HBM IP

HBM IP (High Bandwidth Memory Interface) cores enable high-speed data transfer between processors and memory, providing a significant performance boost for memory-intensive applications. Supporting advanced memory technologies like HBM1, HBM2, and HBM2E, HBM IP cores deliver ultra-fast data access, low latency, and high bandwidth, making them ideal for applications such as high-performance computing (HPC), artificial intelligence (AI), gaming, and data centers.

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Compare 63 HBM IP from 12 vendors (1 - 10)
  • HBM4 Memory Controller
    • Supports HBM4 memory devices
    • Supports all standard HBM4 channel densities (up to 32 Gb)
    • Supports up to 10 Gbps/pin
    • Refresh Management (RFM) support
    • Maximize memory bandwidth and minimizes latency via Look Ahead command processing
    • Integrated Reorder functionality
    Block Diagram -- HBM4 Memory Controller
  • HBM3E/3 Memory Controller
    • Supports HBM3E / HBM3 memory devices
    • Supports all standard HBM3 channel densities (up to 32 Gb)
    • Supports up to 9.6 Gbps/pin (HBM3E) or 8.4 Gbps/pin (HBM3)
    • Refresh Management (RFM) support
    • Maximizes memory bandwidth and minimizes latency via Look-Ahead command processing
    • Integrated Reorder functionality
    Block Diagram -- HBM3E/3 Memory Controller
  • HBM2/2E Memory Controller Core
    • Supports HBM2E and HBM2 devices
    • Supports all standard HBM2/2E channel densities (4, 6, 8, 12, 16, 24 Gb)
    • Supports data rates of up to 3.6 Gbps/pin
    • Can handle two pseudo-channels with one controller or independently with two controllers
    • Queue-based interface optimizes performance and throughput
    • Maximizes memory bandwidth and minimizes latency via Look-Ahead command processing
    Block Diagram -- HBM2/2E Memory Controller Core
  • HBM3 PHY
    • Offers superior power efficiency and supports up to 4 active operating states and dynamic voltage scaling. With a fully optimized hard macro design on advanced process technology,
    • Delivers highly reliable industry-leading performance.
    • Implements an optimized micro bump array and is delivered as hard macro GOS ready for integration into 2.5D system applications.
    Block Diagram -- HBM3 PHY
  • HBM3 Controller
    • Ideal for applications involving graphics, high-performance computing, high-end networking, and communications that require very high memory bandwidth, lower latency, and more density.
    Block Diagram -- HBM3 Controller
  • High Performance HBM, HBM3 Memory Controller
    • DRAM Supports
    • High Performance
    • Low Power Consumption
    Block Diagram -- High Performance HBM, HBM3 Memory Controller
  • HBM3 PHY IP at 7nm
    • Unbeatable performance-driven and low-power-driven PPA
    • Ultra-low read/write latency with programmable PHY boundary timing
    Block Diagram -- HBM3 PHY IP at 7nm
  • HBM2E/HBM2 PHY
    • Advanced clocking architecture minimizes clock jitter
    • DFI PHY Independent Mode for initialization and training
    • IEEE 1500 interface, Memory BIST feature, and loop-back function
    • Designed for optimized interposer routing
    • Pin programmable support for lane repair
    Block Diagram -- HBM2E/HBM2 PHY
  • Simulation VIP for HBM3
    • Speed (MHz)
    • Clock: 1800MHz; data rate: 7.2Gbps/pin
    • Mode Registers
    • All 16 mode registers are supported
    Block Diagram -- Simulation VIP for HBM3
  • Simulation VIP for HBM
    • Speed (MHz)
    • 1800MHz (3.6 Gbps/pin)
    • Device Density
    • Supports a wide range of device densities from 1Gb to 24Gb
    Block Diagram -- Simulation VIP for HBM
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