Introduction Xilinx Products November 1997 About this Book

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Introduction Xilinx Products November 1997 About this Book

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Introduction Xilinx Products
November 1997
About this Book
This Data Book provides "snapshot time" listing devices development system software available from Xilinx late 1997. devices, speed grades, package types development system products continually being added Xilinx product portfolio. Users encouraged contact their local Xilinx sales representative consult WebLINX World Wide site quarterly XCELL newsletter latest information regarding product availability. This book covers current XC4000E/EX/XL, XC4000XV, XC4000XLT, Spartan, XC5200, XC3000A/L, XC3100A/L, XC9500, XC1700D/L XC1701L. product specifications several older Xilinx FPGA families included this Data Book. This does imply that these products longer available. However, designs, users encouraged newer products described this book, which offer better performance lower cost than older technologies. Product specifications older products available WebLINX, Xilinx site World Wide Web, through your local Xilinx sales representative.
Chapter contains discussion overall design methodology when using Xilinx programmable logic descriptions Xilinx development system products. This chapter placed beginning book since these development tools needed design with Xilinx programmable logic devices. Chapter contains product descriptions Xilinx Complex Programmable Logic Device (CPLD) products, including XC9000 series. Chapter includes product descriptions Xilinx static-memory-based Field Programmable Gate Array (FPGA) products, including XC3000, XC4000, XC5000, Spartan series. Chapter holds product descriptions XC1701L XC1700D families Serial PROM devices. These Serial PROMs provide convenient, low-cost means storing configuration programs SRAM-based FPGAs described Chapter Chapter overview Xilinx components appropriate mixed-voltage systems. This chapter will refer back appropriate product descriptions earlier chapters. Chapter contains brief overview HardWire product line. Detailed product specifications available separate Xilinx data sheets. Chapter overview Xilinx High-Reliability/Military products. Detailed product specifications available separate Xilinx data sheets. Chapter describes HW130 device programmer XC170X series Serial PROMs XC9500 series CPLDs. Chapter contains description physical packages various products, including information about thermal characteristics those packages. Chapter discusses testing, quality, reliability Xilinx component products. Chapter includes listing technical support facilities provided Xilinx. Chapter contains additional information about Xilinx components that provided product specifications earlier chapters. This includes some additional electrical parameters that product specifications because they part manufacturing test program particular device, interest user. Also included this chapter discussion
Data Sheet Categories
order provide most up-to-date information, some component products included this book have been fully characterized time publication. these cases, characteristics included data sheets will marked Advance Preliminary information. (Not withstanding definitions such terms, specifications subject change without notice.) These designations have following meaning: Advance Initial estimates based simulation and/or extrapolation from other speed grades, devices, device families. estimates, final production. Preliminary Based preliminary characterization. Changes possible, expected. Final (unmarked) Specifications identified either Advance Preliminary considered final.
Data Book Contents
Chapter general overview Xilinx product line, recommended reading designers field high-density programmable logic.
November 1997
Introduction Xilinx Products
JTAG boundary test scan logic found several Xilinx component families. final sections contain index topics included this Data Book listing Xilinx sales offices, sales representatives, distributors.
About Company
Xilinx, Inc., offers industry's broadest selection programmable logic devices. With 1997 revenues over $560 million, Xilinx world's largest supplier programmable logic, market leader Field Programmable Gate Arrays (FPGAs). Xilinx founded 1984, based revolutionary idea combining logic density versatility gate arrays with time-to-market advantages convenience user-programmable standard parts. year later, Xilinx introduced world's first Field Programmable Gate Array. Since then, through combination architectural manufacturing process improvements, company continually increased device performance, terms capacity, speed, ease-of-use, while lowering costs. 1992, Xilinx expanded product line include advanced Complex Programmable Logic Devices (CPLDs). user, CPLDs attractive complement FPGAs, offering simpler design software more predictable timing.
market leader fastest growing segments semiconductor industry, Xilinx strategy focus resources creating development system software, providing world-class technical support, developing markets, building diverse customer base across broad range geographic end-use application segments. company avoided large capital commitment overhead burden associated with sole ownership operation wafer fabrication facility. Instead, Xilinx established alliances with several high-volume, state-of-the-art CMOS manufacturers. Using standard, high-volume processes assures manufacturing costs, produces programmable logic devices with well-established reliability, provides early access advances CMOS processing technology. Xilinx headquarters located Jose, California. company markets products worldwide through network direct sales offices, manufacturers' representatives, distributors listed back this book). company representatives distributors over countries.
