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.
99 results found See AllSend Email to All
ASIC design and supply, IC design services , ASIC business case validation, Sensor/MEMS interfacing, Power management, High-Performance and low power, High-voltage design, Test and packaging, Industrialisation, Supply Chain Management, Functional safety
View vendor page
RTL Design, RTL Design Verification, DFT, Netlist to GDS, Analog Circuit and Layout, Post Silicon Services
View vendor page
ASIC Design, Analog / Mixed Signal ASIC Design, RF ASIC & IP Design, Turn-Key Design & Supply Chain Management, IP Development / Verification / Characterization
Pipeline ADC, SAR ADC, RFID Building Blocks, Voltage Regulator
View vendor page
Analog and Mixed-Signal Circuits, Digital Systems and Data Processing, Wireline Communications, Radio Frequency Integrated Circuits, ASIC Foundry Services, Integrated Sensor Systems
View vendor page
Design Services, Foundry Access, Custom IP, Turnkey Solution, makeChip Hosted Design Service Platform
0.4V Standard Cell Library for 22FDX (22nm FDSOI), Adaptive Body Bias Solution for 22FDX (22nm FDSOI)
View vendor page
Physical Design, STA & Synthesis, Flow Development, RTL Design & Integration, DFT, Design Verification, Circuit and Layout Design, Turnkey Solutions / IP Services
View vendor page
IC design and services, Silicon IP design and services, ASIC design services, DPD design services, PCB design services
RF-DAC, High speed DAC and ADC, General purpose clock generator - PLL, High speed bi-directional Interface (SerDes)
View vendor page
Turnkey ASIC Programs, ASIC Architecture & Front‑End Design, Physical Design & IC Layout, Verification, DFT & Sign‑Off, Manufacturing, Test & Qualification Management, Program & Supply‑Chain Integration
Third‑Party IP Integration & Enablement, Interface IP & Subsystem Integration (Controller + PHY Enablement)
View vendor page
ASIC/FPGA Design Services, Analog & Mixed Signal Design, Custom Layout, Digital Design Services, Foundry Services, Post Silicon Validation Services, SoC Turnkey Design
IP Marketplace
View vendor page
IP Licensing, Mixed-Signal ASIC Design and Customization
HomePlug Green PHY Powerline Communication (HPGP PLC) for Electric Vehicle (EV) Charging System and Automotive, ZigBee Wireless at 2.4GHz, Sub-Gigahz RF Transceiver (programmable 400MHz – 1GHz)
View vendor page
ASIC Turnkey Service, Libraries Development Service, VLSI Design Service , Layout & Backend Service, IP Cores , Consultancy
View vendor page
Custom RTL Design, Pre-Verified IP Cores, Verification & Validation
DDR & LPDDR Memory Controller IP, PCIe Controller IP, Ethernet MAC & PHY IP, AI/ML Compute Unit IP
View vendor page
Design Service, Layout Implementation and Verification Service, Pre-Silicon Validation Service, ASIC Testing Service
Low-Power Low-PhaseNoise VCO 1.5-1.9 GHz
View vendor page
ASIC Specifications & Design, Hi-Rel, Automotive and Industrial ASICs, Supply Chain Services
View vendor page
Fabless Semicoductor Supplier, Design Services – Analog & Digital ASIC design, Design Services – FPGAs, Design Services – IC Lifecycle Management – EOL Redesign
Analog IP Cores, Digital IP Cores
View vendor page
RTL2GDS2, Functional Verification, Frontend Design, Backend Design, Embedded Systems Design
View vendor page
Design Service, Foundry Access, Testing and Packaging, Turnkey Solution
Interface IPs, Analog IPs, Fundamental IPs, Processor
View vendor page
IC Design Services, Data converters, Power & Power management, High performance analog, Digital control, Lab validation
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
View vendor page
Smart Integrated Power, Wireless Communications, RF-Energy, Characterization and Testing, EDA, Consultancy and Training Services, Supply Chain Management, Certifications
View vendor pageIn 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.
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.
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:
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.
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:
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.
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.
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.
