Stop Logic Shop! Advanced System Logic Products 1997 SE

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Stop Logic Shop! Advanced System Logic Products 1997 SE

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Advanced Interface Standard Logic
Stop Logic Shop!
Advanced System Logic Products
1997
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Advanced System Logic
World Wide Advanced System Logic Wafer Fabs
Locations Freising, Germany Hiji, Japan Sherman, Dallas, Technologies CMOS BiCMOS Bipolar Geometries 0.65 microns 0.35 (2H97)
Products
Assembly Sites
Locations K.L., Malaysia Hiji, Japan Taipei, Taiwan Baguio, Philippines Oporto, Portugal Sherman, Technologies Surface Mount Through-hole
ALVC etc.
Physical Layer FIFO Memories
Cardbus Clock Drivers Bridges Boundary Scan PCMCIA Logic Bridges
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Agenda
Logic Overview Stop Logic Shop! Packaging Trends logic products
AHC, MicroGates, ABT, Tolerant LVT, LVC, ALVT Pure 3.3V ALVC,
3.3V logic products
Specialty Logic Features (Bus Hold, Resistors) High-Performance backplane products Clock Drivers/JTAG/FIFO's
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Logic Sourcing Analysis
1995 U.S. Market Share (All Products)
Phil Harris Cypr Qual
Source: Insight Onsite
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Product Life Cycle
ALVC ALVT CD4000
Bipolar CMOS BiCMOS
Introduction
Growth
Maturity
Decline
Obsolescence
remains committed last supplier older families. Investment levels products time high while
equipment requirements accelerating product introduction.
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
CMOS Growing, Bipolar Shrinking
Worldwide Standard Logic Market
Units 6000 5000 4000 3000 2000 1000 1994
Source:
1995 CMOS
1996
1997 Year
1998 Bipolar
1999
BiCMOS
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Worldwide CMOS Logic Market
Units
6000 5000 4000 3000 2000 1000 1994
Source:
4000B
5,492 4,600 4,603 4,761 4,862 5,050
1995
74HC
1996 Year 1997
AC/ACT LV/LVC
1998
Other
1999
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Packaging Options
Bits 16/18 Bits Widebus16/18 Bits TSSOP 16/18 Bits TVSOP
20-Pin SOIC (DW) Area Height 2.65 Lead Pitch 1.27
48-Pin SSOP (DL) Area Height 2.74 Lead Pitch 0.635
48-Pin TSSOP (DGG) Area Height Lead Pitch
48-Pin TVSOP (DGV) Area Height Lead Pitch
20-Pin SSOP (DB) Area Height Lead Pitch 0.65
SOIC
Widebus 20-Pin TSSOP (PW) Area Height Lead Pitch 0.65
package designators)
SSOP Widebus+ QSOP
Shrink Widebus
TSSOP
Bold indicates TTL/CMOS logic packages.