Product Line Overview
Field Programmable Gate Arrays (FPGAs) Complex Programmable Logic Devices (CPLDs) used virtually digital logic system. Over million Xilinx components have been used wide variety end-equipment applications, ranging from supercomputers hand-held
November 1997
instruments, from central office switches centrifuges, from missile guidance systems guitar synthesizers. Xilinx achieved leading position through continuing commitment provide complete product solution. This encompasses focus three critical areas high-density programmable solution "triangle": components (silicon), software, service (Figure
one-third lifetime potential profit. With mask-programmed gate arrays, design iterations easily that much time, more, product schedule. Once decision been made Xilinx programmable logic, choice must made from number product families, device options, product types. information product selection matrices that follow help guide that selection; detailed product specifications available subsequent chapters this book. Since many component products available common packages with common footprints, designs often migrated higher lower density devices, even across some product families, without printed circuit board changes. Design ideas, represented text schematic format, converted into configuration data file FPGA CPLD device using Xilinx XACTstep development software running workstation.
Programmable Logic Gate Arrays
Xilinx programmable logic devices provide benefits high integration levels without risks expenses semi-custom custom development. Some benefits programmable logic versus mask-programmed gate arrays briefly discussed below.
Faster Design Verification
Xilinx FPGAs CPLDs designed verified quickly while same process requires several weeks with gate arrays. There non-recurring engineering (NRE) costs, test vectors generate, delay while waiting prototypes manufactured.
Component Products
Xilinx offers broadest line programmable logic devices available today, with hundreds products featuring various combinations architectures, logic densities, package types, speed grades commercial, industrial, military grades. This breadth product offerings allows selection programmable logic device that best suited target application. Xilinx programmable logic offerings include several families reprogrammable FPGAs FLASH-memory-based CPLDs (Figure HardWire devices mask-programmed versions reprogrammable FPGAs, provide transparent, no-risk migration path lower-cost devices high-volume, stable designs. Additionally, family Serial PROM devices available store configuration programs reprogrammable FPGA devices. Many devices available military temperature range
Design Changes without Penalty
Because devices software-configured user-programmed, modifications much less risky made anytime manner minutes hours, opposed weeks would take with gate array. This results significant cost savings design production.
Shortest Time-to-Market
When designing with Xilinx programmable logic, time-to-market measured days weeks, months often required when using gate arrays. study market research firm McKinsey concluded that six-month delay getting market cost product
Optimized circuits/architectures
Powerful easy
Highest performance/densities
Integrated across families Seamless integration into customer system
Deep submicron processes Unmatched quality reliability
Global world class sales/distribution support Global world class technical support: FAEs/support center/on-line/internet Global world class manufacturing: quality/capacity/delivery
X5955
Figure Xilinx Programmable Solution Triangle
November 1997
Introduction Xilinx Products
and/or MIL-STD-883B versions, high-reliability military applications.
Complex Programmable Logic Devices (CPLDs)
Designers more comfortable with speed, design simplicity, predictability PALs prefer CPLD devices. Conceptually, CPLDs consist multiple PAL-like function blocks that interconnected through switch matrix (Figure XC9000 CPLD series features in-system programmable FLASH technology, and, like most FPGA families, includes built-in JTAG boundary scan test logic.
Field Programmable Gate Arrays (FPGAs)
FPGA devices feature gate-array-like architecture, with matrix logic cells surrounded periphery cells, diagrammed Figure Segments metal interconnect linked arbitrary manner programmable switches form desired signal nets between cells. FPGAs combine abundance logic gates, registers, I/Os with fast system speed. Xilinx offers several families reprogrammable, static-memory-based (SRAM-based) FPGAs, including XC3000, XC4000, XC5000, XC6000 series.
ASIC Alternatives
Gate Arrays Custom Highest Density ASIC Tools
HardWire devices
HardWire devices masked-programmed versions SRAM-based FPGAs. HardWire products provide easy, transparent migration path cost-reduced device without engineering burden associated with conventional gate array re-design. HardWire gate array architecturally identical FPGA counterpart, programmable elements FPGA replaced with fixed metal connections. resulting considerably smaller, with correspondingly lower cost. Using proprietary automatic test vector generation software patented test logic, Xilinx guarantees over fault coverage, while eliminating need user-generated test vectors. mask test programs generated automatically Xilinx from user's existing FPGA design file.
Xilinx Product Line
CPLD Architecture Medium Density Simple Tools
FPGA Programmable Gate Array Architecture High Density ASIC Tools
HardWireCustom Transparent Conversion 100% Tested
Serial PROMs
XC1700 family features one-time programmable serial PROMs ranging density from about 18,000 bits over 260,000 bits. These serial PROMs easy-to-use, cost-effective method storing configuration data SRAM-based FPGAs.
Devices Programmable AND/OR Architecture Density Simple Tools
X5957
Figure Application-Specific Products
PROGRAMMABLE INTERCONNECT
BLOCKS
X1153
LOGIC BLOCKS
Figure FPGA Architecture
November 1997
Interconnect Matrix
X5956
Figure CPLD Architecture
High-Reliability Devices
Xilinx first company offer high-reliability FPGAs introducing MIL-STD-883B qualified XC2000 XC3000 series devices 1989. MIL-STD-883B members XC4000 FPGA series currently available, qualified versions additional Xilinx families development. product line also includes Standard Microcircuit Drawing (SMD) versions several families. Some Xilinx devices available tested form through arrangements with manufacturing partners.
forms include ubiquitous several popular workstations.
