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CoolRunner vs. CompetitionPower and Feature Comparison

Cross Reference

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CoolRunner vs.CompetitionContents

Dynamic Power Comparison

XPLA3 vs. Altera Max7000AE

XPLA3 vs. Altera Max7000B

XPLA3 vs. Altera Max3000A

XPLA3 vs. Lattice 2000VL

Altera to CoolRunner Cross Reference Guide

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0

50

100

150

200

Icc (mA)*

1 10 50 100

Frequency (MHz)

CoolRunner Max7000AE Max3000A Lattice 2000VL

* Icc calculated according to vendor data sheets,using a 16 bit counter in each logic block, with no output loading.

Dynamic Power Comparison

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Major CoolRunner XCR3000XL Advantages over Altera Max7000AE Zero-power standby. TotalCMOS™ technology for ultra-low-power operation in pin-compatible footprints. Dynamic power savings of 75%. Superior routability. Advanced interconnect technology allows superior pin-locking characteristics over Max.

System Feature XCR3000XL Max7000A/AEIn-system programmable (3.3V) Yes YesZero-power standby Yes NoUltra low power dynamic operation Yes NoMaximum p-terms/macrocell 48 32Global clocks- inversion at macrocell

4Yes

2No

Block fan-in 36 36Input hysteresis Yes NoSlew rate control Yes YesHot-plugging capability Yes YesJTAG 1149.1 boundary-scan test Yes YesRegister clock enable Yes YesOpen-drain outputs Emulated YesReliability- Endurance (cycles)- Data retention (years)

100020

10010

Process Technology EEPROM EEPROM

XPLA3 vs. Altera Max 7000AE

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Major CoolRunner XCR3000XL(3.3V) Advantages over Altera Max7000B(2.5V) Zero-power standby. TotalCMOS™ technology for ultra-low-power operation in pin-compatible footprints. Dynamic power savings of 75%. Superior routability. Advanced interconnect technology allows superior pin-locking characteristics over Max.

System Feature XCR3000XL(3.3V) Max7000B(2.5V)In-system programmable Yes YesZero-power standby Yes NoUltra low power dynamic operation Yes NoMaximum p-terms/macrocell 48 32Global clocks- inversion at macrocell

4Yes

2No

Block fan-in 36 36Input hysteresis Yes NoSlew rate control Yes YesHot-plugging capability Yes YesJTAG 1149.1 boundary-scan test Yes YesRegister clock enable Yes YesOpen-drain outputs Emulated YesReliability- Endurance (cycles)- Data retention (years)

100020

10010

Process Technology EEPROM EEPROM

XPLA3 vs. Altera Max 7000B

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Major CoolRunner XCR3000XL Advantages over Altera Max3000A Zero-power standby. TotalCMOS™ technology for ultra-low-power operation in pin-compatible footprints. Dynamic power savings of 75%. Superior routability. Advanced interconnect technology allows superior pin-locking characteristics over Max.

System Feature XCR3000XL Max3000AIn-system programmable (3.3V) Yes YesZero-power standby Yes NoUltra low power dynamic operation Yes NoMaximum p-terms/macrocell 48 32Global clocks- inversion at macrocell

4Yes

2No

Block fan-in 36 36Input hysteresis Yes NoSlew rate control Yes YesHot-plugging capability Yes YesJTAG 1149.1 boundary-scan test Yes YesRegister clock enable Yes YesOpen-drain outputs Emulated YesReliability- Endurance (cycles)- Data retention (years)

100020

10010

Process Technology EEPROM EEPROM

XPLA3 vs. Altera Max 3000A

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Major CoolRunner XCR3000XL(3.3V) Advantages over Lattice 2000VL(2.5V) Zero-power standby. TotalCMOS™ technology for ultra-low-power operation in pin-compatible footprints. Dynamic power savings of 75%. Superior routability. Advanced interconnect technology allows superior pin-locking characteristics over Max.

