System Peripheral IP Cores for SMIC

System peripheral IP cores are essential building blocks in modern SoC and ASIC designs, providing control, management, and support functions for the overall system operation.

This category includes a wide range of peripheral functions such as DMA controllers, interrupt controllers, monitoring and health management blocks, power management controllers, storage-related controllers, system controllers, and timers & watchdogs. These IP cores help coordinate data movement, system supervision, power optimization, fault detection, and overall platform management.

This catalog allows you to explore and compare system peripheral IP cores from leading vendors based on functionality, performance, power consumption, and process node compatibility.

Whether you are designing embedded systems, automotive platforms, or industrial controllers, you can find the right peripheral IP to support your system architecture.

 
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What are system peripheral IP cores?

System peripheral IP cores are reusable hardware blocks that provide control and support functions in SoCs and ASICs. They manage data movement, timing, interrupts, and communication between system components.

These IP cores are critical for ensuring efficient system operation, coordination between processing units, and reliable interaction with external devices.

Main types of system peripheral IP

Timers and counters

Timer IP is used for scheduling, event timing, and system control functions in embedded systems.

DMA controller IP

Direct Memory Access (DMA) IP enables high-speed data transfers between memory and peripherals without CPU intervention, improving system performance and efficiency.

GPIO IP

General-purpose input/output (GPIO) IP provides flexible interfaces for connecting external devices and sensors.

Interrupt controller IP

Interrupt controller IP manages and prioritizes interrupt signals, ensuring responsive system behavior.

Watchdog timer IP

Watchdog IP monitors system operation and triggers recovery actions in case of faults or system failures.

Key features of system peripheral IP cores

  • Efficient system control and coordination
  • Low power consumption for embedded applications
  • Scalability across different system architectures
  • Flexible configuration options
  • Integration with processors and interconnects

How to choose system peripheral IP

Selecting the right peripheral IP depends on system requirements:

  • Required functionality (DMA, GPIO, timers, etc.)
  • Performance and latency requirements
  • Power consumption constraints
  • Compatibility with system architecture
  • Ease of integration and configurability

Applications of system peripheral IP cores

  • Embedded systems
  • Automotive electronics
  • Industrial control systems
  • Consumer electronics
  • IoT devices

Compare system peripheral IP cores from leading vendors

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

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

Frequently asked questions about system peripheral IP cores

What is system peripheral IP?

System peripheral IP refers to hardware blocks that provide control and support functions such as timers, DMA, GPIO, and interrupt management in SoCs and ASICs.

What is a DMA controller?

A DMA controller allows data transfer between memory and peripherals without CPU involvement, improving system efficiency.

What is GPIO IP?

GPIO IP provides configurable input and output interfaces for connecting external components.

Why are system peripherals important?

They enable coordination, control, and efficient operation of all system components.

How do I choose system peripheral IP?

You should consider required functionality, performance, power consumption, and compatibility with your system architecture.

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