Summary
Programmable
logic vendors are able to address an increasing number of ASIC and ASSP
opportunities. As ASICs and ASSPs are displaced by FPGAs a significant market opportunity
opens.
Competitive
factors in the logic IC industry include product pricing, time-to-market,
product performance, reliability, quality, power consumption and density, and
field upgradability. Portable electronics are experiencing rapid growth. Segments
include consumer, medical, industrial, and military.
Programmable
logic IC markets are driven by the benefits of added convenience and increased
productivity. Portable electronic design is becoming more challenging as
product revisions require more advanced feature function packages. Improved
performance is needed to achieve competitive advantage.
Programmable
logic ICs decrease power consumption. Demand for longer battery life is
increasing. Demands for improvements in the portable electronics markets
include need for low active and static power consumption, small footprint
packages, design security, higher integration, and live at power-up. The
principal competitive factors in the PLD market include demand for broadband
applications and broadband enabled devices.
Altera Stratix IV family has been the fastest ramping
FPGA product in the history of the PLD industry. Customer familiarity with
existing vendors and entrenched products are compelling market forces. Vendors
position to compete favorably with respect to these factors. Proprietary
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device
architecture and installed base of software development systems provides
competitive advantage. Due to unique architectural innovation and advanced
technologies, product families provide varying degrees of competitive
advantage.
Market
leaders provide greater functionality and lower power consumption at a lower
price for any given density compared to the predecessor products. Newer product
features such as multi-gigabit transceivers and programmable power technology
have enhanced our design win rate relative to other PLD vendors.
New
product families are positioned to compete favorably against ASICs and ASSPs.
Programmable logic ICs are positioned to compete against other types of chips
such as microcontrollers, microprocessors, and digital signal processors.
Designers
can add functionality of chips. Features can be added to PLDs using prebuilt
and pre-verified IP cores. An IP core is typically offered in either a hard or
soft form. A hard IP core is embedded into the actual circuitry of chips. A
soft IP core is a licensed design file that customers incorporate into their
design and program onto the PLD.
By
incorporating more functionality and logic capacity on a programmable chip
while providing the necessary design tools and IP cores to design a reliable
system, programmable logic vendors can enhance the advantages of PLDs over
competing solutions.
As
is true of the semiconductor industry as a whole, the digital logic segment and
the PLD sub-segment are intensely competitive, and each successive product
generation is characterized by rapid technological change and price decline.
Programmable
logic devices (PLDs) are semiconductor logic blocks that can be programmed
after they are manufactured. The most common PLDs are Field- Programmable Gate
Array (FPGAs).
Programmable
logic integrated circuit markets are poised to achieve significant growth
because the programmable units have an opportunity to achieve ASIC and ASSC
market segment penetration. With increasingly shortened product cycles and
higher costs to develop a component, the programmable logic components become
an attractive alternative to the more rigid semiconductor devices.
The
“process technology gap” between PLDs and ASIC and ASSP alternatives will
increase over time and, when combined with the traditional PLD advantages of
greater flexibility, lower development cost, and faster time-to-market, should
drive the accelerated adoption of PLDs.
A
decline in programmable logic semiconductor product selling prices has
increased the opportunity for growth in the market with programmable units
becoming more competitive with the ASIC devices as the total costs of
development is considered. As the selling prices of products have decreased over
time, vendors have been able to offset the selling price decreases by reducing
manufacturing costs, improving yields, and increasing unit sales.
Ongoing
efforts to keep pace with the decline in prices is a significant market factor.
Revenues and gross margins are a matter of constant concern in the industry.
International sales account for a majority of total sales.
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Markets
for programmable logic integrated circuit ICs at $3.5 billion in 2009 are
anticipated to reach $9.6 billion by 2016, due in part to the demand for
flexible devices to meet Internet and broadband opportunities.
Broadband
market driving forces are articulated in part through the Internet on Ethernet
networks. There are 2.5 billion Internet users. Wireless handsets are
connecting to the broadband networks. There are 157 million broadband wireless
handset users, out of a total 4.7 billion total wireless handset users. Cell
phones have changed the world forever, they are inexpensive, affordable to
almost every person on earth. Broadband is bringing the Internet to cell
phones. Programmable logic ICs support broadband roll out.
According
to author, “Worldwide broadband markets are poised to achieve significant
growth as broadband finds new uses and leverages existing ones. Costs of
broadband devices are expected to decrease rapidly in response to the
continuing economies of scale. Markets for Programmable logic ICs are
compelling due to their innovation and flexibility.
