A1020B-PL68I

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

A1020B-PL68I is a field programmable gate array (FPGA) with embedded microcontroller (MCU) for a wide range of application fields. FPGAs are integrated circuits composed of a few or millions of logic elements and memory blocks, connected together with programmable interconnects which can be configured by users. A1020B-PL68I is a type of FPGA with a PicoBlaze 8-bit MCU Core. It combines the best of FPGA and MCU technology with its own integrated memory, peripherals and programmable logic.

FPGAs are used in many applications, often providing the flexibility and performance to differentiate products. With the features of A1020B-PL68I, it is suitable for embedded systems, network processing, real-time control and industrial automation, etc. It can be used for communication interface applications such as Gigabit Ethernet, USB and IEEE-1394B FPGAs, as well as for multimedia and broadcast applications such as video codec, digital video recorder and audio codec.

A1020B-PL68I is highly configurable due to its on-chip memory, FPGA and MCU blocks. With up to 1MB of internal Flash and 4MB of external RAM, designers can quickly configure and reconfigure the device\'s architecture to match specific system requirements. As a stand-alone FPGA, the device features full system-level design capabilities and offers a wide range of tools and options, including a graphical user interface, software debuggers, and DesignWare for FPGA Cores.

The working principle of A1020B-PL68I is based on the architecture of a programmable system-on-chip (SoC). An FPGA is used as the primary logic block, with a MCU embedded within the device providing real-time system control. The FPGA provides hardware programability to the device, allowing users to create their own custom logic and peripherals. The MCU ensures the system can function properly, as it carries out critical tasks such as data processing, system initialization, and I/O operations.

The FPGA and MCU share the resources of the device and support seamless software and hardware interaction. This interaction takes place through a communication structure that is created during system configuration. Specific logic blocks such as timers and clocks are combined with programmable logic to create the necessary functions for a custom application. The MCU is connected to the necessary components of the system via an AXI bus, which enables data transfers between the MCU and FPGA.

A1020B-PL68I\'s configurability and on-chip memory make it an ideal device for embedded design. Its rich set of tools and options allows users to quickly and easily tailor their design to meet their exact system requirements. Furthermore, its FPGA/MCU combination provides a powerful and cost-effective platform for a wide range of applications.

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