System Feature XCR3000XL(3.3V) Lattice 2000VL(2.5V)In-system programmable Yes YesZero-power standby Yes NoUltra low power dynamic operation Yes NoMaximum p-terms/macrocell 48 32Global clocks- inversion at macrocell

4Yes

2No

Block fan-in 36 36Input hysteresis Yes NoSlew rate control Yes YesHot-plugging capability Yes YesJTAG 1149.1 boundary-scan test Yes YesRegister clock enable Yes YesOpen-drain outputs Emulated YesReliability- Endurance (cycles)- Data retention (years)

100020

10010

Process Technology EEPROM EEPROM

XPLA3 vs. Lattice 2000VL

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Altera to CoolRunner Cross Reference

The following chart provides information for crossing Altera Max7000 & Max3000 devices to CoolRunner.

The 32, 64, 128 and 256 macrocell parts are listed first, followed by the 96, 160, 192 and 512 macrocell parts.

For each density, the devices are sorted by family, with VCC shown. Within each family, parts are listed by package & pin count, with available speed grades shown in parenthesis.

If the CoolRunner equivalent is shaded, there is no direct cross and the part shown is a recommendation.

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Altera CoolRunner Equivalent

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7032 5V PLCC 44 EPM7032LC44-(6,7,10,12,15) XCR5032C(8,10,12)PC44C44 EPM7032LI44-(12,15) XCR5032C(10,12)PC44I

PQFP 44 EPM7032QC44-(7,10,12,15) XCR5032C(8,10,12)VQ44C

Note 1 44 EPM7032QI44-(12,15) XCR5032C(10,12)VQ44I

TQFP 44 EPM7032TC44-(6,7,10,12,15) XCR5032C(8,10,12)VQ44C44 EPM7032TI44-(15) XCR5032C(10,12)VQ44I

EPM7032AE 3.3V PLCC 44 EPM7032AELC44-(4,7,10) XCR3032A(6,7,10)PC44CTQFP 44 EPM7032AETC44-(4,7,10) XCR3032XL(5,6,7)VQ44C XCR3032A(6,7,10)VQ44C

44 EPM7032AETI44-(7) XCR3032XL(6,7)VQ44I XCR3032A(7,10)VQ44I

EPM7032S 5V PLCC 44 EPM7032SLC44-(5,6,7,10) XCR5032C(8,10,12)PC44C44 EPM7032SLI44-(7) XCR5032C(10,12)PC44I

TQFP 44 EPM7032STC44-(5,6,7,10) XCR5032C(8,10,12)VQ44C44 EPM7032STI44-(7) XCR5032C(10,12)VQ44I

EPM7032V 3.3V PLCC 44 EPM7032VLC44-(12,15,20) XCR3032C(6,7,10)PC44CTQFP 44 EPM7032VTC44-(12,15,20) XCR3032XL(5,6,7)VQ44C XCR3032C(6,7,10)VQ44C

44 EPM7032VTI44-(20) XCR3032XL(6,7)VQ44I XCR3032C(7,10)VQ44I

EPM7032B 2.5V PLCC 44 EPM7032BLC44-(3,5,7) XCR3032A(6,7,10)PC44C

Note2 TQFP 44 EPM7032BTC44-(3,5,7) XCR3032XL(5,6,7)VQ44 XCR3032A(6,7,10)VQ44C

EPM3032A 3.3V PLCC 44 EPM3032ALC44-(4,7,10) XCR3032A(6,7,10)PC44CTQFP 44 EPM3032ATC44-(4,7,10) XCR3032XL(5,6,7)VQ44C XCR3032A(6,7,10)VQ44C

Note 1 PQFP 44 not available in CoolRunnerNote 2 2.5V not available in CoolRunner

Altera to CoolRunner Cross Reference

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Altera CoolRunner Equivalent

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7064 5V PLCC 44 EPM7064LC44-(7,10,12,15) XCR5064C(7,10)PC44C44 EPM7064LI44-(15) XCR5064C(10,12)PC44I68 EPM7064LC44-(4,7,10) XCR5064(7,10)PC68C68 EPM7064LI44-(7) XCR5064(10,12)PC68I84 EPM7064LC68-(7,10,12,15) XCR5064C(7,10)PC84C84 EPM7064LI68-(15) XCR5064C(10,12)PC84I