Table of
contents
1. PROGRAMMABLE LOGIC
IC MARKET DESCRIPTION AND MARKET DYNAMICS
1.1 Programmable Logic ICs Design Aspects
1.2 Programmable Logic Devices PLDs Industry Overview
1.2.1 Digital Logic Overview
1.3 Programmable Logic IC Tipping Point in the Semiconductor Industry
1.4 Leveraging Enterprise Global Structure
1.4.1 Competing for Design Wins
1.4.2 Developing Competitive Products
1.5 Cost-Optimized Product Strategy
1.6 Programmable Logic IC Product Categories
1.7 Low-Power Flash Devices
1.1 Programmable Logic ICs Design Aspects
1.2 Programmable Logic Devices PLDs Industry Overview
1.2.1 Digital Logic Overview
1.3 Programmable Logic IC Tipping Point in the Semiconductor Industry
1.4 Leveraging Enterprise Global Structure
1.4.1 Competing for Design Wins
1.4.2 Developing Competitive Products
1.5 Cost-Optimized Product Strategy
1.6 Programmable Logic IC Product Categories
1.7 Low-Power Flash Devices
2. PROGRAMMABLE LOGIC
IC MARKET SHARES AND FORECASTS
2.1 Programmable Logic Market Driving Forces
2.2 Programmable Logic Market Shares
2.2.1 Xilinx
2.2.2 Altera
2.2.3 Lattice Programmable Logic ICs
2.2.4 Actel
2.2.5 Programmable Logic IC Market Competition
2.1 Programmable Logic Market Driving Forces
2.2 Programmable Logic Market Shares
2.2.1 Xilinx
2.2.2 Altera
2.2.3 Lattice Programmable Logic ICs
2.2.4 Actel
2.2.5 Programmable Logic IC Market Competition
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2.2.6 Programmable
Logic IC Segment Market Shares
2.2.7 High End Programmable Logic ICs Markets
2.2.8 Ultra Low Power Programmable Logic ICs Market Shares
2.2.9 Mixed Signal Programmable Logic ICs
2.3 Programmable Logic Market Forecasts
2.3.1 Programmable Logic Device (PLD) Market Growth
2.3.2 Volume Point Where PLDs Are More Cost Effective Than ASICs
2.3.3 Programmable Logic IC Industry Segment Forecasts
2.3.4 High End Programmable Logic ICs
2.3.5 Mid Range Programmable Logic ICs
2.3.6 Low End Programmable Logic ICs
2.3.1 The Programmable Logic Market
2.3.2 Programmable Logic End Market Growth
2.3.3 Automotive Entertainment
2.3.4 Net Sales of FPGAs and CPLDs, and Other Products:
2.4 ASIC Semiconductor Market
2.4.1 Tipping Point With Respect To Displacing ASICs And ASSPs With Programmable Logic ICs
2.4.2 Competition From The ASIC Market
2.4.3 Programmable Logic IC Strategy for Displacement of ASICs and ASSPs
2.4.4 Cost Of Developing An ASIC Increasing
2.4.5 Semiconductor Design Platforms
2.5 Programmable Logic Market Segments
2.6 Semiconductor Markets
2.6.1 Discrete Semiconductor Devices
2.6.2 Cost Of Developing An ASIC
2.6.3 FPGAs Growth
2.6.4 Primary Reasons for FPGA Wins
2.7 Selected Programmable Logic Prices
2.8 Programmable Logic Regional Revenue
2.2.7 High End Programmable Logic ICs Markets
2.2.8 Ultra Low Power Programmable Logic ICs Market Shares
2.2.9 Mixed Signal Programmable Logic ICs
2.3 Programmable Logic Market Forecasts
2.3.1 Programmable Logic Device (PLD) Market Growth
2.3.2 Volume Point Where PLDs Are More Cost Effective Than ASICs
2.3.3 Programmable Logic IC Industry Segment Forecasts
2.3.4 High End Programmable Logic ICs
2.3.5 Mid Range Programmable Logic ICs
2.3.6 Low End Programmable Logic ICs
2.3.1 The Programmable Logic Market
2.3.2 Programmable Logic End Market Growth
