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ARM9 module with i.MX28 from Freescale
The TQMa28 Minimodule, based on the i.MX28 processor, offers a balanced ratio between computing and graphic performance. The basis for this is an ARM926 core with up to 450 MHz. The realised memory on the module provides best system support.
The module is best suited for smart metering and for easy visualization and control applications.
A large number of interfaces and module functions are implemented in the CPU due to the high level of interface and function integration. This allows the basic board to be developed easily and at low-cost. All the processor’s functional pins are on the module plug-in connector.
TQ and SystemCORP provide first-class solutions on the basis of the TQMa28 for intelligent networks on the basis of the IEC 61850 norm. SystemCORP has developed the software stack and adapted to the TQMa28 within the last years from the academic approach to the industrial maturity.
For further information regarding SystemCORP and IEC 61850 please click here.
i.MX287 / 450 MHz, 2 GB eMMC, 128MB DDR2, 64kB EEPROM, Extended temperature range from -25°C...+85°C
Request price information
i.MX283 / 450MHz, 2 GB e-MMC, 128MB DDR2, 64kB EEPROM, Extended temperature range from -25°C...+85°C (> 1,000 pieces)
Request price informationi.MX287 / 450MHz, 4 GB e-MMC, 128MB DDR2, 64kB EEPROM, Extended temperature range from -40°C…+85°C (> 1,000 pieces)
Request price informationMicroprocessor | |
|---|---|
| CPU frequency: | Up to 450 MHz |
| Microprocessor: | Freescale i.MX283, i.MX287 (ARM9 Architecture) |
Memory | |
| DDR1-SDRAM: | Up to 256 MByte |
| EEPROM: | 0 / 64 KByte |
| eMMC Flash: | Up to 16 GB |
System interfaces | |
| CAN: | Up to 2x CAN 2.0B |
| Ethernet 10/100BaseT: | Up to 2x |
| I²C: | Up to 2x |
| SPI: | Up to 2x |
| SSI / I²S: | Up to 2x |
| UART: | Up to 5x |
| USB: | 1x USB 2.0 High-Speed On-the-Go System interface 1x USB 2.0 High-Speed HOST interface |
Other interfaces & busses | |
| ADC: | Up to 8x 12-Bit |
| Debugging: | CPU JTAG Interface |
| GPIO: | Yes |
| PWM: | Up to 8x |
Graphic | |
| TFT: | 24 bit TFT Interface |
General | |
| Dimensions: | 26mm 40mm |
| Plug system: | 0.8mm |
| RoHS: | Yes |
| RTC: | Yes |
| System connector: | Board-to-board plug-in system (160 pins) |
| Power supply: | 5 V |
| Temperature range: | -25°C ... +85°C |
| Temperature range, extended: | -40°C ... +85°C |
| Temperature sensor: | Yes |
| Availability: | In Production |
Operating systems / User interfaces | |
| Operating systems: | Linux 2.6, WinCE 6.0, QNX |
| Operating systems on request: | VxWorks |
| Supported software: | IEC 61850 stack |
| Visualisation: | Qt |
Starterkit STKa28 |
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Starter kit for TQMa28
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Key functionalities
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| Click here to display all details about this Starter Kit » | ||
Product information for the Embedded module TQMa28 with i.MX28 processor from Freescale.
(TQMa28_Productcharacteristics_Rev.017.pdf, 436 KByte, 07.03.2011)
Specification for the Board-to-Board connector that is used for the TQ Minimodules in 0.8mm pitch for highest reliability, longevity and robustness.
> Please select "search by document number"
> Please enter the following document number: 108-5390
(download_linkto_teconnectivity.html, 323 Byte, 21.10.2011)
User's manual for the embedded module TQMa28
(TQMa28.UM.104_01.pdf, 817 KByte, 25.03.2011)
User's manual for the ARM mainboard MBa28
(STK-MBa28.UM.104_01.pdf, 1.3 MByte, 17.05.2011)
User’s Manual Windows CE 6.00 BSP for TQMa28
(BSP_iMX28_Ce6.0.201_01.pdf, 1.7 MByte, 02.10.2012)
This document treats different aspects of the power consumption of a system, which uses the Minimodule TQMa28.
