Frost Radar™: FPGA, 2021
Published on: 03-Mar-2021 | SKU: ES01178-GL-TR_25278

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Field programmable gate arrays (FPGAs), application-specific integrated circuits (ASICs), and application-specific standard products (ASSPs) are logic devices that are typically used to manage the interchange of digital signals within a system. While ASICs and ASSPs result in a lower unit cost, they are associated with high fixed costs and demand high volume manufacturing.
Compared to ASICs and ASSPs, FPGAs are more standardized logic components that can be offered to multiple users for a wide range of applications, making the technology more cost-efficient for low and medium-volume production. Also, FPGAs provide higher design flexibility and require lower time-to-market adding to the competitive technology benefits.
The proliferation of Internet-of-Things (IoT) has triggered the demand for programmable logic devices such as FPGAs for controlling, connecting, and computing applications across multiple industries such as communication, aerospace & defense, automotive, consumer electronics, industrial, and medical.
FPGA is an oligopoly structured market dominated by a handful of large companies. Expanding their existing FPGA product line is no longer the only growth opportunity focus area for these companies. The companies are focused on developing multiple product lines and digging into newer applications that have been created by emerging industry trends.
Large-sized companies are aggressively investing a significant portion of their revenue into R&D efforts to develop innovative FPGA-based product lines. Prominent areas of innovation include smaller form factors, low power consumption, low-cost products, and shorter time-to-market. In addition, the companies are also actively looking at acquiring new companies and venturing into disruptive start-ups in order to expand their existing product portfolio venture into newer markets.
While there is a high demand for innovative hardware solutions, large companies are leaning toward a platform-based approach based on FPGA fabric, leveraging heterogeneous processing capabilities to handle various artificial intelligence (AI)/machine learning (ML) workloads. Ultimately it is not only about creating new products to address existing industry challenges but also about foreseeing challenges and build sophisticated platforms to address the challenges that would be posed by future IoT applications.

Strategic Imperative

Strategic Imperative (continued)

Growth Environment

Growth Environment (Continued)

Frost Radar™: FPGA

Frost Radar™

Frost Radar™

Achronix Semiconductor, US

Efinix Inc., US

Gowin Semiconductor Corporation, China

Intel Corporation, US

Lattice Semiconductor Corporation, US

Microchip Technology Inc., US

Quicklogic Corporation, US

Xilinx Inc., US

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Significance of Being on the Frost Radar™

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Frost Radar™: Benchmarking Future Growth Potential

Frost Radar™: Benchmarking Future Growth Potential

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Frost Radar™: Benchmarking Future Growth Potential 2 Major Indices, 10 Analytical Ingredients, 1 Platform

Growth Index

Growth Index (GI) is a measure of a company’s growth performance and track record, along with its ability to develop and execute a fully aligned growth strategy and vision; a robust growth pipeline system; and effective market, competitor, and end-user focused sales and marketing strategies.

  • Market Share (previous 3 years)
    This is a comparison of a company’s market share relative to its competitors in a given market space for the previous 3 years.
  • Revenue Growth (previous 3 years)
    This is a look at a company’s revenue growth rate for the previous 3 years in the market/industry/category that forms the context for the given Frost Radar™.
  • Growth Pipeline
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  • Vision and Strategy
    This is an assessment of how well a company’s growth strategy is aligned with its vision. Are the investments that a company is making in new products and markets consistent with the stated vision?
  • Sales and Marketing
    This is a measure of the effectiveness of a company’s sales and marketing efforts in helping it drive demand and achieve its growth objectives.

Innovation Index

Innovation Index (II) is a measure of a company’s ability to develop products/ services/ solutions (with a clear understanding of disruptive Mega Trends) that are globally applicable, are able to evolve and expand to serve multiple markets and are aligned to customers’ changing needs.

