Powering Intelligent Silicon with Custom Memory
Custom-optimized SRAM, register files, and non-volatile memory IP designed for performance, power, and reliability.
Memory Design Expertise
We offer deep expertise in the design, customization, and optimization of embedded memory IPs across advanced and mature technology nodes. Our teams work closely with processor architects and SoC designers to deliver high-performance, area- and power-optimized memory solutions tailored to specific application needs.
SRAM & Register File Design
- High-performance and low-power SRAM architectures across a wide range of densities
- Multi-port register files (RFs) supporting high-bandwidth and concurrent access requirements
- Optimized designs for latency-critical processor pipelines and AI/ML accelerators
- Robust solutions addressing PVT variation, yield, and reliability
Non-Volatile Memory IP
Mask-Programmable ROMs for secure boot, configuration storage, and embedded firmware MRAM, RRAM memory designs enabling fast access, non-volatility, and endurance Architectures optimized for embedded applications requiring instant-on, low standby power, and high reliability
Custom Memory Instances
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Application-specific memory architectures tightly coupled to processors and accelerators
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Custom-sized and optimized memory macros for:
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CPUs, GPUs, NPUs, and DSPs
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Control processors and safety-critical systems
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Power, performance, and area (PPA) optimization aligned with system-level requirements
End-to-End Design Capability
Memory architecture definition and feasibility analysis Circuit design, layout, and physical verification Silicon-proven methodologies with focus on yield, testability, and manufacturability Close collaboration with foundries and SoC integration teams
