Overview
Synopsys HBM3 Controller IP is optimized for power, latency, bandwidth, and area, supporting the JEDEC HBM3 standard. The controller interoperates with the Synopsys HBM3 PHY IP via an extended DFI 5.0 interface to create a complete memory interface solution. The HBM3 controller with pseudo- channel support and flexible configuration options enhances memory bandwidth. The Controller includes software configuration registers, which are accessed through the Arm AMBA APB v2.0 specification interface.
The Synopsys HBM3 Controller includes the advanced dynamic memory access command scheduler (eg. CAM, QoS), memory protocol handler (eg. refresh, refresh management), Power saving capabilities (eg. self-refresh, power down, DFI low power, frequency change), reliability features (Read/Write DQ parity, command access (CA) parity, single error correction—double error detection error correcting code—SEC-DED ECC), PHY management and DRAM maintenance control (controller update, PHY update, controller message) and pseudo-channel support.
Learn more about HBM IP core
As artificial intelligence (AI) reshapes industries and advances technological frontiers, its success hinges on advanced memory capabilities. Leading this transformation is High Bandwidth Memory (HBM), which offers unparalleled speeds and efficiencies.
Marc Greenberg
After more than three decades, the relationship between Arm and Synopsys continues to redefine the semiconductor industry. And the fusion of our expertise and technology continues to reshape chip design flows.
With more than 25 years of experience in delivering field-proven silicon IP solutions, we are thrilled to partner with NVIDIA and the NVIDIA NVLink ecosystem to enable and accelerate the creation of custom AI silicon. This strategic collaboration will leverage Synopsys' expertise in silicon IPs to assist in the development of bespoke AI silicon, forming the foundation for advanced compute clusters aimed at delivering the next generation of transformative AI experiences.
Maximize limited package pins with IO that can act as high-speed test ports then be reused as low-power GPIOs during field operation.