TVSOP
Widebus, Widebus+ Shrink Widebus trademarks Texas Instruments Incorporated
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Switch Package Options
Package Type N/NT D/DW S1/SO Pericom Cypress M/WM
Other families supported
PDIP SOIC QSOP QVSOP SSOP TSSOP TVSOP
most CMOS/BiCMOS CMOS/BiCMOS CMOS/BiCMOS CMOS/BiCMOS ABT,AHC,LV,LVC ABT,AHC,LVC,ALVC
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Family Positioning
Drive (mA)
ALVT
AC/ACT
HC/HCT
Performance (ns)
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Advanced High-Speed CMOS AHC/AHCT
Circuit Features Gates, Flip-Flops, Functions Available CMOS Compatible Functions Noise High Noise Immunity 2.0V 5.5V Supply Voltage
Advantages
Three Times Faster Than Similar Noise Performance Similar Pricing Marketing Applications Support Internal External Sources Drop replaceable Broad Product Portfolio Performance/Price
Packaging
Performance '245 Drive Drive 3.3V PDIP SOIC SSOP TSSOP TVSOP*
*Planned
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Comparisons
AHC/HC/VHC
Ground Bounce (VOLP)
Drive
Dynamic Power Consumption
Static Power Consumption
Propagation Delay
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
AHC/AHCT Product Offerings
Released
AHC00 AHCT00 AHC04 AHCU04 AHCT04 AHC08 AHCT08 AHC14 AHCT14 AHC32 AHCT32 AHC74 AHCT74 AHC86 AHCT86 AHC125 AHCT125 AHC126 AHCT126 AHC240 AHCT240 AHC244 AHCT244 AHC245 AHCT245 AHC373 AHCT373 AHC374 AHCT374 AHC540 AHCT540 AHC541 AHCT541 AHC573 AHCT573 AHC574 AHCT574
Planned
AHC138 AHCT138 AHC139 AHCT139 AHC157 AHCT157 AHC158 AHCT158 AHC257 AHCT257 AHC258 AHCT258 AHC273 AHCT273 AHC02 AHCT02
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
AHC/AHCT MicroGates
Package Logic Function Single Gate Advanced HCMOS Technology Logic Identifier Identifier
Simplifies circuit routing ASIC modification propagation delay +/-8mA output drive 20uA static current CMOS (AHC)
(AHCT) versions Compatible with Toshiba's TC7SH/SHTxx series Volume production:
Cross-Reference (examples)
Texas Instruments SN74AHC1G00DBV SN74AHCT1G00DBV SN74AHC1GU04DBV
Toshiba TC7SH00F TC7SHT00F TC7SHU04F
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
AHC/AHCT MicroGate Product Offerings
Released AHC1G00 AHCT1G00 AHC1G08 AHCT1G08 AHC1G32 AHCT1G32 Planned AHC1G02 AHCT1G02 AHC1G04 AHC1GU04 AHCT1G04 AHC1G14 AHCT1G14 AHC1G86 AHCT1G86
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Advanced BiCMOS Technology
Advantages
Circuit Features Power CMOS 0.8µ BiCMOS Technology High Drive Bipolar Outputs Power-Up 3-State Marketing Applications Support Power-On-Demand (ICCL)* SPICE Models Hold (Ii(HOLD))* Internal External Sources Live Insertion (IOFF) Broad Product Portfolio Packaging Industrial Temp (-40 85°C) Performance/Price Damping Resistor Option Reduced VOLP SOIC
Selected functions
Performance '245A '16245A
SSOP TSSOP WidebusShrink WidebusTQFP
Widebus Shrink Widebus trademarks Texas Instruments Incorporated
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Fast!
`ABT245A `ABT16245A
FCT245 FCT16245
price competitive FCT!
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Lower Ground Bounce!
VOLP
ABT16245 FCT16245A
Output
5.5V 500, Outputs Switching, Freq MHz, 25°C, VINL 0.5V, VINH 2.5V
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Power 3-State!
ensure valid
output levels during power IOZpu, IOZpd data sheet
ensure high
output during power down IOFF data sheet
Output
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Rather Than FCT?
1995 Units Shipped*
Only
High
Lower ground
bounce
performance
Growth!
Competitive
pricing
Growth
Live insertion
Power 3-state Stronger
hold
(selected functions)
sourcing TI/Philips/ Hitachi/ Fairchild (NSC)/ Toshiba
Clear Winner!
Plus, provides complete roadmap lower voltages!
*Source: Insight Onsite
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Provides Faster, More Complete Roadmap Lower Voltages!
Speed
ALB16 ALVT16 ALVC16 LVC16
FCT163-C FCT163-A FCT163
2.0ns 2.4ns 3.6ns 4.0ns 5.2ns
4.1ns 4.8ns 6.5ns
Drive
FCT3/FCT163 ALVC/ALB/LVC LVT/ALVT
-8/+24
-24/+24 -32/+64
ALB: -25/+25
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Cross Technology
Circuit Features (4.5 Industry Standard Pinouts Pre-Charge Circuits Live Insertion
Advantages
Isolate circuits 3.3V translation spec'd Innovative WidebusFunctions Available Marketing Applications Support SPICE Models
Widebus trademark Texas Instruments Incorporated
Packaging
Performance
Prop Delay!
