Memory Card Controller IP

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Compare 54 IP from 15 vendors (1 - 10)
  • SD Card Controller - Verifies SD card interface functionality, ensuring reliable data transfer and compliance with specifications
    • The SD Card Controller Verification IP (VIP) is a tool designed to ensure the proper functionality and performance of SD card memory interfaces in SoCs. It validates key operations like read/write cycles, error handling, and power management across multiple SD card versions.
    • This VIP is widely applicable in various fields, from SoC design validation to mobile devices and embedded systems. It guarantees reliable data transfer and smooth integration with SD card interfaces in industries such as automotive, consumer electronics, IoT, and more
    Block Diagram -- SD Card Controller - Verifies SD card interface functionality, ensuring reliable data transfer and compliance with specifications
  • SD/SDIO 3.0 Card Controller
    • Compatible with SD/SDIO specification 3.0 with 1 and 4 bit data transfer.
    • Option to support MMC 4.2 with 8-bit data width.
    • Support SD, SPI and optional MMC bus protocol.
    • Support standard capacity, high capacity (SDHC) and extended capacity (SDXC) memory cards.
    Block Diagram -- SD/SDIO 3.0 Card Controller
  • SD Card Host Controller IP
    • The SD Card Host IP f is a highly integrated host controller IP solution that supports three key memory card I/O technologies:
    • The SD Card Host IP handles all of the timing and interface protocol requirements to access these media as well as processing the commands in hardware thereby scaling in both performance and access speeds.
    Block Diagram -- SD Card Host Controller IP
  • SD Memory Slave Controller
    • Compliant with SD Physical Specification Version 2.00
    • Supports 1-bit and 4-bit SD Mode
    • Supports Standard and High Capacity operations
    • Supports Default and High Speed Modes of operation
    Block Diagram -- SD Memory Slave Controller
  • eMMC 4.5 Card Slave Controller
    • Compatible with eMMC/MMC specification 4.5.
    • Supports Dual Data Rate (DDR) data transfer.
    • Enhanced MMC features including Boot, Sleep Mode, Reliable Write, Multiple Partitions and Security.
    • Supports e2.MMC command set and HS200 mode for 200MByte/sec data rate.
    Block Diagram -- eMMC 4.5 Card Slave Controller
  • SD Card Host Controller
    • Meets SD Host Controller Standard Specification Version 2.00
    • Supports single and multiple SD cards
    • Compliant to CoreConnect(TM) PLB bus
    • Parametrizable VHDL design
  • eMMC/MMC Card Slave Controller
    • Compatible with eMMC/MMC specification 4.41.
    • Supports Dual Data Rate (DDR) data transfer.
    • Enhanced MMC features including Boot, Sleep Mode, Reliable Write, Multiple Partitions and Security.
    • Supports eMMC and Removable Card with option for SD 3.0 device support.
    Block Diagram -- eMMC/MMC Card Slave Controller
  • SD Card Input/Output Protocol Controller
    • Compliance with Embedded MultiMediaCard System Specification Version 4.51. Card support for three different databus modes: 1-bit (default), 4-bit and 8-bit
    • Full compatibility with previous versions of MultiMediaCards (backward compatibility)
    • Full compliance with SD memory card specifications version 4.2 ( SPI mode and UHS-II mode not supported)
  • SD Card / SDIO Card Combo Device IP
    • SD / SDIO Card Combo Device IP core is SD memory controller and a SDIO controller with an AHB interface.
    • Combining with the optional NAND Flash Controller IP, the SD/SDIO Combo Device IP provides an integrated SD memory Card solution for designs that utilize NAND flash memory.
    Block Diagram -- SD Card / SDIO Card Combo Device IP
  • SDIO Card Device IP
    • The SDIO Card Device IP core is used to implement SDIO cards that are connected to a Host processor over a standard SD bus. The flexible architecture of the SDIO Device IP core is targeted to develop a range of portable, low-power cards such as the WiFi (802.11), GPS, WiMAX, UWB, LTE.
    • The SDIO Card Device IP core is fully compliant with the SD Specification Part E1 SDIO 3.0. It supports SPI, SD1, and SD4 bit transfer modes, and multiple functions per card. High-speed and full-speed SD data transfers are also supported.
    Block Diagram -- SDIO Card Device IP
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