2.3.3 Automotive Entertainment
2.3.4 Net Sales of FPGAs and CPLDs, and Other Products:
2.4 ASIC Semiconductor Market
2.4.1 Tipping Point With Respect To Displacing ASICs And ASSPs With Programmable Logic ICs
2.4.2 Competition From The ASIC Market
2.4.3 Programmable Logic IC Strategy for Displacement of ASICs and ASSPs
2.4.4 Cost Of Developing An ASIC Increasing
2.4.5 Semiconductor Design Platforms
2.5 Programmable Logic Market Segments
2.6 Semiconductor Markets
2.6.1 Discrete Semiconductor Devices
2.6.2 Cost Of Developing An ASIC
2.6.3 FPGAs Growth
2.6.4 Primary Reasons for FPGA Wins
2.7 Selected Programmable Logic Prices
2.8 Programmable Logic Regional Revenue
3. PROGRAMMABLE LOGIC
IC PRODUCT DESCRIPTION
3.1 Altera Programmable Logic Products
3.1.1 Altera Stratix III and Stratix IV High-End, System-Level FPGAs
3.1 Altera Programmable Logic Products
3.1.1 Altera Stratix III and Stratix IV High-End, System-Level FPGAs
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3.1.2 Altera Arria and
Arria II GX Mid-Range, Transceiver-Equipped FPGAs
3.1.3 Altera Cyclone III and Cyclone IV Low-Cost FPGAs
3.1.4 Altera MAX II CPLDs
3.1.5 Altera HardCopy ASICs
3.1.6 Altera Intellectual Property Cores
3.1.7 Altera Development Tools
3.2 Xilinx
3.2.1 Xilinx Silicon Products
3.2.2 Xilinx Virtex FPGAs
3.2.3 Xilinx Spartan FPGAs
3.2.4 XilinxCPLDs
3.2.5 XilinxEasyPath™ FPGAs
3.2.6 XilinxDesign Platforms and Services Programmable Platforms
3.2.7 Xilinx Domain-Specific Platform
3.2.8 Xilinx Design Tools
3.3 Lattice Programmable Logic ICs
3.3.1 Lattice Programmable Mixed Signal Families
3.3.2 Lattice Power FPGA Positioning
3.4 Actel
3.4.1 Actel Low-Power FPGAs
3.4.2 Actel IGLOO Low-Power FPGAs Small Footprint
3.4.3 Actel Portable Applications
3.4.4 Actel Solutions
3.4.5 Actel Total System Cost
3.4.6 Actel Low System Cost
3.4.7 Actel Security
3.5 Quicklogic
3.5.1 Quicklogic Frame Recycler
3.5.2 QuickLogic Wake-up and Verify (WAV)
3.5.3 QuickLogic Smart Programmable Integrated Data Aggregator (SPIDA)
3.5.4 QuickLogic Framebuffer Solution to Extend Battery Life of Consumer Devices
3.1.3 Altera Cyclone III and Cyclone IV Low-Cost FPGAs
3.1.4 Altera MAX II CPLDs
3.1.5 Altera HardCopy ASICs
3.1.6 Altera Intellectual Property Cores
3.1.7 Altera Development Tools
3.2 Xilinx
3.2.1 Xilinx Silicon Products
3.2.2 Xilinx Virtex FPGAs
3.2.3 Xilinx Spartan FPGAs
3.2.4 XilinxCPLDs
3.2.5 XilinxEasyPath™ FPGAs
3.2.6 XilinxDesign Platforms and Services Programmable Platforms
3.2.7 Xilinx Domain-Specific Platform
3.2.8 Xilinx Design Tools
3.3 Lattice Programmable Logic ICs
3.3.1 Lattice Programmable Mixed Signal Families
3.3.2 Lattice Power FPGA Positioning
3.4 Actel
3.4.1 Actel Low-Power FPGAs
3.4.2 Actel IGLOO Low-Power FPGAs Small Footprint
3.4.3 Actel Portable Applications
3.4.4 Actel Solutions
3.4.5 Actel Total System Cost
3.4.6 Actel Low System Cost
3.4.7 Actel Security
3.5 Quicklogic
3.5.1 Quicklogic Frame Recycler
3.5.2 QuickLogic Wake-up and Verify (WAV)
3.5.3 QuickLogic Smart Programmable Integrated Data Aggregator (SPIDA)
3.5.4 QuickLogic Framebuffer Solution to Extend Battery Life of Consumer Devices
4. PROGRAMMABLE LOGIC
IC TECHNOLOGY
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4.1 Aspects of High