SOIC SSOP TSSOP WidebusShrink WidebusShrink Widebus trademark Texas Instruments Incorporated
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Exchange Switches
CBT3383 EXCHANGER
Channels
CBT3384A SWITCH
Channels
DEVICE TYPES
`3306 `3125 '3244 '3245A/3345 `3253 `3257 '3383 '3384A '6800 '16209 `16211 '16212/16213 '16214 `16244 2-Bit Switch 4-Bit Switch 8-Bit, '244 Pinout 8-Bit, '245 Pinout Dual 4-to-1-Multiplexers Quad 2-to-1-Multiplexers 10-Bit Exchanger 10-Bit Switch 10-Bit VME64 Switch 18-Bit Exchanger 24-Bit Switch 24-Bit Exchanger 12-Bit 3-to-1 Select 16-Bit Switch
Simple Switches Functionally Equivalent QS3383
QS3384
Industry Standard Pinouts ('244, '245) WidebusFunctions Available Fine Pitch Packaging Options (SOIC,
SSOP, TSSOP, Widebus, Shrink WidebusTM)
Octals Widebus available NOW!
Widebus Shrink Widebus trademarks Texas Instruments Incorporated
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Basics
Comparison Switching Standards
4.44
CMOS Rail-to-Rail AHC,
Larger Noise Margins Standard ABTE ABT, AHCT, HCT, ACT, Bipolar
LVTTL LVT, LVC, ALVC, ALVT
2.5V CMOS ALVC, ALVT
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Voltage Logic
3.3V Competitive Analysis
ALVT
Drive (mA)
Phil Tosh Other
FCT-A
Performance (ns)
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Voltage Logic:
1995 3.3V Logic Market Shares
1996* 3.3V Logic Market Shares
Other
Other
10/1/96
Source: Insight Onsite
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Complete Voltage Market Coverage Standardization
Performance
Phil
High Performance
74F,
Phil
Phil Phil Phil Phil
ALVC
ALVT
Philips
Hitachi
-8/8 drive -24/24 drive -32/64 drive -24/24 drive -32/64 Ultra-low Ultra-low Ultra-low drive capability standby power standby power standby power standby power standby power sources sources sources sources sources Gate functions hold hold hold Hold tolerant tolerant tolerant Gate functions
performance
performance
performance
ALVC
performance
ALVT
performance
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Voltage Technology
Circuit Features Mixed Mode Compatible Hold (II(HOLD)) Power Demand High Drive (-32/64 Noise Damping Resistor Options Protection VIMAX Live Insertion (IOFF) Performance '245 '16245A Standby Power Advantages Migrate from 3.3V with minimum redesign Marketing Applications Support SPICE Models Internal External Sources Wide Product Portfolio
Packaging
SOIC SSOP TSSOP WidebusShrink WidebusWidebus Shrink Widebus trademarks Texas Instruments Incorporated
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Voltage CMOS
Advantages Circuit Features Gates Available -24/24 Drive Diode Tolerant Hold Damping Resistor Options
redesign program on-going ongoing selected functions
Mid-Range Voltage Product (performance/price) Lower Power Dissipation Capacitance (Cpd) Lower Input/Output Capacitance (CIN/COUT) Marketing Applications Support SPICE Models Internal External Sources Wide Product Portfolio
Packaging
Performance '245 Iccz
SOIC SSOP TSSOP WidebusShrink WidebusWidebus Shrink Widebus trademarks Texas Instruments Incorporated
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Voltage
Circuit Features Advantages Gates Available -8/8 Drive Interface -6/6 Drive Gates Spec'd 3.3V Operation Similar Performance HCMOS Marketing Applications Support SPICE Models Internal External Sources
Packaging
Performance '245 14.5 Iccz SOIC SSOP TSSOP
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Advanced Voltage CMOS ALVC
