System-on-Chip SoC Design Companies - List of Top Suppliers

Welcome to AnySilicon’s directory of System-on-Chip SoC Design Companies. This list connects you with top providers of System-on-Chip SoC Design Services, from RTL design and verification to back-end implementation, tapeout, and turnkey solutions.

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Chipus Microelectronics

Brazil

Chipus (ISO 9001:2015 certified) provides full turnkey ASIC solutions, analog and mixed signal IP and design services in analog (design and layout) and digital domains (Modeling, RTL coding, verification and backend).

Services

Full turnkey ASIC, IC design services, Analog and mixed signal IP, Supply Chain Management, Team augmentation

IP Cores

Power Management, Data Converters, Clock Management, Sensors , Front Ends

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Alphacore

USA

Innovative Data Conversion Microelectronics. Our high-performance/low-power data converter IP and other analog/mixed-signal products and design services will shorten your time-to-market.

Services

IC Design Services, Imaging System Development, IP Design Services , Custom Engineering IC Services, Testing Services

IP Cores

Analog, Mixed-Signal, RF IC’s and IP’s, Imaging Products and IPs, Radiation Hardened Electronics, Power and RF Components and IPs, CyberSecurity & Reliability Monitors

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Custom Silicon Solutions

USA

CSS, a fabless semiconductor leader with 30 years of experience, develops and supplies mixed-signal ASICs to Industrial, Aerospace/Defense, and Medical markets.

Services

Turnkey ASIC Design, Turnkey ASIC Supply, High-Voltage Design, Sensors & MEMS Expertise, Ultra-Low Power Design, Precision Analog & Data Converter Design

IP Cores

Data Converters, RF Circuits, Analog Amplifiers and Comparators, High Voltage Drivers/Interfacing, Serial Communications, Power Management and References

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BLR LABS

India

BLRLABS is a VLSI company. We specialize in SoC Physical Design (RTL-To-GDS2) Turnkey execution, offering Services in RTL design, DFT, Verification in ASIC & FPGA.

Services

IC/SoC design, Fabrication, Packaging & Testing, SYSTEM SOFTWARE, IOT SERVICES

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SigmanticAI

USA

AI-generated, human-verified RTL for custom designs and IP blocks.

Services

Custom RTL Design, Pre-Verified IP Cores, Verification & Validation

IP Cores

DDR & LPDDR Memory Controller IP, PCIe Controller IP, Ethernet MAC & PHY IP, AI/ML Compute Unit IP

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Productivity Engineering

Germany

Know-how and lengthy experience is what makes us successful in the design of analog, digital and Mixed-Signal ASICs. Your partner for future-oriented, Cost-optimized ASIC solutions.

Services

ASIC Design, ASIC Production, ASIC Production Management, Replacement of Obsolete Components

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Fraunhofer Institute for Integrated Circuits IIS

Germany

As one of the leading independent fabless IC-Design institutions in Europe, Fraunhofer IIS offers turnkey solutions for customized mixed-signal ASICs and integrated sensor systems with over 30 years of experience.

Services

Analog and Mixed-Signal Circuits, Digital Systems and Data Processing, Wireline Communications, Radio Frequency Integrated Circuits, ASIC Foundry Services, Integrated Sensor Systems

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Australian Semiconductor Technology Company

Australia

ASTC is integral to the global embedded electronics supply chain, supplying semiconductors, IP and software, to OEM and systems companies.

Services

ASIC Development, USB-C/PD Firmware

IP Cores

Secure MCU, MCU, USB-C PD

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ICleviathan

Israel

ICleviathan is an multi national IC supply chain company. Established in 2005. Our company specializes in the management of customers’ IC operations throughout the entire IC flow cycle. Our customer base includes, start-ups, system companies and Defence companies.

Services

IC and Board Level Reliability, Failure Analysis & Eng Samples Preparation, FIB Circuit Edits Down to 3nm Process and Wafer Surface , Analog Design, ASIC Design and Supply Chain

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VeriSilicon

USA

“SiPaaS” IP & ASIC solutions including licensable GPU, video, audio, AI/ML-NPU, ISP, compression, security, power, RF, mixed-signal and advanced packaging.

Services

SiPass Silicon Platform as a Service, System in Package (SiP) Turnkey Service, ChipStarter Multi-Client ASIC Programs

IP Cores

Analog and Mixed Signal IP, Graphic and Peripheral IP, Interface Controller & PHY IP, Memory and Logic Library IP, Multimedia & Wireless Communication IP, Processor & Microcontroller IP

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IMEC

Belgium

Imec.IC-link is the semiconductor manufacturing division of imec. We help innovators, entrepreneurs and universities realize their ideas in silicon by providing low-cost prototyping, volume production and system integration of electronic assemblies.

