Introducing The Clear Logic CL7000 LPLD* Families *Laser-Processed - - PowerPoint PPT Presentation

introducing the clear logic cl7000 lpld families laser
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Introducing The Clear Logic CL7000 LPLD* Families *Laser-Processed - - PowerPoint PPT Presentation

Introducing The Clear Logic CL7000 LPLD* Families *Laser-Processed Logic Device www.clear-logic.com 1CL7000CA1 4R22Oct98 Who Is Clear Logic? Founded In May, 1996 Privately Funded Integrated Device Technology is Major


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www.clear-logic.com

CL7000 LPLD™* Families *Laser-Processed Logic Device Introducing The Clear Logic

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◆ Founded In May, 1996

➨ Privately Funded ➨ Integrated Device Technology is Major Investor ➨ Wafer Foundry: IDT Salinas, CA ➨ Assembly Partners: Amkor and ASAT

◆ Focus: Production Alternatives to Altera

➨ Low Cost and Easy to Use

Who Is Clear Logic?

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◆ Programmable Logic Advantages

➨ Easy-To-Use, Flexible ➨ Time-to-Market Benefits

◆ Programmable Logic Disadvantages

➨ Unit Cost is High ➨ High Power Consumption ➨ Lack of Design Security

Programmable Logic

Originally Developed To Be Prototyping Tool Only!

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Clear Logic: Production Alternatives to Altera

◆ No Customer Engineering Involvement:

➨ Quick, Easy Path To Lower Cost & Power ➨ Bitstream Or Programming File Is All We Need ➨ No Customer Design Reviews or Test Vectors ➨ Factory Tested With 100% Fault Coverage ➨ Eliminate Boot EPROMs - No Board Changes

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It’s Easy To Do Business With Us

◆ Two Free Samples in Two Weeks ◆ Standard Product Business Terms:

➨ Never Any NRE Charges ➨ No Minimum Order Quantities ➨ Four Week Production Lead Time ➨ 30 Day Cancellation Window

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The Ultimate Production Solution

Clear Logic Clear Logic

Altera

Altera

Volume Time

Code Revision

Quick & Easy Lower Cost & Power No NRE No Inventory Problem No Order Minimums Eliminate EPROMs

“NO RISK - BIG RETURNS”

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Synthesis Routing Iteration Synthesis, Routing Iteration Test Vectors

Design Entry Working Altera Design Entry Working ASIC

  • The Problem With “ASIC Conversions”
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Design Entry Synthesis Routing Iteration Working Altera Working Clear Logic Send Programming File Or Bitstream To Clear Logic

Clear Logic

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CL7000 LPLD™

➨ Production Replacement for MAX 7000 ➨ Sampling Q4 98

◆ CL8000A LASIC™

➨ Production Replacement for FLEX 8000A ➨ CL8000A Introduced in January, 1998

Clear Logic Product Families

NEW!

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◆ LPLD™ Laser-Processed Logic Device

➨ Functional Equivalent to Pre-Programmed CPLD ➨ Replace MAX 7000, MAX 7000E, & MAX 7000S ➨ Sampling CL7128E and CL7128S in Dec 98 ➨ 20% to 50% Lower Unit Cost

Introducing Clear Logic LPLD

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Output Enables Macrocells Macrocells Macrocells Macrocells I/O Control Block Macrocells Macrocells Macrocells Macrocells

LIA

I/O Pins

Output Enables

I/O Pins I/O Pins I/O Pins

I/O Control Block I/O Control Block I/O Control Block

Architecture Similar To MAX 7000

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  • Global

Clocks Global Clear 36 Signals from LIA 16 Expander Product Terms Shared Logic Expanders

Product Term Select Matrix

Parallel Logic Expanders (from other macrocells) Clear Select

VCC

Clock/ Enable Select

Register Bypass Configurable Register to LIA to I/O Control Block

PRN ENA CLRN

Q D

2 Laser Fuse Configuration Hjg\m[lL]je 9F<9jjYq

MacroCell Similar To MAX 7000

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LPLD Cost Reduction

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Clear Logic: 72% Less Interconnect Area!!

Interconnect Array

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  • Altera

Programmable Interconnect Array (PIA) Eleven Transistors

Column Row

Clear Logic Laser-Configured Interconnect Array (LIA) Zero Transistors!!

Column Row Fuse

Laser-Configured Interconnect Array

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Clear Logic: 55% Less AND Array Area!!

Product Term AND Array

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  • Altera

Programmable AND Array Six Transistors

A A VS BL P1 P0

Clear Logic Laser-Configured AND Array 1 Transistor + 3 Fuses!!

