hardwire tm fpgasic the superior asic solution fpgafpgasic cores
TRANSCRIPT
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HardWireTM FpgASIC
The Superior ASIC Solution
FPGA FpgASIC
CORES
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Mission
Help our customers with faster time to market andflexible product life cycle management through programmable logic solutions
of software, application engineering and siliconSili
con
Software
Application Engineering
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ASIC Alternatives
FPGAFPGA
CustomHighest DensityASIC Tools
CPLD
ProgrammableGA ArchitectureHigh DensityASIC Tools
ProgrammablePAL ArchitectureMedium DensityPAL-like ToolsProgrammable
AND/ORArchitectureLow DensitySimple Tools
XilinxProduct
LineFpgASIC
CustomTransparentConversion100% Tested
PAL™
ASICASIC
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FPGA Technology Roadmap
1995 1997 1998 1999
Year
XC4000ELargest DeviceXC4025E0.5m5 Volt Power Supply
XC4000EXLargest DeviceXC4036EX0.5m5 Volt Power Supply30% faster than E
XC4000XLLargest DeviceXC4085XL0.35m3.3 Volt Power Supply30% faster than EX
XC4000XVLargest DeviceXC40250XV0.25m2.5 Volt Power Supply30% Faster than XL
1996
Next GenerationUp to 400klogic gates0.25/0.18
Den
sity
/Per
form
ance
2.0M gates(175K logic cells)
in the year2001
2.0M gates(175K logic cells)
in the year2001
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Reduced Simulation Requirements— Hardware Verification
Concurrent Development of System Hardware and Software
Highly Flexible No Test Vector Generation No Prototype or Re-spin Leadtime
FPGA Design Advantages
* Source: Integrated Circuit Engineering Corporation, 1996
ASIC Design Time by Task
Test VectorGeneration
40%
ASIC Test Vector
ASIC Test VectorGeneration
Generation40%40%
Prototype TestPrototype Test10%10%
Vendor InterfaceVendor Interface10%10%
Schematic CaptureSchematic Capture10%10%
Specifications - 5%Specifications - 5%
25%25%
Simulation
Simulation
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The Xilinx Advantage “Design-Once”
Fast Development Time-to-Market Concurrent Engineering Flexibility
No Customer Re-design No Customer Vectors All FPGA Features Mask Programmed Pricing
FpgASIC
ConversionFPGADesign
HardWireASICFpgASIC
Fastest Time from Design Concept to Low-cost Silicon
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Typical Product Life Cycle ModelVO
LUM
E
PRODUCTIONRAMP-UP
UNPLANNED UPSIDE
END-OF-LIFE
PROGRAMMABLE VOLUME
HardWiire FpgASIC
Design and prototype with FPGAProduction ramp in FPGA during FpgASIC conversionFPGA for production upsides and system E-O-L
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Xilinx FPGA + FpgASIC Advantage“Design Once”
Logic Design
FPGA
FpgASIC
ASIC
“Make”Non-Turn-key
“Buy” Turn-Key
FPGA Implementation
FpgaASIC Implementation
Option
ASIC Implementation
Powerful Unique Xilinx Logic Methodology
Xilinx Holds the Patenton “FPGA Conversion Without Re-Design”
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HardWire FpgASIC Technology Roadmap
1992 1994 1997 1998
HW1• 0.8 Technology• FPGA Replica• Single Mask Personalization• “Direct-Map” Conversion
HW2• 0.6Technology • Sea of Gates Architecture (S.O.G.)• Die Size Optimized• “DesignLockTM” Conversion Methodology
XH3• 0.5/ 0.35 Technology• First FpgASIC • High performance/Size-optimized ASIC Core• “DesignLock 3”
XH4• 0.25/ 0.18Technology• FPGA-specific Architecture• High Performance/Embedded
Cores• Advanced Mapping
1999
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Xilinx Introduces the FpgASICXH3 HardWire ASIC Family
Built in Xilinx Features
Package Optimized Die Sizes
Same Proven DESIGNLOCK Flow
Performance Optimized for Xilinx FPGA’s
Competitive With Commercial ASIC’s
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XH3 Family Product Support
DEVICE XH302 XH304 XH306 XH308 XH310 XH312
DLM USABLE 14,000 25,000 45,000 70,000 90,000 140,000GATES
MAX PADS 136 172 204 240 292 352
PACKAGES PC84 TQ144 PQ160 PQ240 PQ240 SUPPORTED PC84 PQ100 PQ208 BG225 BG225 PQ304
PQ100 TQ100 BG256 BG256 BG352 TQ100 VQ100 HQ304 BG432 VQ100 TQ144 BG352 PQ160
E/EX XC4005 XC4010 XC4013 XC4020 XC4025 XC4028FPGAs XC4008 XC4013 XC4020 XC4025 XC4028 XC4036SUPPORTED XC4010 XC4025 XC4028 XC4036 XC4013
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FPGA + HardWire FpgASIC The Superior ASIC Solution
FPGA +FpgASIC
Benefit ASICAlternative
Flexible Developmentwith FPGA
Quickly respond tomarket requirements
Delays for redesign
Working silicon atdesign start with FPGA
Early systemverification and rapid
prototype
Can use onlysimulation to verify
design
Cost-effective earlyproduction device
Off-the-shelfavailability with noNRE commitment
Inventory risk,minimum order qty
Turn-key conversion toHardWire FpgASIC
Little engineeringrequirement for cost-
reduction
Need test vectordevelopment by
design engineering
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FPGANOWHW2
NOWXH3
4Q98 *XH3L
TBDXH4
E/ EX(5V) X
XL(3.3V) X X
XV(3.3V) X X
Virtex (3.3V) X
Spartan NotNeeded
* 1st Production submittals
HardWire FpgASIC Roadmap
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FpgASIC Differentiation vs. ASIC
Key Differentiator Customer Benefit
DesignLock™ No verification/simulation Same I/O as FPGA Same start-up timing Same RAM as FPGA No test vectors to write
FpgASIC Architecture FPGA Compatibility
Turn-key Conversion No customer resources
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FPGA FpgASIC
CORES
Summary
Result: Superior Time-To-Volume
• Increased demand for ASIC• HardWire ASIC best solution• Essential for selling hi-density FPGAs
Faster, Denser
Design Trend