Unlock Seamless Integration with the WL0F0007000A8GAADSK00 Smart Display
Elevate your system with the WL0F0007000A8GAADSK00, a sophisticated 7-inch Smart Display from our CAN series. This slave device simplifies integration, receiving commands from your master system via the CAN bus to render content and transmit touch data.
The WL0F0007000A8GAADSK00 features a high-quality WF70A8TYAHLNGB TFT module and a robust 4-layer PCBA with embedded firmware. This intuitive solution accelerates project timelines and optimizes cost efficiency. It’s compatible with diverse host platforms, including computers (with USB2CAN dongles), MCUs, and Raspberry Pi (with PiCAN2), offering significant flexibility for your applications.
Features of the 7-inch Smart Display:
Power Input: Requires a +12V power supply, accommodating a dynamic input range of 8V to 35V, with an approximate power consumption of 6 Watts.
Self-Test: Performs a self-diagnostic routine upon startup.
Communication Interface: Equipped with a CAN bus communication interface.
CAN Protocol: Supports customizable CAN ID protocols, with a default baud rate of 250Kbps.
Memory: Includes 16MB of integrated external flash memory for storing font data and Object Dictionary information.
Touch Technology: Features a projected capacitive touch screen (PCAP).
Buzzer: An embedded buzzer is present, controllable by the Master Device.
Host Compatibility: Versatile HOST platform support, including computers (with a USB to CAN Dongle), MCUs, and Raspberry Pi (with PiCAN2).
GPIO Support: Provides GPIO PIN support with 3.3V TTL, tolerant of up to 5.5V.
Environmental Rating: Encased within its housing, the product achieves an IP54 rating, signifying protection against limited dust ingress and water spray from any direction.
This module can operate in a stable and failure-free way for a long period within wide range of temperatures. Thanks to such option, it may be successfully applied e.g. in transportation and automotive industry.
Full observation angles
Using an IPS/MVA (or a variation thereof) matrix, the display is readable from all angles. There is no grayscale inversion effect that characterizes popular TN matrices. Also, the decrease in contrast when increasing the viewing angle is much lower.
