Emtrion is pleased to announce the availability of its new SBC (Single Board Computer) based on the new SoC ‘ATSAMA5D36’ from Atmel.
The SBC is composed of a single ARM Cortex-A5 core CPU running at 536MHz, 256MB of DDR2-SDRAM, 512MB of SLC NAND Flash and 8 MB NOR Flash. The available peripherals are 2xUSB 2.0 Host, 1xUSB 2.0 Device, 1xGbit Ethernet, 1x100Mbit Ethernet, 1xLCD connector, 1xHDMI connector and more than 40 fully configurable I/Os on its expansion connectors.
With its compact size (135mm x 74mm x 15mm (LxWxH)) and its low power consumption (only 200mA @ 5V typ), the SBC-SAMA5D36 is the perfect low-power prototyping board with industry quality. Thanks to its optional extended temperature (-40°C to 85°C) and its 4 mounting holes, the board can also be directly integrated into your industrial project.
This board is targeting various industrial field applications. With its Lithium battery charger, the board can be used as battery powered device. It can also connect with several industrial busses via its expansion board: CAN, RS-232/485, Soft Modem Device, SPI, I²C… The user interaction is not only composed by 4 LEDs and 2 Push Buttons, but also with the LCD connector that can output a WVGA resolution on a 7” LCD screen with no extra external power supply for the display! And if the LCD display is too small for the application, the HDMI connection makes it possible to output on a standard PC monitor with no extra software required!
The i.MX6 series application processors from Freescale are a good choice for industrial and automotive applications requiring high multimedia performance. With the support of up to four simultaneously usable display ports the i.MX6 is also suitable for multi-display solutions or applications for high display resolutions.
Besides the conventional parallel 24-Bit RGB interface, there are also one HDMI, one MIPI DSI and two LVDS interfaces available. In this article we focus on the LVDS interfaces of the dual- and quad-core variants of the i.MX6 and explain the possible display configurations.