More than 500 IC projects tape-out a year. Co-work with more than 300 companies and more than 700 universities.

Services

ASIC, SOC design, Foundry services, Turn key (supply chain management), Package and testing , TSMC’s official VCA (Value Chain Aggregator) , MPW and mini ASIC Services

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CSEM

Switzerland

Leader in ultra low power analogue and mixed signal ASIC design and IP licensing, including RF, image sensor and SOC.

Services

ASIC and SOC design, Silicon IP licensing, Ultra low-power 2.4 GHz transceiver for Bluetooth Smart & IoT, Ultra low-power icyflex® processors

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CoreHW

Finland

CoreHW is your one-stop custom ASIC solution partner. CoreHW can create your exclusive ASIC in a flash with our broad IP portfolio and partner network. CoreHW is ISO9001:2015 certified company.

Services

IC Design Services, Semiconductor IP & Chip products, Full cycle ASIC and SoC Turnkey Solution , ASIC characterization services, Partner Access

IP Cores

CoreVCO, CorePLL, CorePLL6G, CoreADC, CoreDCDC, Antenna switch, Antennas, CoreHW IPs

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InCirT

Germany

InCirT is a German company that provides ultra-wideband data converters, ultra-low jitter programmable PLLs, high-speed interface, and many other IPs.

Services

IC design and services, Silicon IP design and services, ASIC design services, DPD design services, PCB design services

IP Cores

RF-DAC, High speed DAC and ADC, General purpose clock generator - PLL, High speed bi-directional Interface (SerDes)

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RFIC Solutions

USA

RFIC Solutions designs disruptive MMIC SoCs for industries like 5G, Fixed Wireless Access, SATCOM, IOT, Wigig, Wireless Power Transfer, CATV, MIPI, etc. We have expertise in GaAs, GaN, SiGe BiCMOS, Silicon CMOS, other HBT processes as well as hybrid technologies like IPD/LTCC/Thick/Thin film/PCB.

Services

RFIC Services

IP Cores

IP Cores

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GEDEC

Italy

GEDEC (GEnova DEsign Center) is an independent electronic system and integrated circuit design house, mainly focused in advanced electronic and ICs microelectronics design.

Services

ICs Design Service, ICs Layout Design Service, Power Management Circuit Consulting and Development, Analog Layout Resource Rraining, Automatic Test Equipment Full Support

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Chain-IC

The Netherlands

Analog and mixed-signal IC development company based in the Netherlands.

Services

IC Design Services, Data converters, Power & Power management, High performance analog, Digital control, Lab validation

IP Cores

SARADC – 37.5 MS/s 12 bit SAR ADC, SARADC – 2MS/s 14 bit SAR ADC w/o Calibration, LLSDADC – High Resolution Low Latency ΣΔ ADC, SDCRDAC – 24 bit Sigma-Delta DAC, CRDAC – 12 bit charge-redistribution DAC, FIRDAC – High Accuracy Low OOBN ΣΔ DAC

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AnSem

Belgium

AnSem is a leading fabless analog ASIC Design Service company, offering full turnkey analog, RF and mixed-signal integrated circuits to customers worldwide.

Services

Full turnkey, ASIC Definition, Custom IC and ASIC design, Prototype Manufacturing and Evaluation, ASIC Industrialization, Supply Chain Management

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TES Electronic Solutions

Germany

TES is a leading German ASIC Design House and IP company and provides embedded software, hardware, RF and antenna design services.

Services

ASIC design and supply chain management, ASIC design services

IP Cores

Video and Graphics, Digital IP, Analog IP

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Presto Engineering

France

Presto Engineering, provides ASIC design and outsourced operations for semiconductor and IoT device companies, helping its customers minimize overhead, reduce risk and accelerate time-to-market.

Services

ASIC Design , Testing and Packaging, Qualification and Failure Analysis, Supply Chain Management, IoT Operations Outsourcing Solutions, RF and Mixed-Signal Test, Front-end Tape-out, Mask and Wafer Procurement, Back-end Manufacturing and Test, GLOBALFOUNDRIES Channel Partner

IP Cores

RFID analog front-end

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In the rapidly evolving world of electronics, System-on-Chip (SoC) technology stands as a cornerstone of innovation and efficiency. With the ability to integrate multiple functionalities into a single chip, SoCs have become indispensable in modern electronics, powering everything from mobile devices to smart home systems and are listed among the top companies in the industry. As we look towards 2025, the landscape of SoC design companies continues to expand, driven by advancements in semiconductor technology and the growing demand for high-performance, low-power solutions.

