Embedded Memory IP Cores for TSMC

Embedded memory IP cores are fundamental components in modern SoC and ASIC designs, providing fast and efficient on-chip data storage for processors, accelerators, and peripherals.

These IP cores encompass a broad range of volatile and non-volatile memory technologies, including SRAM for high-speed data storage, ROM for fixed program and boot code storage, register files for processor and accelerator architectures, as well as EEPROM, eFuse/OTP, and MTP (Multiple-Time Programmable) memories for configuration data, security credentials, device calibration, and permanent system information.

This catalog allows you to compare embedded memory IP cores from leading vendors based on density, access time, power consumption, and process node compatibility.

Whether you are designing high-performance processors, AI accelerators, automotive systems, or IoT devices, you can find the right embedded memory IP for your design.

 
All Embedded Memories offers for TSMC
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Compare 368 Embedded Memory IP Cores for TSMC from 14 vendors

What are embedded memory IP cores?

Embedded memory IP cores are reusable hardware blocks that provide on-chip storage within SoCs and ASICs. They are essential for buffering, caching, and storing data close to processing units.

These memories are optimized for performance, power efficiency, and area, depending on the application requirements.

Main types of embedded memory IP

SRAM IP

Static Random Access Memory (SRAM) provides fast access times and is widely used for caches and high-speed buffers.

ROM IP

Read-Only Memory (ROM) stores fixed data such as firmware, lookup tables, and boot code.

Register file IP

Register file IP provides small, high-speed memory blocks used within processors and accelerators.

Embedded Flash and EEPROM IP

Embedded non-volatile memory IP such as Flash and EEPROM retains data without power, enabling firmware storage and configuration.

Key features of embedded memory IP cores

  • High-speed data access
  • Optimized power consumption
  • Scalable memory density
  • Flexible memory configurations
  • Integration with SoC architecture

How to choose embedded memory IP

Selecting the right memory IP depends on system requirements:

  • Memory type (SRAM, ROM, Flash, EEPROM)
  • Capacity and density
  • Access time and bandwidth
  • Power consumption
  • Process node compatibility

Applications of embedded memory IP cores

  • Processors and CPUs
  • AI and machine learning accelerators
  • Automotive systems
  • IoT and embedded devices
  • Industrial and consumer electronics

Compare embedded memory IP cores from leading vendors

This catalog provides access to a wide range of embedded memory IP cores from leading semiconductor IP providers.

Use filters to compare solutions based on density, performance, power efficiency, and integration requirements.

Frequently asked questions about embedded memory IP cores

What is embedded memory IP?

Embedded memory IP refers to on-chip memory blocks used in SoCs and ASICs for fast and efficient data storage.

What types of embedded memory exist?

Common types include SRAM, ROM, register files, and non-volatile memories such as Flash and EEPROM.

What is the difference between SRAM and Flash?

SRAM is fast and volatile, while Flash is non-volatile and used for long-term data storage.

Where is embedded memory IP used?

It is used in processors, AI accelerators, automotive systems, IoT devices, and many embedded applications.

How do I choose embedded memory IP?

You should consider memory type, capacity, performance, power consumption, and process compatibility.

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