IS61WV1288EEBLL-10HLI

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The IS61WV1288EEBLL-10HLI is a type of static random access memory (SRAM) integrated circuit (IC). It is commonly used in embedded systems and computers components, where memory is important to the functioning of the system. The IS61WV1288EEBLL-10HLI makes use of two primary technologies, static random access memory and field-programmable gate array, which are combined together in a single IC.

Static random access memory, abbreviated as SRAM, is a type of volatile memory that stores data temporarily while it is being processed. SRAM can hold data without requirment of a power source and can be rapidly accessed in a matter of nanoseconds. SRAM is often found in computer processors, embedded systems, and other digital systems where speed is essential. The IS61WV1288EEBLL-10HLI utilizes SRAM technology for memory storage.

Field-programmable gate array, or FPGA, is a type of integrated circuit (IC) that can be programmed in the field after the IC has been manufactured. FPGAs are typically used in high-performance devices where low latency and high throughput are key design goals. FPGAs are ideal for applications that require sophisticated interconnections between components while keeping costs down. In the IS61WV1288EEBLL-10HLI, FPGA technology is used to handle the interconnection of all the components necessary for proper memory storage and retrieval of data.

The IS61WV1288EEBLL-10HLI combines both SRAM and FPGA technologies into a single IC to create a specialized type of memory storage device. The IS61WV1288EEBLL-10HLI has a dual-ported memory array with a fast write path, allowing for faster writes than other types of memory. It also has a built-in dual-port configuration, allowing for fast, simultaneous reads and writes. The chip has an asynchronous reset and fast write path for low latency, as well as a fast read path for high throughput.

The IS61WV1288EEBLL-10HLI is typically used in computer processors, embedded systems, and other digital systems. It is often used in applications that require fast, low-latency access to data or complex interconnections between components. It is also commonly used in digital signal processor-based systems and for applications that involve handling multiple data streams.

The IS61WV1288EEBLL-10HLI chip is ideal for applications that require fast access times and low latency while still providing robust interconnectivity between components. The chip\'s dual-ported memory array and fast write path allow for fast execution of read and write commands while its FPGA technology allows for complex interconnectivity between components. As a result, the IS61WV1288EEBLL-10HLI is an excellent choice for a wide range of embedded systems, digital signal processors, and other digital systems.

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