Memory Controller/PHY IP

Memory Interface IP cores support a wide range of memory types and standards, including DDR IP (Double Data Rate), GDDR IP (Graphics Double Data Rate), HBM IP (High Bandwidth Memory), and LPDDR IP (Low Power DDR), ensuring optimal performance in applications such as gaming, data centers, and mobile devices. NVM Express IP offers high-speed, low-latency storage interface for solid-state drives, while ONFI IP supports NAND flash memory communication. Additionally, SAS IP (Serial Attached SCSI) and SATA IP (Serial ATA) enable reliable, high-performance storage solutions, and SD/eMMC IP cores facilitate efficient data transfer for embedded systems.

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Compare 1,347 Memory Controller/PHY IP from 78 vendors (1 - 10)
  • SD4.x UHSII
    • Fully compliant with UHSII specification Ver. 4.x
    • Bidirectional receiver/transmitter (2 channels) supporting both full and half duplex modes
    • Supports data rates from 390Mbps to 1.56Gbps/ch
    • RCLK frequency: 26 to 56MHz
    • Built-in PLL and clock recovery
    Block Diagram -- SD4.x UHSII
  • LPDDR5X/5/4X/4 PHY & Controller
    • The  LPDDR IP includes a LPDDR5X/5/4X/4 Combo PHY and controller.
    • It is fully compliant with the JEDEC standard. Optimized for low-power and high-speed applications, it ensures robust timing and a small silicon area.
    • The PHY IP contains specialized functions to guarantee high-performance I/Os, critical timing, low power and jitter with programmable fine-grain control for any SDRAM interface.
    Block Diagram -- LPDDR5X/5/4X/4 PHY & Controller
  • NVMe SSD Controller Platform
    • The PCIe-NVMe SSD controller platform is compliant with NVM Express 1.2 specification and targets for both enterprise and client SSD markets.
    • It features YEESTOR's NVMe controller core and LDPC error correction core to enable low-power and cost-effective SSD controllers that support 1x/1y/1z MLC/TLC and 3D NAND.
    Block Diagram -- NVMe SSD Controller Platform
  • NAND Flash Controller
    • The NFC IP is a NAND Flash Controller for accessing user data from NAND Flash chips.
    • It is designed with scalability in mind and provides standard AXI interface for the ease of integration in SoC design.
    • The NFC has many configurable features to support the requirements for different NAND Flash applications.
    Block Diagram -- NAND Flash Controller
  • NVMe IP
    • The NVMe controller core (Meissa) is compliant with NVM Express 1.4 specification (NVMe 2.0 Mandatory) and targeted for both enterprise and client SSD markets.
    • It is a highly hardware automated design that requires minimum SW/FW involvement from the CPU.
    • It supports out of order IO read data transfer and can boost the IOPS performance and minimize the latency of SSD controllers.
    Block Diagram -- NVMe IP
  • ApSRAM Controller
    • The ApSRAM controller is a flexible, low-power, and low-latency solution designed for SRAM replacement in high-performance systems.
    • Scalable from 64Mb to 1Gb, its multi-bank architecture enhances timing throughput, making it ideal for wearables, IoT devices, displays, automotive systems, industrial automation, and consumer electronics.
    • Optimized for AI/ML, edge computing, and high-performance embedded systems, it supports seamless integration through its configurable AXI interface and adaptability across FPGA, Gate array, and Standard cell technologies.
    Block Diagram -- ApSRAM Controller
  • DDR5 LRRDIMM Verification IP
    • Compliant to JEDEC DDR5 SDRAM Specification, Data Buffer & RCD Specification.
    • Supports connection to any DDR5 Memory Controller IP communicating with a JEDEC compliant DDR5 Memory Model.
    • Supports configurable SDRAM addressing of different sizes (x4, x8 and x16).
    • Available in all memory sizes up to 64 Gb.
    • Supports for all speed-grades/speed-bins.
    Block Diagram -- DDR5 LRRDIMM Verification IP
  • DDR5 RDIMM Verification IP
    • The DDR5 RDIMM Verification IP provides an effective & efficient way to verify the components interfacing with DDR5 RDIMM interface of an ASIC/FPGA or SoC.
    • The DDR5 RDIMM VIP is fully compliant with Standard DDR5 specification from JEDEC.
    • This VIP is a light weight with an easy plug-and-play interface so that there is no hit on the design time and the simulation time.
    Block Diagram -- DDR5 RDIMM Verification IP
  • HBM 4 Verification IP
    • The HBM4 Verification IP provides an effective & efficient way to verify the components interfacing with HBM interface of an ASIC/FPGA or SoC.
    • The HBM4 VIP is fully compliant with Standard HBM Version JESD270-4 specifications from JEDEC.
    • This VIP is a light weight VIP with easy plug-and-play interface so that there is no hit on the design time and the simulation time.
    Block Diagram -- HBM 4 Verification IP
  • LPDDR6 Verification IP
    • The LPDDR6 Verification IP provides an effective & efficient way to verify the LPDDR6 components of an IP or SoC.
    • The VIP is lightweight, featuring easy-to-use plug-and-play components, so there is no impact on the design cycle time.
    Block Diagram -- LPDDR6 Verification IP
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