ICE65L04F-TCB284C

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Embedded field programmable gate arrays (FPGAs) may be considered a relatively new yet increasingly popular section of modern electronics. ICE65L04F-TCB284C is one example of such a device, designed by Intel and active in the market since 2018. This device centers on programmability and configurability to allow users to design and adjust their systems to meet a specific set of requirements with ease. Such FPGAs play an important role in data processing, communications, motor control, industrial automation and countless other applications. In this article, we explore the application field and working principle of the ICE65L04F-TCB284C and discuss why it is an important part of the larger embedded FPGA landscape.

The ICE65L04F-TCB284C is Intel’s entry-level offering into the embedded FPGA market. It offers a high level of configurability and flexibility, allowing users to customize a number of features such as its logic gates, memory, memory bus width, I/O pinouts and many other high-level functions. This flexibility is what gives the ICE65L04F-TCB284C its wide range of applications. It could be used in telecommunications, data processing, industrial automation, motor control and many other fields.

The ICE65L04F-TCB284C’s wide range of applications come from its configurability, but its true usefulness is in its implementation of Intel’s high-level technologies. This device is built for a modular approach that centers around fast integration of pre-built logic cores. This allows users to quickly customize with pre-defined logic instead of manually writing code from scratch. As such, this device is best used in applications that require flexibility and speed of development between configurability options.

The ICE65L04F-TCB284C is built on Intel’s high-level technology and is the most configurable FPGA device of its type. This allows it to better suit a wide range of applications, however, its main strength is its working principle. The device is based on an embedded FPGA architecture which allows for a wide range of configurable options for levels of logic. This architecture also makes use of programmable interconnects that allow users to quickly and seamlessly connect different parts of the system, such as memory and I/O. This attribute makes the device well suited to data processing applications as well as embedded control applications, such as industrial automation, motor control and others.

The ICE65L04F-TCB284C is a unique entry into Intel’s line of embedded FPGAs. It offers users a wide range of configurability put together with Intel’s high-level technologies that make it an ideal choice for applications where flexibility, configurability and speed of development are top priorities. With its wide array of application fields and ability to quickly implement high-level technology, the ICE65L04F-TCB284C is an important part of the embedded FPGA landscape.

The specific data is subject to PDF, and the above content is for reference