 

Overview of SoC Technology

System-on-Chip technology represents a paradigm shift in the design and manufacturing of integrated circuits. Unlike traditional integrated circuit designs that require multiple chips to perform different functions, a system on a chip integrates all necessary components onto a single die. SoCs consolidate these functions into a single chip. This integration not only optimizes space but also enhances performance and reduces power consumption, making it a key feature of modern system on a chip designs. SoCs are the backbone of modern electronics, enabling devices to become smarter, faster, and more efficient.

What is a System-on-Chip?

 

A System-on-Chip (SoC) is an integrated circuit that consolidates all the components of a computer or other electronic system onto a single chip. This includes various essential elements:

  • The central processing unit (CPU)
  • Memory integration is crucial in modern system on a chip designs, contributing to overall efficiency.
  • Input/output ports
  • In some cases, additional features like wireless connectivity and analog signal processing

SoCs are the heart of mobile devices, IoT gadgets, and automotive systems, providing a compact and efficient solution to the ever-increasing demands for computational power and connectivity.

 

Key Features of SoC Designs

 

The key features of SoC designs include their ability to integrate digital, analog, mixed-signal, and often radio frequency (RF) functions onto a single chip. This integration leads to significant improvements in performance and power efficiency in the design of microchips. Here are some important aspects of SoC designs:

  1. High-speed data processing capabilities, low power consumption, and advanced connectivity options such as 5G and IoT.
  2. The design flow of a system on a chip involves multiple stages, from RTL design and physical design to final manufacturing, often facilitated by leading semiconductor companies like TSMC and Qualcomm, which are recognized as top companies in the industry.

 

Importance of SoCs in Modern Electronics

In modern electronics, the importance of system on a chip (SoC) solutions cannot be overstated. They are crucial in the development of compact and efficient devices, allowing for high-performance computing and seamless connectivity. SoCs play a pivotal role in the Internet of Things (IoT), enabling smart devices to communicate and process data efficiently through advanced system on chip architectures. The automotive industry also benefits significantly from SoC technology, which facilitates advanced driver-assistance systems (ADAS) and autonomous driving capabilities. As the demand for smarter, more connected devices grows, SoCs will continue to be at the forefront of technological innovation.

Leading SoC Design Companies

Qualcomm: A Pioneer in SoC Development

Qualcomm stands as a trailblazer in the realm of system on chip (SoC) development, consistently recognized among the top companies in the field., renowned for its cutting-edge innovations in wireless communication and mobile technologies, Qualcomm remains a leading provider in the system on chip sector. As a leading semiconductor company, Qualcomm has consistently pushed the boundaries of SoC designs, providing high-performance solutions that integrate advanced CPU cores, 5G connectivity, and AI capabilities. Their commitment to reducing power consumption while enhancing computational power has made Qualcomm a preferred supplier for mobile devices and IoT applications worldwide.

MediaTek: Innovative Solutions for Various Industries

MediaTek has carved out a significant niche in the SoC market by delivering innovative solutions that cater to a wide array of industries, including automotive, smart home, and consumer electronics. Known for its high-speed, low-power SoCs, MediaTek excels in creating integrated circuits that seamlessly blend digital and analog design capabilities. Their SoC technology supports diverse applications, from high-performance computing to advanced connectivity features, making MediaTek a formidable player among top SoC companies.

Broadcom: Diverse Applications of SoC Technology

Broadcom is a prominent name in the semiconductor industry, recognized as one of the top companies in the global system-on-chip market, specializing in various SoC solutions., offering a diverse range of SoC technologies that cater to various applications such as networking, broadband, and data centers, as listed in the latest list of SoC innovations. With a focus on mixed-signal and analog design, Broadcom’s System-on-Chip solutions are integral to the development of high-speed, reliable communication systems. Their expertise in integrating wireless and core computing functionalities onto a single chip exemplifies the versatility and adaptability of SoC technology in meeting the demands of modern electronics.

Semiconductor Manufacturing Services

Role of TSMC in SoC Fabrication

TSMC, the world’s largest foundry, plays a pivotal role in the fabrication of SoCs, providing essential semiconductor manufacturing services that enable the realization of advanced SoC designs. By leveraging cutting-edge process technology, including the 3nm process, TSMC supports the development of high-performance, energy-efficient integrated circuits. Their manufacturing capabilities are critical for fabless SoC companies, allowing for the production of sophisticated microchips that power everything from mobile devices to complex IoT systems.

