Alliance and Foundation Series Software Leverage Advances in M1 Software Backplane
M1 Software Backplane Design Flows
Knowledge-Driven Implementation
M1 Alliance Series Provides EDA Vendor Integration
M1 Foundation Series Delivers Value & Ease of Use
COREs are Critical for High-Density FPGA Design
Xilinx CORE Solutions Meet FPGA User Needs
Xilinx COREs Reduce Time-To-Market
CORE Roadmap: Xilinx and AllianceCORE Partners - 1997
CORE Roadmap: Xilinx and AllianceCORE Partners - 1998
Logic Cells: Industry-Standard Density Metric
XC4000X Series High Density Leadership
XC4000X Solves High-Density Design Issues
XC4000X Solves High-Density Design Issues (cont'd)
Xilinx Segmented Interconnect Gives Fastest Performance at Lowest Power
Xilinx FPGAs Inherently Consume Less Power
XC4000XL 3.3 V, 0.35 micron FPGA Series
XC4000XL 3.3 V, 0.35 micron FPGA 5 Volt Compatible
XC4000XL Series Footprint Compatibility
XC4000XL Delivers High Performance at 3.3 V
XC4000X Series Doubles Routing of XC4000E
XC4000X Architecture Reduces Runtimes XC4013XL Place and Route Times in Minutes
The XC4000XV - Industry’s First 0.25 micron FPGA
XC4000X Series High-Density FPGAs
XC4000E Family: 5 V Performance Leadership
XC4000E-1: Industry’s Fastest 5 V FPGA
XC4000E Fastest 5 V FPGA Family
XC5200 Less than Twice Gate Array Cost
Design Once: The HardWire Advantage
All FPGA Features and Structures Preserved During HardWire Conversion
Design Once for FPGA to HardWire
XC9500: The Industry’s First 5 V Flash CPLD
XC9500: Superior FastFLASH Technology
XC9500 ISP CPLDs Bring Total Product Life Cycle Support to CPLDs
Leadership XC9500 Volume Price Projections