  • INNOVATION SCALABILITY
    This determines whether an organization’s innovations are globally scalable and applicable in both developing and mature markets, and also in adjacent and non-adjacent industry verticals.
  • RESEARCH AND DEVELOPMENT
    This is a measure of the efficacy of a company’s R&D strategy, as determined by the size of its R&D investment and how it feeds the innovation pipeline.
  • PRODUCT PORTFOLIO
    This is a measure of a company’s product portfolio, focusing on the relative contribution of new products to its annual revenue.
  • MEGATRENDS LEVERAGE
    This is an assessment of a company’s proactive leverage of evolving, long-term opportunities and new business models, as the foundation of its innovation pipeline.
  • CUSTOMER ALIGNMENT
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Significance of Being on the Frost Radar™

Companies plotted on the Frost RadarTM are the leaders in the industry for growth, innovation, or both. They are instrumental in advancing the industry into the future.

  • GROWTH POTENTIAL
    Your organization has significant future growth potential, which makes it a Company to Action.
  • BEST PRACTICES
    Your organization is well positioned to shape Growth Pipeline™ best practices in your industry.
  • COMPETITIVE INTENSITY
    Your organization is one of the key drivers of competitive intensity in the growth environment.
  • CUSTOMER VALUE
    Your organization has demonstrated the ability to significantly enhance its customer value proposition.
  • PARTNER POTENTIAL
    Your organization is top of mind for customers, investors, value chain partners, and future talent as a significant value provider.

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Field programmable gate arrays (FPGAs), application-specific integrated circuits (ASICs), and application-specific standard products (ASSPs) are logic devices that are typically used to manage the interchange of digital signals within a system. While ASICs and ASSPs result in a lower unit cost, they are associated with high fixed costs and demand high volume manufacturing. Compared to ASICs and ASSPs, FPGAs are more standardized logic components that can be offered to multiple users for a wide range of applications, making the technology more cost-efficient for low and medium-volume production. Also, FPGAs provide higher design flexibility and require lower time-to-market adding to the competitive technology benefits. The proliferation of Internet-of-Things (IoT) has triggered the demand for programmable logic devices such as FPGAs for controlling, connecting, and computing applications across multiple industries such as communication, aerospace & defense, automotive, consumer electronics, industrial, and medical. FPGA is an oligopoly structured market dominated by a handful of large companies. Expanding their existing FPGA product line is no longer the only growth opportunity focus area for these companies. The companies are focused on developing multiple product lines and digging into newer applications that have been created by emerging industry trends. Large-sized companies are aggressively investing a significant portion of their revenue into R&D efforts to develop innovative FPGA-based product lines. Prominent areas of innovation include smaller form factors, low power consumption, low-cost products, and shorter time-to-market. In addition, the companies are also actively looking at acquiring new companies and venturing into disruptive start-ups in order to expand their existing product portfolio venture into newer markets. While there is a high demand for innovative hardware solutions, large companies are leaning toward a platform-based approach based on FPGA fabric, leveraging heterogeneous processing capabilities to handle various artificial intelligence (AI)/machine learning (ML) workloads. Ultimately it is not only about creating new products to address existing industry challenges but also about foreseeing challenges and build sophisticated platforms to address the challenges that would be posed by future IoT applications.
More Information
Deliverable Type Frost Radar
No Index No
Podcast No
Author Arjun Mehta
Industries Electronics and Sensors
WIP Number D9CE-01-00-00-00
Is Prebook No

Frost Radar™: FPGA, 2021

Electronics and SensorsFrost Radar™: FPGA, 2021

A Benchmarking System to Spark Companies to Action - Innovation That Fuels New Deal Flow and Growth Pipelines

RELEASE DATE
03-Mar-2021
REGION
Global
Deliverable Type
Frost Radar
Research Code: D9CE-01-00-00-00
SKU: ES01178-GL-TR_25278
AvailableYesPDF Download
$4,950.00
In stock
SKU
ES01178-GL-TR_25278