PQFP 100 EPM7064QC100-(7,10,12,15) XCR5064C(7,10)VQ100CNote3 100 EPM7064QI100-(15) XCR5064C(10,12)VQ100I

TQFP 44 EPM7064TC44-(7,15) XCR5064C(7,10)VQ144C

EPM7064AE 3.3V PLCC 44 EPM7064AELC44-(4,7,10) XCR3064A(6,7,10)PC44C44 EPM7064AELI44-(7) XCR3064A(6,7,10)PC44I

TQFP 44 EPM7064AETC44-(4,7,10) XCR3064XL(5,6,7)VQ44C XCR3064A(6,7,10)VQ44C44 EPM7064AETI44-(7) XCR3064XL(7,10)VQ44I XCR3064A(6,7,10)VQ44I

Note3 100 EPM7064AETC100-(4,7,10) XCR3064XL(5,6,7)VQ100C XCR3064A(6,7,10)VQ100C

FLBGA 100 EPM7064AEFC100-(4,7,10) XCR3064XL(5,6,7)CS144C

Altera to CoolRunner Cross Reference

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Altera CoolRunner Equivalent

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7064S 5V PLCC 44 EPM7064SLC44-(5,6,7,10) XCR5064C(7,10)PC44C44 EPM7064SLI44-(7) XCR5064C(10,12)PC44I84 EPM7064SLC84-(5,6,7,10) XCR5064C(7,10)PC84C84 EPM7064SLI84-(7) XCR5064C(10,12)PC84I

TQFP 44 EPM7064SLC44-(5,6,7,10) XCR5064C(7,10)VQ44C44 EPM7064SLI44-(7) XCR5064C(7,10)VQ44I

Note3 100 EPM7064STC100-(5,6,7,10) XCR5064A(6,7,10)VQ100C

100 EPM7064STI100-(7) XCR5064C(10,12)VQ100I

EPM7064B 2.5V PLCC 44 EPM7064BLC44-(3,5,7) XCR3064A(6,7,10)PC44C

Note2 TQFP 44 EPM7064BTC44-(3,5,7) XCR3064XL(5,6,7)VQ44C XCR3064A(6,7,10)VQ44C

Note3 100 EPM7064BTC100-(3,5,7) XCR3064XL(5,6,7)VQ100C XCR3064A(6,7,10)VQ100C

FLBGA 100 EPM7064BFC100-(3,5,7) XCR3064XL(5,6,7)CS144C

256 EPM7064BFC256-(3,5,7)

EPM3064A 3.3V PLCC 44 EPM3064ALC44-(4,7,10) XCR3064A(6,7,10)PC44CTQFP 44 EPM3064ATC44-(4,7,10) XCR3064XL(5,6,7)VQ44C XCR3064A(6,7,10)VQ44C

Note3 100 EPM3064ATC100-(4,7,10) XCR3064XL(5,6,7)VQ100C XCR3064A(6,7,10)VQ100C

Note3 For TQFP 100Altera Pins 1&2 are no connects pins 99 & 100 are I/OCoolRunner Pins 1&2 are I/O pins 99 & 100 are no connects

Altera to CoolRunner Cross Reference

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Altera CoolRunner Equivalent

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7128A 3.3V PLCC 84 EPM7128ALC84-(6,7,10,12) XCR3128A(7,10,12)PC84CTQFP 100 EPM7128ATC100-(6,7,10,12) XCR3128XL(5,6,7)VQ100C XCR3128A(7,10,12)VQ100C

100 EPM7128ATI100-(10) XCR3128XL(7,10)VQ100I XCR3128A(7,10,12)VQ100I144 EPM7128ATC144-(6,7,10,12) XCR3128XL(5,6,7)VQ144C XCR3128A(7,10,12)VQ144C144 EPM7128ATI144-(10) XCR3128XL(7,10)VQ144I XCR3128A(10,15)VQ144I

FLBGA 100 EPM7128AFC100-(6,7,10) XCR3128XL(6,7,10)CS144C

256 EPM7128AFC256-(6,7,10)

EPM7128AE 3.3V PLCC 84 EPM7128AELC84-(5,7,10) XCR3128A(7,10,12)PC84CTQFP 100 EPM7128AETC100-(5,6,7,10) XCR3128XL(5,6,7)VQ100C XCR3128A(7,10,12)VQ100C

