XC17S30AVO8I

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XC17S30AVO8I is a re-programmable non-volatile memory configuration Prom designed specifically for FPGA applications. It is an ideal solution for services that require field upgrades, re-programmability, design flexibility and high performance. This configuration Prom offers an extremely fast boot-up time and superior processing performance in a small form factor.

The XC17S30AVO8I is an Autonomous type configuration Prom, which means it needs no external logic to automatically or autonomously initiate or control the configuration process. This makes it suitable for apps where the configuration data must be stored in the non-volatile memory, such as applications that require frequent upgrade and repair. Since the Prom can store up to 128K bits of data with an access time of 25ns, it is suitable for systems with high throughput requirements.

The working principle of XC17S30AVO8I is based on the concept of non-volatile memory. Non-volatile memory is memory that retains its stored data even when there is a power disruption. This type of memory is typically used when data needs to be stored for a long period of time without the need for frequent replacement or rewriting. The XC17S30AVO8I uses this concept to store FPGA configuration data, allowing for quick and easy re-programmability.

The XC17S30AVO8I comprises two flash EEPROMs, which are organized into two 16K-bit memory blocks. The two blocks are divided into two 8K-bit sectors, and each sector is used to store the configuration information. During the FPGA boot-up sequence, the configuration information is read from the memory blocks and written into the FPGA. This process is repeated at every power-up, ensuring the device is always working with the correct configuration settings.

XC17S30AVO8I is suitable for a wide range of applications and can be used in a variety of settings, such as data logging, industrial automation, embedded systems and ASIC prototyping. It is designed to operate in a variety of memory environments ranging from byte-wide up to a word-wide access. The device is also designed to reduce power consumption, making it suitable for battery-powered applications.

Due to its high performance and low cost, XC17S30AVO8I is becoming an increasingly popular option for a wide range of FPGA applications. The product offers a cost-effective, high-performance solution for applications that require frequent upgrades or re-programmability, as well as reliable data storage in a small form factor.

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