<B>Embedded Video Engine (EVE) FT800</B> The FT800 Embedded Video Engine (EVE) is a great and easy to use graphic controller. EVE&#146;s approach eliminates the traditional frame buffer memory as it renders an image on a line by line basis, to 1/16th pixel resolution. EVE also comes preloaded with a useful set of fonts and sounds in ROM, making it applicable for any application. It&#146;s targeted for embedded applications to produce high quality Human Machine Interfaces (HMIs). These LCD controllers have many applications, some of these include thermostats, medical appliances, instrumentation, home security systems, graphic touch pads and many more. The FT800 also has a 3 in 1 functionality that includes display, audio and touch operations. Dithering hardware also allows the chip to provide 24-bit (true colour) support on an 18-bit interface. <B>Key features – </B><BR/>&#149; 3 In 1 – Graphic controller, audio processing and resistive touch controller<BR/>&#149; Built in graphics operations to allow users to create high-quality displays<BR/>&#149; Built in sound synthesizer <BR/>&#149; No frame buffer RAM required <BR/>&#149; Display enabled control output to LCD panel<BR/>&#149; Power mode control allows chip to power down, sleep and standby<BR/>&#149; Supports host interface I/O voltage from 1.8V to 3.3V<BR/>&#149; Mono audio channel output with PVM output<BR/>&#149; Anti-aliasing support<BR/>&#149; PWM output for programmable display brightness

Bridgetek Screen Evaluation Module The Bridgetek screen evaluation module offers a high-quality 4.3in resistive touch display system in an elegantly designed, form-fitted bezel that provides a fitted display and component board in a rugged, plastic enclosure. It is offered in black (-BK) colour. This display sub-system provides the engineers with a cost-efficient option, which can cut short the development time while enabling a production finished look. The modules are designed to control 4.3in display. This development kit is used for FTDI's FT800, which is used to develop and demonstrate the functionality of the FT800 Embedded Video Engine (EVE). This module behaves as an SPI slave and requires an SPI Master for proper microcontroller interfacing and system integration. Features and Benefits 5V tolerant buffers when used with a 5V SPI Master<BR/>Flexible power supply. <BR/>Integrated with a resistive touch screen LCD panel<BR/>On-board audio power amplifier and microspeaker<BR/>On-board LCD backlight LED driver<BR/>Powering the VM800B using either a 2.1mm power jack, SPI master connector or via USB Micro-B port<BR/>Precision fitted bezel in black (-BK) <BR/>Provides a high-quality display system<BR/>Ready to use LCD module Certifications ANSI/ESD S20.20:2014<BR/>BS EN 61340-5-1:2007

EVE, Embedded Video Engine Boards The VM800C Credit Card development boards for the FT800 Embedded Video Engine (EVE) are available on their own or with a matching LCD panel. On-board FT800 Embedded Video Engine (EVE)<BR/>Available with or without 3.5in, 4.3in or 5in touchscreen TFT displays<BR/>Audio power amplifier<BR/>Loudspeaker<BR/>SPI serial interface<BR/>Five power input configurations

The Bridgetek EVE4 graphics controller IC supports adaptive scalable texture compression (ASTC) format to save considerable memory space for larger fonts and graphics images. Support for LCD displays with up to 1 Mega pixel in total, and up to 2048 pixels per line. The built-in graphics operations allow users with little expertise to create high-quality displays. It has built-in 12MHz crystal oscillator with PLL providing programmable system clock up to 72MHz. AEC-Q100 Qualified <BR/>Device temperature grade 2 -40°C to 105°C<BR/>Enhanced sketch processing<BR/>Supports capacitive touch screen with up to 5 touch point detection<BR/>Supports multiple widgets for simplified design implementation<BR/>Graphic control, audio control, and touch control interface

The Bridgetek intelligent display module featuring a 7 inch capacitive touch panel. The module carries the latest generation EVE4 controller BT817 supported by a low-cost high performance RP2040 microcontroller. The on-board RS485 transceiver allows communication with Long Distance Sensor Bus (LDSBus) devices or DMX512 devices through Cat 5/6 cables over an RJ45 connector. With the use of a Raspberry Pi MCU RP2040, the IDM2040-7A module allows easy programming with various circuit python or micro python libraries. FT232HP high speed USB connectivity with embedded USB PD support<BR/>USB type C connectivity throughout for connection reliability<BR/>RJ45 connector for controlling LDSBus or DMX512 devices<BR/>DC-jack for up to 24V PSU<BR/>Micro-SD card socket<BR/>SPI pin headers for Adafruit Wi-Fi module or other peripherals<BR/>Hardware RESET button<BR/>RP2040 DFU button<BR/>On board audio power amplifier and audio connector for external speaker and audio line in

