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TitanCoreX Memory Subsystem Platforms (MSP)

Infrastructure Solutions

Latest News

Fastest Path to Production Silicon with Highest Performance Memory Solution, on Leading Technology Node

MEMTECH TitanCoreX Memory Subsystem Platforms (MSP) are performance-optimized memory infrastructures built on advanced process nodes. They accelerate time-to-silicon by offloading standard design and validation tasks, enabling partners to focus on system customization. Optimized for Cloud and Data Center workloads, TitanCoreX MSP delivers scalable performance, power efficiency, and advanced HBM3E integration for next-generation infrastructure.

Features and Benefits

Fastest Path to Production Silicon

MEMTECH TitanCoreX MSP delivers Silicon Proven, verified memory solution that can reduce risk, lower NRE costs and accelerate your SoC time to market by up to 12 months.

Customizable for Performance

TitanCoreX MSP delivers uses MEMTECH IPs that is optimized for best Performance, Power and Area (PPA) using a leading-edge foundry node. Partners can further optimize it as well.

12 Months from Kickoff to Silicon

TitanCoreX delivers necessary steps in realizing customized silicon to market. Some of our customers have reported Kickoff to Silicon in just 12 months.

Engineering years saved – 50

TitanCoreX has hgh-speed standard interafces fully optimized for smooth, fast integration to your XPU cores. Some of our customers have reported savings up to 50 Engineering years in HBM3E Solution Integration and validation.

Latest News

Components of TitanCoreX Memory System Platform (MSP)

TitanCoreX MSP includes HBM3E IPs, system IPs, power management, debug, software and tools needed to deploy the performance optimized system quickly to the market

Products

HBM3E Memory Controller IP

MEMTECH’s fully optimized HBM3E Controller is a high-performance memory interface IP designed to maximize the bandwidth and efficiency of next-generation HBM3E (High Bandwidth Memory 3E) stacks. It delivers up to 1.2 TB/s per stack with ultra-low latency and full support for JEDEC HBM3E specifications.

HBM3E PHY IP

MEMTECH’s fully optimized HBM3E PHY IP is a high-performance, low-power physical interface designed to enable seamless integration between advanced SoCs and HBM3E (High Bandwidth Memory 3E) stacks. It delivers ultra-high data rates exceeding 9.2 Gbps per pin with minimal latency and exceptional signal integrity.

HBM3E Verification IP

MEMTECH’s HBM3E Verification IP (VIP) provides a comprehensive solution for verifying designs that integrate High Bandwidth Memory 3E interfaces. It enables early and efficient validation of HBM3E controllers and PHYs by simulating protocol behavior and ensuring compliance with JEDEC standards.

HBM3E Software Development Kit

MEMTECH’s The HBM3E Software Development Kit provides a comprehensive suite of tools and firmware to support HBM3E memory subsystem bring-up and validation. It includes initialization sequences for the Memory Controller, PHY, and HBM3E memory, ensuring seamless system startup.

Related Services

HBM3E Bring-up & Validation

HBM3E Bring-up & Validation Service ensures reliable initialization and performance verification of HBM3E interfaces. It covers PHY and controller bring-up, link training, functional and performance validation, and compliance testing.

HBM3E Yield Improvement- 90%

HBM3E Yield Improvement refers to the process of enhancing the manufacturing success rate of HBM3E (High Bandwidth Memory 3E) chips by reducing defects and variability during production.

HBM3E IBIS & Interposer Simulation

IBIS and Interposer simulation includes PHY IBIS Models,HBM3E Memory IBIS Models and the Interposer Channel S-parameter models. This simulation ensures the reliable high-speed data transfer across the interposer at high-speed rates.

HBM3E Interposer Tuning

MEMTECH’s The HBM3E Software Development Kit provides a comprehensive suite of tools and firmware to support HBM3E memory subsystem bring-up and validation. It includes initialization sequences for the Memory Controller, PHY, and HBM3E memory, ensuring seamless system startup.