74GTLPH16912VRE4

74GTLPH16912VRE4 is a universal bus logic integrated circuit. It is a minimal universal bus logic IC for cost-sensitive designs, providing the capability for an IC communication interface. The 74GTLPH16912VRE4 can be used for a variety of data bus communication applications, including multiprocessing, networking, automotive, medical, and military applications.

The 74GTLPH16912VRE4 is built around two independent, low-voltage differential signaling (LVDS) transceivers and eight expansion addresses. The two transceivers can support both serial and parallel data formats, allowing for a wide range of bus widths and protocol types, ranging from 1 to 32 bits per words. The expansion addresses can be used to expand the size, capabilities and functions of the basic IC.

The 74GTLPH16912VRE4 is an advanced CMOS technology, containing advanced CMOS logic, and high speed LVDS transceivers. It is an ideal device for high speed, low power data bus applications.

The key features of the 74GTLPH16912VRE4 include a wide voltage range operation (from 0.9 V to 1.8 V), minimal power consumption, and support for low-level dynamic bus arbitration.

The 74GTLPH16912VRE4 supports up to 32-bit parallel data communication interface via four LVDS lanes. It can be used in a variety of different methods, including point-to-point, daisy chain and star connection. The device provides an asynchronous, unidirectional TOG port for control signals and eight, eight-bit expansion addresses for additional logic and chip control.

The 74GTLPH16912VRE4 supports all major bus protocols, including AXI (Intel’s Advanced eXtensible Interface), Open Core Interface (OCI), Universal Serial Bus (USB), and Serial Peripheral Interface (SPI). The device also supports dynamic bus arbitration and can be used in a variety of different applications.

The 74GTLPH16912VRE4 supports a variety of core and peripheral functions, including a programmable interrupt controller, address decoder, priority encoder and multiplexer, peripheral bus, and clocking logic. It also offers zero-delay clock forwarding and demultiplexing, making it an ideal choice for complex, high-performance tasks.

The working principle of the 74GTLPH16912VRE4 is based on the device’s internal logic, transceiver, and expansion address\'s to interact and exchange data. The transceiver is the key element of the 74GTLPH16912VRE4 that enables point-to-point, daisy chain and star connections and data flow rates up to 1.2 Gb/s. The expansion address is used for additional chip control and logic, providing the capability for two independent, bidirectional data buses. The programmable interrupt controller will automatically manage hardware interrupts requests. The priority encoder will encode and send an interrupt request to the processor. The multiplexer and peripheral bus provide an interface between the processor and the board\'s peripherals. The clocking logic serves to provide timing signals needed for the processor and peripheral bus.

The 74GTLPH16912VRE4 is a very versatile and advanced logic-level device, suitable for a wide variety of high speed data communications applications. As the data rates continue to increase, the advanced capabilities of the device, such as its low power consumption, flexible core and peripheral features and advanced addressing capabilities, make it an ideal choice for any application that requires a reliable and cost-effective interface for data transfer.