LCMXO640C-4T100I

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An embedded field-programmable gate array (FPGA) is a specialized type of FPGA intended for use within embedded systems, which are sometimes called embedded Processing Units (ePUs). These devices typically combine the fast logic capacity of an FPGA with additional non-logic elements such as analog-to-digital converters, specialized interface controllers, and system controllers. The combination of elements reduces the number of overall components, power consumption, and cost in the final system design. This makes FPGAs a desirable technology for embedded systems.

The Lattice LCMXO640C-4T100I FPGA is particularly well-suited for use in embedded applications. The device offers the versatility of the Lattice FPGA architecture, combined with a small form factor, low power operation, and an extended temperature range that is perfect for harsher industrial environments. The device also offers an impressive array of configurable and integrated functions, including eight I/Os, two SPI ports, two UARTs, and two high-speed networking protocols, making it suitable for a wide range of system designs.

The Lattice LCMXO640C-4T100I is an FPGA based on a 6-layer M7 GreyLite CHIP with a 4T100I routing structure. The 4T100I routing structure is designed to provide up to 5.6 Gb/s of performance while consuming only 3 mW of power. The device also features a wide range of configurable I/O options and an on-die temperature sensor that can be used to monitor and adjust system performance in different operating environments. In addition, the device is fully reconfigurable, allowing designers to select the precise set of resources, functions, and interfaces needed for their design.

The primary application field of the Lattice LCMXO640C-4T100I is in embedded systems, as it provides all of the advantages of a small form factor, low power, and high performance FPGA. The device is suitable for a variety of industrial, medical, and other applications that require precise signal handling and the ability to interact with a wide range of external devices. In particular, the device can be used for applications that require high speed interface communication, such as digital video processing, image sensing, and medical imaging.

In addition to its primary uses in embedded systems, the Lattice LCMXO640C-4T100I is also suitable for use in a variety of digital communication and networking applications. The device provides the low power and versatile FPGA architecture needed to implement high-speed networks with switch, router, and repeater modules, as well as other specialized communication protocols such as CDMA, CDMA-TB, GSM, and LTE. The device is also well suited for a wide range of other applications, such as data acquisition and control, battery management, and motor control.

The working principle of the Lattice LCMXO640C-4T100I FPGA is based on the 6-layer M7 GreyLite CHIP and 4T100I routing architecture. The 4T100I routing architecture enables the device to offer up to five billion operations per second and deliver low-power operation in harsh operating environments. The device is also configurable, allowing designers to select the precise set of resources, functions, and interfaces needed for their design. The on-die temperature sensor allows the device to operate in different temperature ranges and to adjust system performance accordingly.

In addition to its impressive array of features, the Lattice LCMXO640C-4T100I is also highly compatible with software development tools and is supported by the Lattice software development suite. This suite includes a complete set of software development tools and libraries, such as SEGGER J-Link, Lattice Power Debugger, and Synopsys’s DesignWare IP, to help developers create, debug, and deploy complex embedded applications. Additionally, the device also supports a wide range of soft IP, which can be used to quickly add custom functionality to the design.

Overall, the Lattice LCMXO640C-4T100I FPGA is an excellent choice for embedded applications due to its small form factor, low power consumption, and extended temperature range. It is also highly configurable and can be used in a variety of communication and networking applications. It is ideal for applications such as digital video processing, image sensing, medical imaging, battery management, and motor control. The device is also fully compatible with a range of development tools, making it an ideal choice for embedded system applications.

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