Advantages Circuit Features Hold (II(HOLD)) Drive Capability (-24/24 3.3V VCC) 2.5V VCC) Noise Damping Resistor Options Protection Spec'd 3.3V 2.5V Operation Performance `16245 (3.3 VCC) Power Performance Leadership Product Marketing Applications Support SPICE Models Internal External Sources Wide Product Portfolio Specialized Memory Interface Functions Available SDRAMs Packaging WidebusShrink WidebusWidebus Shrink Widebus trademarks Texas Instruments Incorporated
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Logic Support Migration Lower Voltages
16245: 16245:
16245: ALVC 16245: ALVT 16245: ALVC 16245: ALVT 16245:
3.3V
ALVC 164245:
2.5V
16245: <2.5
1.8V
164245:
ALVC ALVT specified both 3.3V 2.5V operation designed dedicated 2.5V operation. Sampling starts 1Q97
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Solution Defining CMOS Inputs
Pullup Resistor
ABT16245
320Cxx
BACKPLANE
ABT16245
ABT16245
LINE CARDS
ABT16245
Side View
ABT16245
ABT16245
ABT16245
ABT16245
pullup resistors needed protect against floating inputs Additional cost Additional board space Additional power consumption
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Hold Input Characteristics
Hold Input Cell Input Inverter Stage
Holds last known
state input
Eliminates need
external resistors unused floating input/output pins
Device Boundary
hold input cell replaces pullup resistor
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Logic With Hold
ABTH LVCH ALVCH devices with hold. devices have hold. Name change LVTH progress. devices with hold. devices have hold (>40 devices).
AHCH/AHCTH hold planned Widebus devices.
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Damping Resistors
WHY: Damping resistors limit current thereby reducing noise from undershoot overshoot Help line termination (reduces ringing line reflection improve signal quality) ABT2245 ABT162245 Extra device name indicates damping resistor
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Damping Resistor Balanced Drive
TI's placement series damping resistor meets both goals: Limit current Help line termination
IDT''s placement effectively reduces current only. This method preferred line termination.
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Logic with Series Damping Resistors
ABT: Devices LVT: LVC:
Devices Devices
ALVC: Devices
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Basics
tolerant)
Comparison Backplane Switching Standards
3.3V
3.3V
3.3V
Vref 0.8V
VTT, 0.85 Vref 0.75
Vref 0.8V
VTT, 0.85 Vref 0.75
Slew Rate: 0.3-0.8V/ns Vref 0.74 typ) 1.14 (1.5V typ)
VTT,
1.05 Vref 0.95 0.55
1.62 1.55 1.47
Terminated Case
Unterminated Case
GTL+
BTL/FB+
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
What GTL?
1.2V
Driver open drain n-channel CMOS transistor
Reduced voltage swing reduces power allows
integration into VLSI CMOS
1.2V 0.85 0.80 0.75 0.40
Receiver stage differential
input with external VREF 0.8V. VREF derived from simple R/2R voltage divider 1.2V pull-up.
RCVR VREF
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Advantages
Noise: External VREF provides common-mode noise immunity (derived from 1.2V pull-up). signal amplitude reduces Speed: Absence Reflections Allows Higher System Clock Rate Very high speed point-to-point communication (100+ MHz) Backplane speeds over High speed, power backplane alternative
Power:
Power Comparison (160 active I/Os) Technology Power (watts) Termination 3.0V 16.5 2.0V 1.2V
Cost: transceivers less than half cost drivers comparable speeds.