A VS BL GND A

Product Term AND Array

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CL7000 LPLD MAX 7000 CPLD Re-Synthesis Required No No Re-Routing Required No No Test Vector Generation No No NRE Required No No Minimum Order Quantity No No 100% Fault Coverage Provided Yes N/A Prototype Lead Times 2 Weeks 1 Day Hi-Volume Lead Times 4 Weeks 4 Weeks Price X Up to 2X

Compare to Pre-Programmed CPLDs

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Altera Clear Logic MacroCells Speed Availability

EPM7128E/S CL7128E/S 128

  • 6

Jan 99 EPM7256E/S CL7256E/S 256

  • 7

Feb 99 EPM7192E/S CL7192E/S 192

  • 7

Mar 99 EPM7160E CL7160E 160

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Apr 99 EPM7096 CL7096 96

  • 7

Jun 99

CL7000 LPLD™ Products

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Clear Logic’s Original CL8000A Family Replaces FLEX 8000A In Volume Production

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A Broad Offering of CL8000As

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➨ Shipped Over 170 Different First Article Projects ➨ 70% Of Customers Select “Instant-On”

➨ Logic/Timing Fully Compatible To FLEX 8K ➨ Shipping Production Since April, 1998

Clear Logic CL8000A Update

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◆ Converts FLEX 8000A FPGAs to LASIC™

➨ Proven Functional and Timing Compatibility ➨ Lower Cost and Power ➨ Same “No Hassle” Benefits as LPLD

CL8000A Product Family

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And Additional Savings.....

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CL8000A Architecture Similar To FLEX 8K FPGA

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CL8000A Configuration Element

◆ New Architecture

➨ Smaller Die Size Leads

to Lower Cost

➨ Simplified

Configuration Elements

Five Times Area Improvement for Configuration Elements!

Clear Logic Laser Configuration Element SRAM Based User Programmable Element

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Die Size Comparison

Altera EPF8452A Clear Logic CL8452A

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Compare CL8000A LASIC™ to ASIC

Clear Logic ASIC

Re-Synthesis Required No Yes Re-Routing Required No Yes Test Vector Generation No Yes NRE Required No Yes Large Minimum Order Quantity No Yes 100% Fault Coverage Provided Yes No Prototype Lead Times 2 Weeks 1 Month Production Lead Times 4 Weeks 3 Months

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Altera Clear Logic Gates Status Availability

EPF8282A CL8282A 2,500 NEW Nov 98 EPF8452A CL8452A 4,000 Jan 98 Now EPF8636A CL8636A 6,000 June 98 Now EPF8820A CL8820A 8,000 NEW Now EPF81188A CL81188A 12,000 NEW Now

CL8000A LASIC™ Products

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5 10 15 20 25 Q1’98 Q2’98 Q3’98 Q4’98 Q1’99 Q2’99 Q3’99 NEW 3 NEW 2 NEW 1 CL7000S CL7000/E CL8000A

Number

  • f

Products

Product Family Road Map

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  • 1. Chip Designed For Compatibility
  • 2. ClearShot™ Bitstream Extraction
  • 3. ClearFire™ Laser Configuration
  • 4. NoFault™ Test Technology

The Way We Do It

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◆ Altera Source Design Maps To Clear Logic ◆ No Resynthesis ◆ Routing & Placement From Source Device ◆ Timing Relationships Preserved ◆ I/O Matched To Source Device

  • 1. Chip Designed for Compatibility
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◆ Automated Bitstream Extraction ◆ Performed In Less Than One Hour ◆ Maps Design To Laser Fuse Map ◆ Passes Data To NoFault™ Testing ◆ No Customer Software

  • 2. ClearShot
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◆ Laser Configuration Process ◆ Performed At Production Rates ◆ Proven Laser Technology

  • 3. ClearFire
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Laser Configuration

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➨ No Masks

= No Up-Front Cost

➨ Each Die Unique

= No Min Order Qty

➨ Fewer Transistors

= Lower Power

➨ Last Wafer Step

= Short Lead Time

Laser Configuration

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◆ Integrated Test Generation/Process ◆ Built-in Chip Level Scan Test ◆ Automatic Test Vector Generation ◆ 100% Fault Coverage

  • 4. NoFault™
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Bitstream Laser Fuse Map ClearShot™ Automated Conversion Process ClearFire™ Laser Configuration Process Wafers Ready for Configuration NoFault™ Automatically Generated Test Vectors Configured Wafers Wafer Sort, Package Assembly, Final Test Finished Units All Processes Inside Dotted Line Performed By Clear Logic Without Customer Involvement

Clear Logic Process

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Elimination of Mavericks

“Maverick” Philosophy Pioneered by IBM and Others

Eliminate Products Outside Normal Distribution

Clear Logic Program Follows Guidelines Established By JEDEC (EIA/JESD50)

Eliminating Maverick Product Reduces Field Failure Rate

10 20 30 40 50 60 70 80 90 100

# of occurrences

30 60 90 120 150 180 210 240 270

value of parameter Maverick Product Spec Limit

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The Clear Alternative to MAX 7000

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Let Us Be Part of the Solution...

For Existing Programs, Provide us a copy of the .HEX or .POF File. We’ll Provide First Articles for Evaluation within two Weeks, Completely free of charge. For New Programs, Design with Clear Logic in Mind. It’s the Quickest Path to a Low Cost, Alternative Solution for Volume Production.