitivity: 1 mg per LSB | True | |||
| MPR03x | Touch Sensor (2-3 pads) | True | True | True | |
| MPR121 | Touch Sensor (12 pads) | True | True | True | |
| MPX5999 | Pressure Sensor (0 psi/1000 kPA) | True | True | ||
| MPXx5004 | Pressure Sensor (0.57 psi/4 kPA) | True | True | ||
| MPXx5050 | Pressure Sensor (7.5 psi/50 kPA) | True | True | ||
| Touch Sensors | |||||
| FXLC95000CL | First to market with the sensing hub embedded, +/-2g, 4g, 8g 3-axis digital accelerometer | True | |||
| MMA8653FC | Low-profile 2 x 2 x 1.0 mm DFN package High sensitivity: 1 mg per LSB | True | |||
| MPR03x | Touch Sensor (2-3 pads) | True | |||
| MPR121 | Touch Sensor (12 pads) | True | |||
| MPX5999 | Pressure Sensor (150 psi/1000 kPA) | True | |||
| MPXx5004 | Pressure Sensor (0.57 psi/4 kPA) | True | |||
| MPXx5050 | Pressure Sensor (7.5 psi/50 kPA) | True | |||
| Voltage Regulator | |||||
| MC34717 | Dual Switch-Mode Power Supply (5A, 3.3V) | True | True | ||