FT2232H Dual USB UART/FIFO IC Driver

Download the FT2232H Dual USB UART/FIFO IC driver here. The FT2232H represents FTDI’s 5th generation of USB devices, offering advanced capabilities for various interface configurations. Operating at USB 2.0 Hi-Speed (480Mb/s), this IC serves as a bridge between USB and UART/FIFO communication.

Read More »

FT232H Single Channel USB UART/FIFO IC Driver

Download the FT232H Single Channel USB UART/FIFO IC driver here. Operating at a rapid USB Hi-Speed 480Mbps rate, this single-channel bridge chip delivers impressive performance. It offers the choice between a flexible serial interface or a parallel FIFO interface, enabling data transfer speeds of up to 40Mbytes/s.

Read More »

FT240X Full Speed USB to 8-bit FIFO Driver

Download the FT240X Full Speed USB to 8-bit FIFO driver here. The USB2.0 Full Speed IC provides a convenient solution as a bridge to 8-bit wide FIFO interfaces. Acting as a FIFO itself, the device offers efficient operation with a maximum speed of 1 MByte/s, while consuming low power at 8mA.

Read More »

FT234XD USB to Basic UART Driver

Download the FT234XD USB to Basic UART driver here. The USB2.0 Full Speed IC, known as FT234XD, provides a basic UART to USB bridge in a compact IC package with a 3x3mm footprint in a 12 pin, DFN package. This device functions as a UART and can operate at speeds up to 3MBaud, while consuming low power (8mA).

Read More »

FT231X USB to Full Handshake UART

Download the FT231X USB to Full Handshake UART driver here. The FT231X is a USB2.0 Full Speed IC that seamlessly connects full handshake UART interfaces. As a UART device, it supports data transfer rates up to 3M Baud while consuming low power (8mA).

Read More »

FT230X USB to Basic UART Driver

Download the FT230X USB to Basic UART driver here. See what the FT230X Full Speed USB to Basic UART does. Offering a compact bridge to basic UART interfaces, this USB 2.0 Full Speed IC, known as FT230X, enables USB integration into a system design effortlessly.

Read More »

FT221X USB to 8-bit SPI (FT1248 Bridge)

Download the FT221X USB to 8-bit SPI (FT1248 Bridge) driver here. By serving as a compact bridge, this USB2.0 Full Speed IC facilitates seamless communication between 8-Bit SPI/FT1248 links. Operating at speeds of up to 1MByte/s, this device, functioning as an FT1248 slave, ensures effective data transfer while consuming minimal power (8mA). Read More »

FT220X USB to 4-Bit SPI (FT1248 Bridge)

Download the FT220X USB to 4-Bit SPI (FT1248 Bridge) here. Note that the FT1248 Bridge is a type of bridge chip developed by FTDI that allows for communication between a microcontroller or other digital device and devices using the FT1248 protocol. The 4-bit SPI (Serial Peripheral Interface) refers to a variant of the SPI communication protocol that uses a 4-bit data bus instead of the standard 8-bit data bus.

Read More »

FT201X Full Speed USB to I2C Bridge Driver

Download the FT201X Full Speed USB to I2C Bridge driver here. Featuring a single chip USB to I2C interface, this device offers a seamless connection for effective data transfer. The entire USB protocol is handled on the chip, removing the need for USB-specific firmware programming.

Read More »

FT200XD Full Speed USB to I2C Bridge Driver

Download the FT200XD Full Speed USB to I2C Bridge driver here. Furthermore, this USB2.0 Full Speed IC serves as a compact bridge to I2C devices. It functions as an I2C slave, with an operating speed of up to 3.4MBit/s while using low power usage of only 8mA.

Read More »

FT602 SuperSpeed USB3.0

This is the FT602 SuperSpeed USB3.0 module that does not require a driver like the F600 and FT601 series modules. The FT602 is a FIFO interface to SuperSpeed USB (USB 3.1 Gen 1) USB Video Class (UVC) bridge chip, designed to support the streaming of video content from HD camera equipment.

Read More »

F600/FT601 Series Driver

The F600/FT601 Series driver can be downloaded on here. Moreover, the FT600 and FT601 SuperSpeed USB3.0 ICs enable faster and higher volume data transfers than ever before. Consequently, they provide USB access to a wider range of data intensive imaging and data acquisition applications.

Read More »