100 EPM7128AETI100-(7) XCR3128XL(7,10)VQ100I XCR3128A(7,10,12)VQ100I144 EPM7128AETC144-(5,7,10) XCR3128XL(5,6,7)VQ144C XCR3128A(7,10,12)VQ144C144 EPM7128AETI144-(7) XCR3128XL(7,10)VQ144I XCR3128A(10,15)VQ144I

FLBGA 100 EPM7128AEFC100-(5,7,10) XCR3128XL(6,7,10)CS144C

100 EPM7128AEFI100-(7) XCR3128XL(6,7,10)CS144C

256 EPM7128AEFC256-(5,7,10)

Altera to CoolRunner Cross Reference

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Altera CoolRunner Equivalent

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7128E 5V PLCC 84 EPM7128ELC84-(7,10,12,15,20) XCR5128C(7,10,12)PC84C84 EPM7128ELI84-(20) XCR5128C(10,15)PC84I

PQFP 100 EPM7128EQC100-(7,10,12,15,20) XCR5128C(7,10,12)PQ100C100 EPM7128EQI100-(15,20) XCR5128C(7,10,12)PQ100I160 EPM7128EQC160-(7,10,12,15,20) XCR5128C(7,10,12)PQ160C

EPM7128S 5V PLCC 84 EPM7128SLC84-(6,7,10,15) XCR5128C(7,10,12)PC84C84 EPM7128SLI84-(10) XCR5128C(10,15)PC84I

PQFP 100 EPM7128SQC100-(6,7,10,15) XCR5128C(7,10,12)PQ100C100 EPM7128SQI100-(10) XCR5128C(7,10,12)PQ100I160 EPM7128SQC160-(6,7,10,15) XCR5128C(7,10,12)PQ160C160 EPM7128SQI160-(10) XCR5128C(10,15)PQ160I

TQFP 100 EPM7128STC100-(6,7,10,15) XCR5128C(7,10,12)VQ100C100 EPM7128STI100-(10) XCR5128C(10,15)VQ100I

EPM7128B 2.5V TQFP 100 EPM7128BTC100-(4,7,10) XCR3128XL(5,6,7)VQ100C XCR3128A(7,10,12)VQ100C

Note2 144 EPM7128BTC144-(4,7,10) XCR3128XL(5,6,7)VQ144C XCR3128A(7,10,12)VQ144C

FLBGA 100 EPM7128BFC100-(4,7,10) XCR3128XL(5,6,7)CS144C

256 EPM7128BFC256-(4,7,10)

EPM3128A 3.3V TQFP 100 EPM3128ATC100-(5,7,10) XCR3128XL(5,6,7)VQ100C XCR3128A(7,10,12)VQ100C144 EPM3128ATC144-(5,7,10) XCR3128XL(5,6,7)VQ144C XCR3128A(7,10,12)VQ144C

Altera to CoolRunner Cross Reference

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Altera CoolRunner Equivalent

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7256A 3.3V PQFP 208 EPM7256AQC208-(7,10,12) XCR3256XL(7,10,12)PQ208C208 EPM7256AQI208-(10) XCR3256XL(10,12)PQ208I

TQFP 100 EPM7256ATC100-(7,10,12) XCR3256XL(7,10,12)VQ144C

144 EPM7256ATC144-(7,10,12) XCR3256XL(7,10,12)VQ144C144 EPM7256ATI144-(10) XCR3256XL(10,12)VQ144I

FLBGA 256 EPM7256AFC256-(7,10,12) XCR3256XL(7,10,12)CS280C

256 EPM7256AFI256-(10) XCR3256XL(10,12)CS280C

EPM7256AE 3.3V PQFP 208 EPM7256AEQC208-(5,7,10) XCR3256XL(7,10,12)PQ208C208 EPM7256AEQI208-(7) XCR3256XL(10,12)PQ208I

TQFP 100 EPM7256AETC100-(5,7,10) XCR3256XL(7,10,12)VQ144C

100 EPM7256AETI100-(7) XCR3256XL(10,12)VQ144I

144 EPM7256AETC144-(5,7,10) XCR3256XL(7,10,12)VQ144C144 EPM7256AETI144-(7) XCR3256XL(10,12)VQ144I

FLBGA 100 EPM7256AEFC100-(5,7,10) XCR3256XL(7,10,12)CS280C

256 EPM7256AEFC256-(5,7,10) XCR3256XL(7,10,12)CS280C

256 EPM7256AEFI256-(7) XCR3256XL(10,12)CS280C

Altera to CoolRunner Cross Reference

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Altera CoolRunner Equivalent