Understanding ASIC and Integrated Circuit Design

Application-Specific Integrated Circuits (ASICs) are fundamental components in the world of SoC development, tailored to perform specific tasks within a larger system design. ASICs often incorporate both digital and analog elements, offering bespoke solutions that enhance the functionality and efficiency of SoCs. Understanding the intricacies of ASIC and integrated circuit design is crucial for semiconductor companies aiming to produce high-performance, low-power chips that meet specific design specifications in various applications.

IP Licensing in SoC Development

IP licensing is a cornerstone of SoC development, enabling companies like Socionext to innovate within the system on a chip landscape., enabling companies to integrate pre-designed intellectual property blocks into their systems on a chip, thereby accelerating the design flow and reducing time-to-market. This approach allows semiconductor companies to focus on differentiating their products by incorporating unique features while leveraging licensed IPs for core functions. Effective IP licensing strategies are essential in the competitive semiconductor landscape, ensuring that SoC designs remain innovative and efficient.

Future Trends in SoC Designs

Advancements in Automotive SoCs

The automotive industry is undergoing a significant transformation with the integration of system on chip technology, enhancing vehicle performance and connectivity. As vehicles become more connected and autonomous, automotive SoCs are playing a crucial role This integration plays a crucial role in enhancing safety, connectivity, and performance in global system-on-chip applications. These chips integrate high-speed processing capabilities with low power consumption, enabling advanced driver-assistance systems and real-time data processing. Leading semiconductor companies are developing automotive SoCs that support features such as wireless communication, infotainment systems, and vehicle-to-everything (V2X) connectivity, ensuring that future vehicles are smarter and more efficient.

Emerging Semiconductor Technologies for 2025

As we approach 2025, the semiconductor industry is poised for groundbreaking advancements that will redefine SoC designs. The introduction of new process technologies like the 3nm process is set to enhance the performance and efficiency of integrated circuits. These advancements will allow for the development of SoCs with higher compute capabilities and reduced power consumption, further solidifying their position in the global system-on-chip market. Additionally, the integration of mixed-signal and analog design capabilities will further enhance the versatility of SoCs, enabling them to cater to a broader range of applications, from mobile devices to complex IoT systems.

Impact of AI and IoT on SoC Designs

The proliferation of Artificial Intelligence (AI) and the Internet of Things (IoT) is profoundly impacting the designs of system on chips. AI-driven SoCs are being developed to handle complex data processing tasks within a system on a chip framework., enabling real-time analytics and decision-making through advanced processing capabilities found in leading system on a chip solutions. These chips are optimized for high-performance computing while maintaining low power requirements, making them ideal for IoT devices that require efficient data processing and connectivity. The fusion of AI and IoT in system on chip technology is paving the way for smarter, more responsive systems that can adapt to changing environments and user needs.

Conclusion and Insights

Summary of Key Players in the SoC Market

The System-on-Chip (SoC) market is characterized by the presence of several key players, each contributing to the advancement of semiconductor technology. Companies like Qualcomm, MediaTek, and Broadcom have established themselves as leaders in SoC development, offering innovative solutions for various industries. Their expertise in integrating high-speed processing, wireless communication, and analog design capabilities onto single microchips has made them a leading provider in the global SoC market. These companies continue to drive innovation, ensuring that SoCs remain at the forefront of technological progress.

Future Outlook for SoC Development

The future of SoC development is promising, with continued advancements in semiconductor technology and process innovations that will enhance wafer production capabilities. As the demand for high-performance, low-power solutions grows, the role of innovative microchip designs becomes increasingly vital. SoC designs will evolve to incorporate more sophisticated features and capabilities. The integration of AI and IoT functionalities will further enhance the adaptability and efficiency of SoCs, enabling new applications across various sectors. The ongoing collaboration between fabless companies and foundries will be crucial in meeting the design specifications and manufacturing requirements of next-generation SoCs.

Final Thoughts on Choosing SoC Suppliers

When selecting SoC suppliers, it is essential to consider factors such as the company’s expertise in semiconductor manufacturing, their track record of innovation, and the range of SoC design services they offer. Leading companies like TSMC, known for their advanced process technology and manufacturing services, are key players in the global system-on-chip ecosystem., play a vital role in the successful realization of complex SoC designs. By choosing suppliers that excel in delivering high-performance, low-power SoCs, businesses can ensure that their products remain competitive and aligned with the latest technological trends.

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