Technical Support Service
Providing global, world-class manufacturing, technical support, sales/distribution support essential foundation Xilinx product strategy. Xilinx manufacturing facilities have earned ISO9002 certification, Xilinx quality reliability achievements among world's best just programmable logic suppliers, among semiconductor companies. Comprehensive technical support facilities include training courses, extensive product documentation application notes, quarterly technical newsletter, WebLINX World Wide site, technical support hotlines, cadre Field Application Engineers. Sales support provided worldwide network representatives distributors.
Development System Products
Xilinx offers complete software environment implementation logic designs Xilinx programmable logic devices. This environment combines powerful technology with flexible, easy-to-use graphical interface help users achieve best possible designs, regardless experience level. user wide range choices between fully-automatic implementation detailed involvement layout process. development system provides implementation tools required design with Xilinx logic devices, including following: libraries interfaces popular schematic editors, logic synthesis tools, simulators design manager/flow engine module generator map, place, route compilation software static timing analyzer hardware debugger
Xilinx committed "open system" approach front-end design creation, synthesis, verification. Xilinx devices supported broadest number vendors synthesis vendors industry. Supported plat-
November 1997
Introduction Xilinx Products
XC3000 Series Product Selection Matrix
XC3020A/L XC3030A/L XC3042A/L XC3064A/L XC3090A/L XC3120A XC3130A XC3142A XC3164A XC3190A XC3195A XC3142L
XC3000 Series
FEATURES
Cost/ Power
Logic Gates 1-1.5 -6/-8 1.5-2 -6/-8 -6/-8 3.5-4.5 -6/-8 -6/-8 1-1.5
High Performance
Voltage (3.3 High Performance
6.5-7.5 1320
3.5-4.5
DENSITY
Bits Typical Gate Range CLBs Flip-Flops Output Drive (mA) JTAG (IEEE 1149.1) Dedicated Arithmetic Quiescent Current (mA) Fastest Speed Grade
1.5-2
FEATURES
0.5/0.02 0.5/0.02 0.5/0.02 0.5/0.02 0.5/0.02
XC4000 Series Product Selection Matrix
XC4028EX/XL XC4036EX/XL XC4005E/XL XC4010E/XL XC4013E/XL XC4020E/XL XC4044XL XC4052XL XC4062XL XC4085XL XC4003E XC4006E XC4008E XC4025E
DEVICES
XC4000 Series
FEATURES
High Density High Performance Select-RAMMemory
System Gate Range* (Logic RAM) Logic Cells Logic Gates, RAM) Bits Logic) CLBs Flip-Flops Output Drive (mA) JTAG (IEEE 1149.1) Dedicated Arithmetic Quiescent Current (mA) Fastest Speed Grade 3200 6272 4-12 6-15 7-20 10-30 13-40 15-45 18-50 22-65 27-80 33-100 40-130 55-180 1368 1862 2432 2432 3078 3800 4598 5472 7448 73728 100352 2304 3136 5376 7168
DENSITY
8192 10368 12800 18432 25088 32768 32768 41472 51200 61952 1024 1024 1296 1600 1936 1120 1536 2016 2560 2560 3168 3840 4576
FEATURES
*Maximum System gates assume CLBs used
November 1997
XC3190L
DEVICES
Spartan Series Product Selection Matrix
FEATURES DEVICES
Spartan Series
XCS05 XCS05-XL
XCS10 XCS10-XL
XCS20 XCS20-XL
XCS30 XCS30-XL
XCS40 XCS40-XL
High Density High Performance Select-RAMMemory Cost
System Gate Range* (Logic RAM) 3200 3-10 6272 7-20 12800 1120 10-30 1368 18432 1536 13-40 1862 25088 2016 Logic Cells Logic Gates, RAM) Bits Logic) CLBs Flip-Flops Output Drive (mA) JTAG (IEEE 1149.1) Dedicated Arithmetic Quiescent Current (mA) Fastest Speed Grade
FEATURES
DENSITY
*Maximum System gates assume CLBs used
XC5200 Series Product Selection Matrix
FEATURES DEVICES
XC5200 Series
XC5202
XC5204
XC5206
XC5210
XC5215
High Density Cost Logic Gates Bits Typical Gate Range CLBs/Logic Cells Flip-Flops Output Drive (mA) JTAG (IEEE 1149.1) Dedicated Arithmetic Quiescent Current (mA) Fastest Speed Grade 6-10 10-16 1296 15-23 1936
November 1997
FEATURES
DENSITY
Introduction Xilinx Products
XC9500 Series Product Selection Matrix
DENSITY FEATURES DEVICES
CPLD Families
XC9536
XC9572
XC95108
XC95144
XC95216
XC95288
JTAG Gates Macrocells Flip-Flops Output Drive (mA) JTAG (IEEE 1149.1) Dedicated Arithmetic Quiescent Current (mA) Fastest Speed Grade
FEATURES
November 1997

Introduction Xilinx Products November 1997 About this Book

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