Reliability ICs
4.2 ASICs, ASSPs, and PLD Competitive Positioning
4.3 Node Level Power Dissipation
4.3.1 Rapid Progress is Being Achieved for Development Methodology
4.4 ASIC / ASSP Development Cost Trend
4.2 ASICs, ASSPs, and PLD Competitive Positioning
4.3 Node Level Power Dissipation
4.3.1 Rapid Progress is Being Achieved for Development Methodology
4.4 ASIC / ASSP Development Cost Trend
5. PROGRAMMABLE LOGIC
IC COMPANY PROFILES
5.1 Actel
5.1.1 Actel Second Quarter 2010 Revenue
5.1.2 Actel Net Revenues
5.2 Altera
5.2.1 Altera High-Performance, High-Density Programmable Logic Devices
5.2.2 Altera Net Sales By Customer Type
5.2.3 Altera Segment and Geographic Information
5.2.4 Altera Revenue
5.2.5 Altera Market Overview
5.2.6 Altera Sales Overview
5.2.7 Altera Sales by Product Category
5.2.8 Altera Net Sales By Product Category:
5.2.9 Altera Sales by Market Segment
5.2.10 Net sales of FPGAs and CPLDs, and Other Products:
5.2.11 Altera Sales by Geography
5.3 Lattice
5.3.1 Lattice MACHXO
5.3.2 Lattice Revenue
5.3.3 Lattice Semiconductor (NASDAQ: LSCC) Revenue
5.4 QuickLogic
5.4.1 Quicklogic Customized Solutions
5.4.2 QuickLogic CSSP Solution Concept
5.4.3 QuickLogic Quick Facts
5.4.4 QuickLogic Fiscal 2010 Second Quarter Revenue More Than Doubled Year over Year
5.4.5 QuickLogic
5.4.6 QuickLogic Announces Fiscal 2010 First Quarter Results - 27% Sequential Revenue Growth
5.1 Actel
5.1.1 Actel Second Quarter 2010 Revenue
5.1.2 Actel Net Revenues
5.2 Altera
5.2.1 Altera High-Performance, High-Density Programmable Logic Devices
5.2.2 Altera Net Sales By Customer Type
5.2.3 Altera Segment and Geographic Information
5.2.4 Altera Revenue
5.2.5 Altera Market Overview
5.2.6 Altera Sales Overview
5.2.7 Altera Sales by Product Category
5.2.8 Altera Net Sales By Product Category:
5.2.9 Altera Sales by Market Segment
5.2.10 Net sales of FPGAs and CPLDs, and Other Products:
5.2.11 Altera Sales by Geography
5.3 Lattice
5.3.1 Lattice MACHXO
5.3.2 Lattice Revenue
5.3.3 Lattice Semiconductor (NASDAQ: LSCC) Revenue
5.4 QuickLogic
5.4.1 Quicklogic Customized Solutions
5.4.2 QuickLogic CSSP Solution Concept
5.4.3 QuickLogic Quick Facts
5.4.4 QuickLogic Fiscal 2010 Second Quarter Revenue More Than Doubled Year over Year
5.4.5 QuickLogic
5.4.6 QuickLogic Announces Fiscal 2010 First Quarter Results - 27% Sequential Revenue Growth
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5.4.7 QuickLogic
Revenue By Product and by Geography
5.5 Xilinx
5.5.1 Xilinx Technology Drivers
5.5.2 Xilinx Strategy
5.5.3 Xilinx Revenue
5.5.4 Xilinx Product Segments, Revenue For New, Mainstream, And Base Chips
5.5.5 XilinxNet Revenues by End Markets
5.5.6 Xilinx Net Revenue by Industry Segment
5.5.7 Xilinx Net Revenues by Geography
5.5.8 Xilinx Geographic Segment Information
5.5.9 Xilinx Intellectual Property
5.5 Xilinx
5.5.1 Xilinx Technology Drivers
5.5.2 Xilinx Strategy
5.5.3 Xilinx Revenue
5.5.4 Xilinx Product Segments, Revenue For New, Mainstream, And Base Chips
5.5.5 XilinxNet Revenues by End Markets
5.5.6 Xilinx Net Revenue by Industry Segment
5.5.7 Xilinx Net Revenues by Geography
5.5.8 Xilinx Geographic Segment Information
5.5.9 Xilinx Intellectual Property
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