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IP Design

High-Quality IP Empowering
Chip Design Innovation

Primarius Technologies provides a comprehensive IP solution spanning highly reliable embedded memory, high-performance and low-power analog IP, wireless RF IP, high-speed interface IP, and foundation IP. With high reliability, high performance, low power consumption, and ease of integration, the full IP portfolio supports stable data storage, precision signal processing, and high-speed interconnects, helping customers shorten the chip development cycle, reduce design risks, and accelerate product innovation and large-scale deployment.

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High Reliability/High Performance/Low Power IP

To address the advanced SoC design and high-volume production requirements of applications such as IoT, consumer electronics, industrial electronics, and automotive electronics, Primarius Technologies provides a comprehensive IP solution that integrates high reliability, high performance, and low power IPs. The portfolio spans three core IP categories: embedded memory IP, high performance/low power analog IP, and wireless RF IP. Optimized across mature process technologies and stringent operating conditions, the IP solution provides comprehensive support for stable chip operation, precision signal processing, and efficient wireless communication.


Built on a highly reliable architecture, the full IP portfolio delivers excellent environmental adaptability and production-proven stability, effectively mitigating operational anomalies and data risks under extreme conditions. Leveraging optimized circuit architectures and algorithm design, the IP enables high precision signal processing and high speed data transmission to meet the performance requirements of a wide range of advanced chip applications. At the same time, refined power architecture optimization significantly reduces both active and standby power consumption, making the IP well suited for battery-life-sensitive end devices. With strong compatibility, high portability, and excellent manufacturability, the full IP portfolio helps customers accelerate chip development iterations, reduce design costs, and efficiently enable the deployment of intelligent chip products across multiple application domains.

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High Performance/Low Power Interface & Foundation IP

Primarius Technologies offers comprehensive foundation IP design and production delivery capabilities. Built on core foundation IP products such as the standard cell library, GPIO, eFUSE, and SRAM, the portfolio covers essential chip-level functions including logic operation, data storage, port interaction, and secure fuse-based configuration. To address the core R&D requirements of advanced SoCs, data storage, high-definition display, and high-speed interconnect chips, Primarius Technologies provides a complete interface IP solution centered on high-performance, high-speed interfaces. This establishes a full-stack, integrated chip IP solution that combines foundation IP with high-speed interface IP. The solution integrates mainstream interface architectures for memory interconnect, high-definition display, high-speed data transmission, and die-to-die interconnect. Based on self-developed high-speed serial transceiver core circuitry and combined with the superior underlying performance of in-house foundation IP, it enables deep co-optimization between the low-level circuit architecture of chips and high-speed transmission paths, delivering ultra-high transmission bandwidth, excellent signal integrity, and low-loss transmission.


The complete IP portfolio has been validated through signal simulation and multi-process volume tape-outs. Supported by a full suite of self-developed foundation IPs, it enables efficient computation, stable data storage, and secure, reliable interaction at the chip level. The solution is well suited for application scenarios such as real-time massive data exchange and high-speed channel transmission, precisely matching the low-latency and high-throughput performance requirements of advanced chips. Featuring a standardized, modular, and flexibly configurable architecture, the IP portfolio helps reduce the front-end R&D and design cycle for high-speed chips. It is broadly applicable to volume development of high-performance chips across data centers, smart terminals, automotive electronics, and other domains, providing one-stop, highly stable IP support for advanced integrated circuit R&D and production.

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