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Dynamiq (LPDDRs) Memory Subsystems (MSS)

Automotive Memory Solutions

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Enabling faster Market Launch of Safe, AI-ready Automotive SoCs

MEMTECH Dynamiq Memory Subsystems (MSS) are safety-certified, pre-verified to speed up silicon development for the software-defined vehicles (SDVs). By combining functional safety. cybersecurity, and AI-ready processing, it helps reduce engineering complexity and can cut time to market by as much as 15 months. It’s tailored for automotive silicon developers working on advanced driver assistance, in-driver infotainment, and AI-powered cockpit systems.

Features and Benefits

Fastest Path to Production

MEMTECH Dynamiq MSS can get you to market faster because it’s pre-integrated. It combines application and real-time processing, functional safety, and built-in cybersecurity–. (ISO26262 & ISO21424 certified). It can shorten your development time about 15 months.

Fast Forward your Software Development

Fast forward your software development with our Software Development Kit that includes a reference firmware to develop and virtually prototype Ai applications, safety functions and drivers in parallel with silicon design.

Leverage on automotive services

Leverage MEMTECH’s standard automotive safety and cybersecurity certification services (ISO 26262 and ISO 21434) to accelerate the development of your automotive-grade SoC and related software, reduce platform fragmentation, and enable smoother AI integration across the vehicle.

Efficient performance for Software Defined Vehicles (SDVs)

Dynamiq MSS delivers low power, high-performance memory solution for safety-critical workloads like ADAS and infotainment – cutting engineering development cycle by 50% while enabling automotive AI SoC.

Customer Value

15 Months

Accelerated Time to Market Potential

>25 %

Total Engineering Resource Savings

Latest News

Components of Dynamiq Memory Subsystem (MSS)

Dynamiq MSS combines MEMTECH’s automotive IPs and AI tools to deliver highly optimized memory solutions for SDVs. Safety, security, and AI included. The essential automotive grade IPs are :-

LPDDR5x Memory Controller
LPDDR5x PHY
PCIe
Ethernet
CAN-XL

Products

LPDDR5x/5 Memory Controller IP

MEMTECH’s Automotive ASIL-Grade LPDDR5x Controller is a high-performance, safety-compliant memory interface IP optimized for automotive applications. It delivers up to 9800 Mbps per data line with ultra-low latency and full JEDEC LPDDR5/5x compliance, ensuring reliable, efficient performance for next-generation automotive systems.

LPDDR5x/5 PHY IP

MEMTECH’s Automotive ASIL-grade LPDDR5x/5 PHY IP is a high-performance, low-power physical interface designed for automotive SoCs requiring functional safety. It supports seamless integration with LPDDR5x/5 memory, delivering data rates beyond 9800 Mbps per pin with ultra-low latency and robust signal integrity.

LPDDR5x/5 Verification IP

MEMTECH’s ASIL-Grade LPDDR5x/5 fully synthesizable Verification IP enables fast, reliable verification of automotive LPDDR5x/5 interfaces, ensuring JEDEC compliance and functional safety.

LPDDR5x/5 Software Development Kit

MEMTECH’s Automotive SAFETY-ASIL LPDDR5x Software Development Kit delivers a robust toolchain and firmware suite for LPDDR5x memory subsystem bring-up and validation, featuring controller, PHY, and memory initialization sequences for reliable, safety-compliant system startup.

Related Services

LPDDR5x/5 Bring-up & Validation

LPDDR5 Bring-up & Validation Service ensures reliable initialization and performance verification of LPDDR5 interfaces. It covers PHY and controller bring-up, link training, functional and performance validation, and compliance testing.

LPDDR5x/5 Yield Improvement

LPDDR5 Yield Improvement refers to the process of enhancing the manufacturing success rate of LPDDR5 based SoCs by reducing defects and variability during production.

LPDDR5x FPGA Prototyping

LPDDR5 Controller FPGA Prototyping as a Service refers to a cloud or on-premise offering where engineers can evaluate, validate, and test LPDDR5x memory controller designs on FPGA hardware before committing to ASIC fabrication.

LPDDR5x Emulation

LPDDR5 Controller Emulation as a Service is a specialized offering that enables designers to validate and debug LPDDR5 memory controller designs on high-performance emulation platforms (like Cadence Palladium or Synopsys ZeBu or QEMU) before silicon fabrication.

Key Takeaways

MEMTECH Dynamiq memory subsystem (MSS) reduces development time by up to 15 months with a pre-verified, safety certified solution
It integrates MEMTECH’s IPs to meet the ISO26262 and ISO21434 standards
MEMTECH’s Software Development Kit (SDK), memory models, allow parallel development of software and silicon
The Dynamiq MSS supports for a custom AI Soc suitable for a automotive system design
Overall Dynamiq MSS enables automakers to deliver scalable, Ai-ready for workloads such as ADAS, in-vehicle infotainment, and Ai-driven cockpit systems