(TQMa28.Powermodes.100_Web_01.pdf, 92 KByte, 20.09.2011)
This document treats the use of an external RTC with the Minimodule TQMa28.
(TQMa28.RTC.102_Web_01.pdf, 102 KByte, 29.03.2012)
This archive contains a debian tree which can be mounted as the root filesystem by the TQMa28.
(rootfs-squeeze-20110911-01_01.gz, 260 MByte, 14.03.2012)
Linux BSP for TQMaXX (PTXdist 2012.07.0 + OSELAS.Toolchain-2011.11.x)
[sources & pre-compiled images]
(TQC-ARM-BSP.0101_01.zip, 70 MByte, 07.02.2013)
Linux BSP for TQMaXX (PTXdist 2012.04.0 + OSELAS.Toolchain-2011.11.1)
(TQC-ARM-BSP-REV0100.tar_01.gz, 11.0 MByte, 01.10.2012)
Binaries for TQMa28 (U-Boot v2009.08, Linux Kernel 2.6.35, Root-Filesystem)
(TQC_ARM_BSP-tqma28-fsl-REV0100_01.tgz, 16.1 MByte, 01.10.2012)
Profile for installing the bootlets, U-Boot, kernel image and root filesystem (custom or standard debian) into the eMMC flash or SD card.
(tqma28-mfg-linux-update-20110911-01_01.zip, 272 MByte, 14.03.2012)
Linux BSP for TQMaXX (PTXdist 2012.07.0 + OSELAS.Toolchain-2011.11.x)
[Sources and pre-compiled images]
(TQC-ARM-BSP.0102_01.zip, 61 MByte, 21.05.2013)
Windows CE 6.0 pre-compiled images for TQMa28
[Release 2012-07-18]
(TQMa28_WinCE_2012_07_18_Demo-Images_01.zip, 20 MByte, 18.07.2012)
Windows CE 6.0 binary BSP for TQMa28
[Release 2012-07-18]
(TQMa28_WinCE_2012_07_18_Binary-BSP_01.zip, 111 MByte, 24.07.2012)
Windows CE 6.0 sample OS design for TQMa28
[Release 2011-10-18]
(TQMa28_WinCE_2011-10-18_Demo-OS-Design_01.zip, 26 KByte, 24.10.2011)
Windows CE 6.0 software development kit for TQMa28 (Binary BSP)
[Release 2012-07-18]
(TQMa28_WinCE_2012_07_18_SDK-BIN_01.zip, 5.1 MByte, 18.07.2012)
Our Field Application Engineers are pleased to assist you with words and deeds before, during and after your design phase. Read more about the >>> scope of support.
The latest documentation like product data sheets, manuals, application notes or software and driver are available in the „Downloads“ section on this page.
Extensive software information like BSP documentation, FAQs, application notes, example codes and tips & tricks are available in the >>> TQMa28 Support Wiki.
We are pleased to answer further questions. Please use our >>> support form to contact us.
| At TQ you not only get first-class embedded systems - we also provide a series of benefits around the embedded module: | |
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We support you in defining your requirements for your project. The technical specification serves as guideline for all persons that are involved in the development process. For a fast and easy starting-up we provide starter kits. Through the plug-and-play principle, the software evaluation can be started, if the actual target hardware is not yet available. Due to this a product can be launched faster, reasonably priced and more safely. | |
| We support you concerning the selection of components as well as Obsolescence management. Thus your products are protected against obsolete components, complex redesigns, doubtful sources and cost-intensive brokerwares. | ![]() |
If desired we arrange a circuit diagram review for your baseboard directly by the developer of the module. Due to the longtime experience of our developers, it happens quite often that entrapments are indentified in the course of the review.
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Starting-up of your baseboard. In case that the starting-up of your baseboard with our module does not work at once, we support you by a structural fault analysis in order to quickly find the reason and repair it.
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| As system service provider TQ is able to take over the development, production and test of your baseboard. Therefore you get the whole tested unit from one hand. Please just ask us. We are pleased to consult you! | |
Learn how to simplify the design of baseboards for our TQ modules. >>> Ask for our white paper.

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