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Design Considerations
(1.2/1.5V) must regulated from VREF must generated from (1.2/1.5V) bypass capacitors regulate 0.8V VREF
1.2V
VREF 0.8V
0.01µF
Need both 3.3VCC 5VCC power supply `GTL16612
Linear Technology makes some regulators 1.2V LT1086 amps
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Clock Distribution Circuits
Buffer based Flip-Flop based based
TTL/CMOS Levels
3.3V
LV-TTL Levels
TTL/CMOS Levels
3.3V
LV-TTL Levels
CDC208 CDC329A CDC392
Levels
CDC351 CDC2351
CMOS Levels
CDC337
Levels
CDC328A CDC340 CDC341 CDC391
CMOS Levels
CDC203
CDC303 CDC304 CDC305 CDC339
CDC509 2509* CDC516 2516* CDC536 2536 CDC586 2586 CDC9171 CDC984x CDC944x*
LV-TTL/PECL Levels
LV-PECL Levels
CDC582 CDC2582 planned product
LV-TTL/SSTL Levels
CDC204 CDC209
CDC111 CDC112 CDC222*
CDC587 2587*
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Clock Distribution Circuits
Product Focus Areas
Workstations
CDC111 CDC112 CDC222* CDC509 CDC516 CDC536 CDC582 CDC586
Personal Computers
CDC351 2351 CDC586 2586 CDC984x CDC9441* CDC9442* CDC9449*
Memory Modules
CDC509 CDC516 CDC536 CDC586 CDC587 2509* 2516* 2536 2586 2587*
Digital Video Disk
CDC9171 CDC917x*
2509* 2516* 2536 2582 2586
planned product
Other general-purpose buffers flip-flops support variety applications PC/Workstation, Telecom/Internetworking Industrial equipments
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
What Does Offer IEEE 1149.1 (JTAG) Silicon Solutions?
commercially released devices
IEEE 1149.1 (JTAG) Boundary-Scan Logic Devices
Octal (8-bit)
Widebus(18/20-bit)
Scan-Support Functions
ABT/ ABTH* (5V) LVTH* (3.3V)
LVT8980 (eTBC)
Hold option
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Boundary Scan Idea
Scan provides
CORE CORE
means arbitrarily observe test results source test stimulus
Scan method
requires minimal chip/board resources (pins/nets)
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
Equipment Designing with JTAG Boundary-Scan
Military Networking
Telecom
High Fault Tolerant' Computers Imaging Systems Medical Conferencing Consumer Copiers
Mid-Range `Server' Computers
Avionics
SEMICONDUCTOR GROUP ADVANCED SYSTEM LOGIC
FIFO Product Portfolio
'ACT2229 'ACT2227 'ALS229A 'ALS232A 'ALS233A 'ACT2228 'ACT2226 'S225 'ALS234 'ALS236 'ALS2232A 'ALS235 'ALS2238 'ACT 7200 'ACT 7201 'ACT 7202 'ACT 7203 'ACT 7204 'ACT 7205 'ACT 7206 'ACT 2235/6 'ACT 72211 'ACT 72221 'ACT 72231 'ACT 72241 'ABT7819 'ACT7807 'ACT7805 'ACT7813 'ACT7803 'ACT 7808 'ACT 7814 'ACT 7806 'ACT 7804
'ABT 7820
'ALS2233A
64x1 256x1
16x4/5 64x4
64x5 64x8
64x9 32x9x2
1Kx9x2
2Kx9 64x18
256x18 512x18
512x18x2
Synchronous
Asynchronous
Organization
Clocked
Strobed
3.3V Versions
ADVANCED FIFOs
`ABT3611 `ABT3613 `ABT3612 `ABT3614 `ACT3622 `ACT3638 `ACT3632 `ACT3631 `ACT3641 64x36 64x36 64x36x2 512x32x2 512x36x2 64x36x2 256x36x2 512x36 1Kx36 Organization
Multiple
Speed Sorts
Unidirectional
Bidirectional
Advanced
Packaging
Fine-Pitch

Stop Logic Shop! Advanced System Logic Products 1997 SE

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