Hardware-assisted Verification Market Trends

Growth Drivers

• Escalating Demand for High-Performance Computing (HPC) Architectures - The surge in demand for high-performance computing (HPC) architectures is a significant catalyst propelling the growth of the hardware-assisted verification market. As industries increasingly leverage HPC for complex computations and data-intensive tasks, semiconductor designs supporting such architectures undergo heightened complexity. Hardware-assisted verification solutions, particularly emulation platforms and FPGA-based prototyping, become indispensable in validating the intricate interplay of hardware and software in HPC systems. Analysis indicates a substantial rise in the adoption of HPC architectures, with the global HPC sales expected to reach USD 49 billion by 2023. This underscores the parallel growth trajectory of the hardware-assisted verification market, aligning with the escalating demand for HPC solutions.

• Growing Emphasis on Cybersecurity Verification - The rising concerns about cybersecurity in electronic systems necessitate robust verification of security features embedded in semiconductor designs. Hardware-assisted verification tools contribute to cybersecurity verification by allowing designers to test and validate security protocols, encryption algorithms, and protection mechanisms against potential vulnerabilities and threats. This emphasizes the increasing importance of cybersecurity measures across industries and the corresponding demand for hardware-assisted verification solutions to ensure the security resilience of semiconductor designs.

• Shift Towards System-Level Verification - A notable trend in semiconductor design is the shift towards system-level verification, wherein the entire system's functionality is validated rather than focusing solely on individual components. Hardware-assisted verification, particularly through emulation, allows for comprehensive system-level testing, enabling designers to identify and address issues related to hardware-software interactions and system integration early in the design cycle. This growth underscores the increasing complexity of SoC designs and the corresponding need for advanced hardware-assisted verification solutions to facilitate robust system-level verification.

Challenges

• Rising Design Complexity - The designs of modern semiconductor components, driven by advancements in AI, 5G, and automotive technologies, are becoming increasingly complex. This complexity poses a significant challenge for hardware-assisted verification tools, as the verification process must keep pace with the intricate nature of these designs. Increased design complexity can lead to longer verification cycles, higher development costs, and potential delays in time-to-market for semiconductor products.

• Integration with Existing Workflows

• High Cost of Hardware-assisted Verification Solutions