EVE, Embedded Video Engine FT81x The FT81x series of Embedded Video Engines offers the designer improved performance over the FT80x series with new features, while retaining pin compatibility. The FT81x provides graphics control, audio control and a touch screen interface. The built-in graphics operations allow users with little expertise to create high-quality displays . Maximum screen resolution: 800 x 600pixel (SVGA)<BR/>Video RGB parallel output: 18-bit (FT810/811), 24-bit (FT812/813)<BR/>Support for 4-wire resistive touch screen: FT810/812 (RS Part Nos <a href="/web/p/products/9014982">901-4982</a>, <a href="/web/p/products/9014994">901-4994</a>)<BR/>Support for 5-touch capacitive touch screen: FT811/813 (RS Part Nos <a href="/web/p/products/9014991">901-4991</a>, <a href="/web/p/products/9014998">901-4998</a><BR/>Hardware engine can recognize touch tags and track touch movement with notification for up to 255 touch tags<BR/>Enhanced sketch processing<BR/>Integrated 1MB graphics RAM, no frame buffer RAM required<BR/>Supports playback of motion-JPEG encoded AVI videos<BR/>Audio wave playback for mono 8-bit linear PCM, 4-bit ADPCM and μ-Law coding format at sampling frequencies from 8kHz to 48kHz with built-in digital filter reducing the system design complexity of external filtering <BR/>Supports SPI data lines in single, dual or quad mode; SPI clock up to 30MHz<BR/>Power mode control allows chip to be put in power down, sleep and standby states<BR/>Supports I/O voltage from +1.8V to +3.3V

EVE, Embedded Video Engine FT81x The FT81x series of Embedded Video Engines offers the designer improved performance over the FT80x series with new features, while retaining pin compatibility. The FT81x provides graphics control, audio control and a touch screen interface. The built-in graphics operations allow users with little expertise to create high-quality displays . Maximum screen resolution: 800 x 600pixel (SVGA)<BR/>Video RGB parallel output: 18-bit (FT810/811), 24-bit (FT812/813)<BR/>Support for 4-wire resistive touch screen: FT810/812 (RS Part Nos <a href="/web/p/products/9014982">901-4982</a>, <a href="/web/p/products/9014994">901-4994</a>)<BR/>Support for 5-touch capacitive touch screen: FT811/813 (RS Part Nos <a href="/web/p/products/9014991">901-4991</a>, <a href="/web/p/products/9014998">901-4998</a><BR/>Hardware engine can recognize touch tags and track touch movement with notification for up to 255 touch tags<BR/>Enhanced sketch processing<BR/>Integrated 1MB graphics RAM, no frame buffer RAM required<BR/>Supports playback of motion-JPEG encoded AVI videos<BR/>Audio wave playback for mono 8-bit linear PCM, 4-bit ADPCM and μ-Law coding format at sampling frequencies from 8kHz to 48kHz with built-in digital filter reducing the system design complexity of external filtering <BR/>Supports SPI data lines in single, dual or quad mode; SPI clock up to 30MHz<BR/>Power mode control allows chip to be put in power down, sleep and standby states<BR/>Supports I/O voltage from +1.8V to +3.3V

EVE, Embedded Video Engine FT81x The FT81x series of Embedded Video Engines offers the designer improved performance over the FT80x series with new features, while retaining pin compatibility. The FT81x provides graphics control, audio control and a touch screen interface. The built-in graphics operations allow users with little expertise to create high-quality displays . Maximum screen resolution: 800 x 600pixel (SVGA)<BR/>Video RGB parallel output: 18-bit (FT810/811), 24-bit (FT812/813)<BR/>Support for 4-wire resistive touch screen: FT810/812 (RS Part Nos <a href="/web/p/products/9014982">901-4982</a>, <a href="/web/p/products/9014994">901-4994</a>)<BR/>Support for 5-touch capacitive touch screen: FT811/813 (RS Part Nos <a href="/web/p/products/9014991">901-4991</a>, <a href="/web/p/products/9014998">901-4998</a><BR/>Hardware engine can recognize touch tags and track touch movement with notification for up to 255 touch tags<BR/>Enhanced sketch processing<BR/>Integrated 1MB graphics RAM, no frame buffer RAM required<BR/>Supports playback of motion-JPEG encoded AVI videos<BR/>Audio wave playback for mono 8-bit linear PCM, 4-bit ADPCM and μ-Law coding format at sampling frequencies from 8kHz to 48kHz with built-in digital filter reducing the system design complexity of external filtering <BR/>Supports SPI data lines in single, dual or quad mode; SPI clock up to 30MHz<BR/>Power mode control allows chip to be put in power down, sleep and standby states<BR/>Supports I/O voltage from +1.8V to +3.3V

NerO, Energy-Efficient Design for an Arduino Uno The FTDI<B> NerO-LP1</B> is an enhanced design for the Arduino UNO processor board featuring a switchmode +5V regulator for greater efficiency amongst other detail improvements. Like the UNO, it is CE and FCC certified and is suitable for commercial as well as hobbyist applications. 16MHz ATmega328 Microcontroller with Optiboot Bootloader<BR/>FT231XS USB-UART bridge<BR/>Arduino shield compatible with UNO R3 form factor<BR/>Arduino Software (IDE) and UNO library compatible<BR/>14 x Digital I/O pins (including 6 x PWM outputs)<BR/>6 x Analogue Inputs<BR/>MicroUSB connector<BR/>Status and Power LEDs<BR/>On/Off power switch<BR/>Reset pushbutton<BR/>Long shield connector pins fitted<BR/>Efficient +5V @ 1A switching regulator<BR/>Power supply V_IN: +7V to +20Vdc (+9V or +12V recommended)