i.MX53x Modul

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DIMM-Modul i.MX53x mit MCIMX53 von NXP

Sie haben wachsende Anforderungen im Bereich HMI und Kosteneffizienz?
Der DIMM-MX53x erfüllt die Anforderungen und bietet eine Langzeitverfügbarkeit von bis zu 15 Jahren.

Darüber hinaus stellen Ihnen emtrions Softwarespezialisten hauseigene Board Support Packages (BSP) zur Verfügung. Für die DIMM-Familie sind die Betriebssysteme Linux (Yocto, Debian) und Android verfügbar.

Key Features:

  • Prozessor MCIMX53 von NXP
  • ARM Cortex-A9 Prozessor
  • bis zu 800MHz Taktfrequenz
  • besonders geeignet für Steuerungsaufgaben
  • Leistungsfähige 2D/3D Grafik
  • Interfaces u.a: Kamera, Ethernet, 2x CAN, CPU-Bus und LCD Interface
  • EtherCAT, PROFINET, CANopen optional verfügbar
  • industrielles Modul (COM/ SOM) und im erweiterten Temperaturbereich verfügbar
  • bis zu 1GB RAM und bis zu 1GB NAND Flash (SLC)
  • skalierbar und langzeitverfügbar
  • Fastboot optional verfügbar
  • IOT tauglich

Für einen schnellen Start Ihrer Applikations-Entwicklung wählen Sie das für Sie passende Dev Kit aus unserer abwechslungsreichen Zusammenstellung.

i.MX53x Modul

Angebotsanfrage

Dokumente

Funktionen

DDR3-SDRAM

1024 MB

NAND-Flash

1024 MB

Camera Interface 2

1 x

Camera Interface 1

1 x

LCD Interface (LVDS)

1 x

LCD Interface (RGB)

1 x

SSI Interface for Audio Codec

1 x

Touch interface (resistive, 4-wire)

1 x

Ethernet 100BASE-TX

1 x

UART IrDA

0 x

UART LVTTL

4 x

UART RS232

1 x

USB Device 2.0 high speed

1 x

USB Host 2.0 high speed

1 x

CAN LVTTL

1 x

I²C Interface

1 x

SPI Interface

1 x

Digital GPIO

8 x

MMC/SDC Interface

2 x

CPU-Bus

1 x

RTC (battery buffered)

1 x

0 - 70 °C

-25 - 85 °C (erweitert)

Breite

67,6 mm

Tiefe

50 mm

Höhe

10 mm

CPU performance: up to 1 GHz - 2000 DMIPS

Co-Processor: ARM NEON, VFPU

Video processing (hardware accelerated): H.264 decode at 1080p30 and H.264 encode at 720p30

2D (Hardware accelerated): openVG 1.1

3D (Hardware accelerated): openGL ES 2.0 & 1.1 (33 Mtri/s, 200 Mpix/s, 800 Mpix/s z-plane), Direct3D Mobile 1.2

True

Drivers

novaluefound

Dienste

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Release Notes

Known Issues

Article

Artikel vorhanden: novaluefound

Block diagram

Downloads / Documents

Windows embedded Compact Kernel Description

Manual of the Developer Kit for Windows embedded Compact 7

22. June 2018 - en
Download

DIMM-MX53x Hardware Manual

Hardware manual for DIMM-MX53 modules with i.MX535 and i.MX537 SoCs

30. August 2023 - en
Download

DIMM-MX53x (Identification Code)

22. June 2018 - en
Download

DIMM-MX53x (R3B)

04. September 2017 - en
Download

DIMM-MX53x (R3A)

04. September 2017 - en
Download

DIMM-MX53x (Errata V3)

Errata Sheet

29. August 2023 - en
Download

DIMM-MX53x (R3C)

04. September 2017 - en
Download

UART Translation Table

Overview for UART interfaces of CPU modules and baseboards.

04. September 2017 - en
Download

GPIO Translation Table

GPIO Translation Table for DIMM-Series CPU Modules

04. September 2017 - en
Download

DIMM-MX53x (R3E)

29. August 2023 - en
Download

U-Boot for DIMM-MX53-3

U-Boot (binary file) and Display table on DIMM-MX53 boards with...
29. August 2023 - en
Download

Flyer DIMM-MX53

Flyer of emtrion’s DIMM-MX53 Module

30. August 2023 - en
Download

Developer Kits

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Zubehör

Cadun

Baseboard für emtrions CPU-Module der DIMM-Serie mit hoher Leistungsaufnahme.

Details

Unterstützte Betriebssysteme

Yocto Dora 1.5.4

Details

QNX 6.5.0 SP1

Details

U-Boot 2010.06

Details

FAQ

Additional Interfaces (DIMM-MX53)


Is it possible to use additional interfaces or features, than mentioned in the HW Manual, without a redesign?

Please contact emtrion GmbH. It depends on the needed interface and the abdicable interfaces. The software must be adapted.

DIMM-MX537 vs. DIMM-MX535


What is the difference between the DIMM-MX535 and the DIMM-MX537?

The DIMM-MX535 is not available in the extended temperature range. The DIMM-MX535 doesn’t support CAN. The DIMM-MX535 cannot support IEEE1588 Ethernet. It can only support normal 10/100 Mbit Ethernet. The DIMM-MX537 has a maximum core frequency of 800MHz.

Not needed pins (DIMM-MX53)


How should not needed pins be connected on the baseboard?

They can be unconnected.

Ports as PWM (DIMM-MX53)


Which ports can be used as PWM output?

The processor has 2 PWM outputs. They can be routed to the following SODIMM pins. LCD_D8: PWM-1 LCD_D9: PWM-2 SDC1_D3: PWM-1 SDC1_D3: PWM-2 SDC1_CD#: PWM-2 SDC1_WP: PWM-1 But the then the LCD or/and SDC1 interface can't be used and the software must be adapted.

Power_on_Base Signal (DIMM-MX53)


Must the baseboard support the signal POWER_ON_BASE signal?

No. If the baseboard SODIMM pin 135 is 3V3 power supply, the DIMM-MX53x-3 boards can also be used. On the DIMM-MX53x-3 boards, there is protection circuit to avoid failures in that case.

Simultanous use of interfaces (DIMM-MX53)


Are there any interfaces on the DIMMMX53x modules which can’t be used simultaneously?

Yes, if the keypad function is used, the UART4 and UART5 are not available.

Usage of BAT pin (DIMM-MX53)


What must be considered if the BAT pin is not supplied by a battery from the baseboard?

1. The RESI# signal must be held low for minimum 1,5s after the DIMM Module was supplied by the baseboard.

2. An auxiliary voltage must be supplied minimum 1,5s before the DIMM Module is supplied by the main voltage.

Media

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