tft display parallel interface in stock

We offer many TFT LCDs that support multiple interfaces, making communicating with a TFT display as straight-forward as possible. Whether you need a parallel interface or a more commonly found SPI interface and even Generic RGB / DOT-CLK crystalfontz has all of TFT LCDs you need in assorted resolutions and sizes. If you"re not finding the correct TFT LCD display module for your product or project, please contact our awesome support team to see if they can help you find an appropriate TFT LCD display module for you.

The Matrix Orbital Parallel TFT display series offers a low cost display solution utilizing an industry standard RGB communication interface for simple integration into a wide variety of new and existing applications. The Light Emitting Diode backlight with PWM controlled brightness allows the MOP Thin Film Transistor display line to offer a professional display solution for any project.

7.0" TFT 1024 x 600 Graphic Parallel IPS Display 24bit RGB Resistive, Capacitive or no Touch Screen. This low cost display solution utilizes an industry standard RGB communication interface for simple integration into a wide variety of new and existing applications.

7.0" TFT 800x480 Graphic Parallel Display 24bit RGB Resistive, Capacitive or no Touch Screen. This low cost display solution utilizes an industry standard RGB communication interface for simple integration into a wide variety of new and existing applications.

If none of these part numbers meet your requirements in terms of brightness, interface, or connection method, please email us at info@orientdisplay.com.

NHD-3.5-320240MF-22 Controller Board | Digital Controller Board for 3.5 inch TFT Displays | 22-Pin FFC | 8-Bit Parallel Interface | Resistive Touch Panel Signals | Discontinued EOL Product

This controller board is for testing, evaluating or in final production with our 3.5 inch TFT displays and specific compatibility for NHD-3.5-320240MF-ATXL# models. This board has a 22-pin FFC connector and resistive touchscreen signals. This development tool has a 3.3V supply voltage, 8-bit parallel interface with SSD1963 controller and an operating temperature range from -20 to 70 degrees Celsius. This board has been discontinued. Purchase now while stock is still available!

Choose from a wide selection of interface options or talk to our experts to select the best one for your project. We can incorporate HDMI, USB, SPI, VGA and more into your display to achieve your design goals.

If none of these part numbers meet your requirements in terms of brightness, interface, or connection method, please email us at info@orientdisplay.com.

Royal Display is one of the leading RD102ATI-8BIT-T-2 | 8-bit Parallel Interface TFT Display supplier, wholesaler, stockist, and exporter in Mumbai, India sourcing products from trusted and reliable vendors.

RD102ATI-8BIT-T-2 | 8-bit Parallel Interface TFT Display latest price | RD102ATI-8BIT-T-2 | 8-bit Parallel Interface TFT Display datasheet files | RD102ATI-8BIT-T-2 | 8-bit Parallel Interface TFT Display stocks | RD102ATI-8BIT-T-2 | 8-bit Parallel Interface TFT Display photos | RD102ATI-8BIT-T-2 | 8-bit Parallel Interface TFT Display compatible models.

RD102ATI-8BIT-T-2  is an 8-bit Parallel Interface TFT from Royal Display. TFT Displays 8-bit interface with SSD1963 can easily interface with Microcontroller. It is strongly recommended that you contact Royal Display to learn the latest production and specification details.

There are multiple interface options available for transmitting data to a display. One of the most common is the parallel interface. There are two categories of parallel interfaces, MCU and RGB. The MCU interface

The RGB interface is a special parallel interface that transmits up to 8-bits of red, green and blue data to each pixel. The number of bits transmitted per clock cycle is dependent on the setup and programming of the display. It can vary from 16 to 18 or 24 data pins that are used for each of the RGB signals. RGB does not typically have internal DDRAM memory and the data is written directly to the device from the GPIO pins. This allows for RGB is transmit data faster than the MCU interface at the cost of using more data pins. The RGB interface is typically chosen for displaying videos.

The number of bits transmitted effects the color depth of the display. For example, a 16-bit RGB interface would have 5 red, 6 green, and 5 blue data bits/pixel. This results in a 65k color depth ( 2^16 = 65k colors). The RGB interface typically sends the 16-bit data over the 16 data pins in one HSYNC pulse.

It is important to note that the number of data lines is not always proportional to color depth. For example, a 6-bit (6-line) RGB interface can be chosen to display 565-RGB colors over 3 clock pulses rather than all at one. The RGB interface also needs the control signals SYNC, VSYNC, DCLK, and DE to indicate where and when the RGB data should be displayd. Below is an example of the pin descriptions for a 24-bit RGB interface.

The MCU interface has two standard types, the Intel-8080 and Motorolla-6800 series. These interfaces communicate through read, write and chip-select signals to address registers or display RAM. The slight difference between the two pertains to the direction and separation of the write and read signals.

The MCU interface can read and write data to internal memory. This interface would be chosen to display images from memory. The MCU parallel interface sends RGB signals over 8, 9, 16 or 18-bit data lines. Below are the pin descriptions on a 9-bit 8080 parallel MCU interface.

Like the RGB interface, color mapping of the RGB signals is done to assign bits/pixel over the selected data lines. To further elaborate, a 9-bit 8080-series MPU interface can be directed to send RGB 6-6-6 bits/pixel (262k color-depth) over 9-data lines in two write cycles. Below is the timing diagram that shows the color mapping of each pixel.

Deciding between the MCU and RGB interface depends on intended application of the display. Each interface places different demands on the processor and memory available. Other factors such as pin availability and processing speed need to be considered when choosing an interface. RGB can be used in high performance applications but requires more pins and needs higher processing speed and memory allocation. Parallel MCU can be a great option for displaying images as it can store memory in its’ internal frame buffer. The MCU interface is a simpler interface to command than RGB as timing requirements are not as demanding.

2129 lcd parallel interface products are offered for sale by suppliers on Alibaba.com, of which lcd modules accounts for 68%, lcd boards & accessories accounts for 1%.