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CYF1036V - 18/36/72-Mbit Programmable 2-Queue FIFOs

Download the CYF1036V datasheet PDF (CYF1018V included). The manufacturer datasheet provides complete specifications, pinout details, electrical characteristics, and typical applications for 18/36/72-mbit programmable 2-queue fifos.

Description

The Cypress programmable FIFO family offers the industry’s highest-density programmable FIFO memory device.

It has independent read and write ports, which can be clocked up to 100 MHz.

User can configure input and output bus sizes.

Features

  • Functional.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (CYF1018V_CypressSemiconductor.pdf) that lists specifications for multiple related part numbers.

📁 Similar Datasheet

Other Datasheets by Cypress Semiconductor
  • CYF1018V - 18/36/72-Mbit Programmable 2-Queue FIFOs
  • CYF1072V - 18/36/72-Mbit Programmable 2-Queue FIFOs
  • CYF0018V - 18/36/72 Mbit Programmable FIFOs
  • CYF0036V - 18/36/72 Mbit Programmable FIFOs Master reset to clear entire FIFO
  • CYF0072V - 18/36/72 Mbit Programmable FIFOs Master reset to clear entire FIFO
  • CYF2018V - 18/36/72-Mbit Programmable Multi-Queue FIFOs
  • CYF2036V - 18/36/72-Mbit Programmable Multi-Queue FIFOs
  • CYF2072V - 18/36/72-Mbit Programmable Multi-Queue FIFOs

Full PDF Text Transcription

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CYF1018V, CYF1036V CYF1072V 18/36/72-Mbit Programmable 2-Queue FIFOs 18/36/72-Mbit Programmable 2-Queue FIFOs Features ■ Functional Description The Cypress programmable FIFO family offers the industry’s highest-density programmable FIFO memory device. It has independent read and write ports, which can be clocked up to 100 MHz. User can configure input and output bus sizes. The maximum bus size of 36 bits enables a maximum data throughput of 3.6 Gbps. The read and write ports can support multiple I/O voltage standards. The user-programmable registers enable user to configure the device operation as desired. The device also offers a simple and easy-to-use interface to reduce implementation and debugging efforts, improve time-to-market, and reduce engineering costs.
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