Embedded Module TQMa8MxNLEmbedded Cortex®-A53 module based on i.MX8M Nano with enhanced Audio properties.

TQMa8MxNL
  • Advanced Audio properties
  • Integrated Cortex® M7
  • High-speed communication via 1x Gbit Ethernet and 1x USB 2.0 interface
  • Low power consumption (typ. 3 W)
  • Integrated security function
The embedded module TQMa8MxNL is based on the processor i.MX 8M Nano - an Arm®-Cortex®-A53 processor from NXP. The integrated graphics controller with GPU supports applications with high display requirements. Full access to all signal pins guarantees flexible usage and cost-effective project development.
The CPU is available in six variants with different performance and features. Starting with the Single / Dual / Quad-Core Arm® Cortex®-A53 core and a clock rate of up to 4 x 1,6 GHz, there is a Lite version with reduced graphics performance. For real-time and security the CPU is supported by a Cortex M7 controller.

CPU/Processor data

CPU/Processor:
  • i.MX8M Nano Dual
  • i.MX8M Nano Dual Lite
  • i.MX8M Nano Quad
  • i.MX8M Nano Quad Lite
  • i.MX8M Nano Solo
  • i.MX8M Nano Solo Lite
  • CPU JTAG interface

Memory

LPDDR4:
  • Up to 2 GB
Quad SPI NOR:
  • Up to 256 MB
eMMC:
  • Up to 64 GB
EEPROM:
  • 0/64-kbit

Grafik

Graphics:
  • LCD Interface: 1x MIPI DSI; (4 Lanes)
Camera:
  • 1x MIPI CSI2 (4 Lanes)

Communication interfaces

Ethernet:
  • 1x Ethernet 10/100/1000 Mbit
USB:
  • 1x USB 2.0 high-speed HOST interface
Serial Ports:
  • Up to 4x UART

Other interfaces

I2C:
  • Up to 4x I2C
I2S:
  • Up to 12x I²S
SPI:
  • Up to 3x SPI
  • Up to 1x QSPI
Audio:
  • Up to 1x SPDIF
  • Up to 8x PDM Mic.
SD Card:
  • Up to 3x SDIO / eMMC

Other functions

RTC:
  • Real Time Clock (RTC)

General data/basic data

General:
  • Temperature sensor
Dimensions:
  • 38 x 38 mm
Plug-in System:
  • LGA (Land Grid Array) 280 pins
Power supply:
  • 5 V
Temperature range:
  • Standard temperature range: -25°C…+85°C
  • Extended temperature: -40°C…+85°C

OS-Support

OS Support:
  • Linux
  • Android on request

User Manual TQMa8MxML (2 MB, pdf)

User Manual MBa8Mx (4 MB, pdf)

TQMa8MSNL-AA

TQMa8MSNL-AA, i.MX8M Nano Single Cortex®-A53/1.4 GHz, 8 GB eMMC Flash, 1 GB LPDDR4, 64 kB EEPROM, RTC, -25°C...+85°C

TQMa8MDNL-AA

TQMa8MDNL-AA, i.MX8M Nano Dual Cortex®-A53/1.4 GHz, 8 GB eMMC Flash, 1 GB LPDDR4, 64 kB EEPROM, RTC, -25°C...+85°C

TQMa8MQNL-AA

TQMa8MQNL-AA, i.MX8M Nano Quad Cortex®-A53/1.4 GHz, 8 GB eMMC Flash, 1 GB LPDDR4, 64 kB EEPROM, RTC, -25°C...+85°C

Other configurations on request

STKa8MxNL-AA

STKa8MxNL (Eval Kit) with TQMa8MxNML-AA, i.MX8M Nano Quad Cortex®-A53/1.4 GHz, 1 GB LPDDR4, 8 GB eMMC Flash, 64 kB EEPROM, RTC, 2x USB 2.0 HOST, 1x ETH 10/100/1000, 1x eDP, 1x LVDS, 1x MIPI CSI, 1x Mini PCIe (only USB) + SIM Card, Audio, Temperature sensor, Reset-Button, SD Card interface, Power Supply, 4 GB SD card, Cables

Starterkit STKa8MxNL set

The core of the STKa8MxNL set is the TQMa8MxNL module with a Quad Cortex®-A53 CPU. The components contained in the starter kit constitute a modular system enabling you to develop your own product ideas. Development of graphic interfaces can be started immediately using the prepared combination of closed display unit and starter kit that are matched to each other. To develop your own hardware you can use the certified and qualified circuit components of the starter kit in your own designs.

Application examples

3265,33

Our USPs

  • Unbeatable long-term availability
  • Robustness for all applications
  • The most comprehensive range of modules on the market
  • A comprehensive design and support of an E²MS manufacturer
  • Full design freedom, as all processor functions are fully accessible
  • x86 for tough industrial use

Embedded downloads

Current downloads such as product data sheets, manuals, application notes as well as software and drivers can be found in the Download Center.

 

Support Wiki

Comprehensive information from the software area such as sample codes, tips and tricks, application notes, FAQs and BSP documentation are available in our Support Wiki.

 

This website uses cookies to improve the usability of our website, to analyze web visits and to personalize content.