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7256E 3.3V PGA 192 EPM7256EGC192-(12,15,20)192 EPM7256EGI192-(20)

PQFP 160 EPM7256EQC160-(12,15,20) XCR3256XL(7,10,12)PQ208C

RQFP 208 EPM7256ERC208-(12,15,20) XCR3256XL(7,10,12)PQ208C

208 EPM7256ERI208-(20) XCR3256XL(10,12)PQ208I

EPM7256S 5V PQFP 208 EPM7256SQC208-(7,10,15)RQFP 208 EPM7256ERC208-(7,10,15)

208 EPM7256SRI208-(10)

EPM7256B 2.5V PQFP 208 EPM7256BQC208-(5,7,10) XCR3256XL(7,10,12)PQ208C

Note2 TQFP 100 EPM7256BTC100-(5,7,10) XCR3256XL(7,10,12)VQ144C

144 EPM7256BTC144-(5,7,10) XCR3256XL(7,10,12)VQ144C

FLBGA 100 EPM7256BFC100-(5,7,10) XCR3256XL(7,10,12)CS280C

256 EPM7256BFC256-(5,7,10) XCR3256XL(7,10,12)CS280C

EPM3256A 3.3V PQFP 208 EPM3256AQC208-(7,10) XCR3256XL(7,10,12)PQ208CTQFP 144 EPM3256ATC144-(7,10) XCR3256XL(7,10,12)VQ144C

Altera to CoolRunner Cross Reference

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Altera CoolRunner Equivalent

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7096 5V PLCC 68 EPM7096LC68-(7,10,12,15) XCR5128C(7,10,12)PC84C

68 EPM7096LI68-(15) XCR5128C(10,15)PC84I

84 EPM7096LC84-(7,10,12,15) XCR5128C(7,10,12)PC84C

84 EPM7096LI84-(15) XCR5128C(10,15)PC84I

PQFP 100 EPM7096QC100-(7,10,12,15) XCR5128C(7,10,12)PQ100C

100 EPM7096QI100-(15) XCR5128C(7,10,12)PQ100I

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7160E 5V PLCC 84 EPM7160ELC84-(10,12,15,20)84 EPM7160ELI84-(20)

PQFP 100 EPM7160EQC100-(10,12,15,20)100 EPM7160EQI100-(15)160 EPM7160EQC160-(10,12,15,20)160 EPM7160EQI160-(15)

EPM7160S 5V PLCC 84 EPM7160SLC84-(6,7,10)84 EPM7160SLI84-(10)

PQFP 160 EPM7160SQC160-(6,7,10)160 EPM7128SQI100-(10)

TQFP 100 EPM7160STC100-(6,7,10)100 EPM7160STI100-(10)

Altera to CoolRunner Cross Reference

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Altera CoolRunner Equivalent

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7192E 5V PGA 160 EPM7192EGC160-(12,15,20)160 EPM7192EGI160-(20)

PQFP 160 EPM7192EQC160-(12,15,20)160 EPM7192EQI160-(20)

EPM7192S 5V PQFP 160 EPM7192SQC160-(7,10,15)160 EPM7192SQI160-(10)

Device Vcc Package Pins Part Number XPLA3 XPLA

EPM7512AE 3.3V PQFP 208 EPM7512AEQC208-(7,10,12) Note 4

TQFP 144 EPM7512AETC144-(7,10,12) Note 4

BGA 256 EPM7512AEBC256-(7,10,12) Note 4

256 EPM7512AEBI256-(10) Note 4

FLBGA 256 EPM7512AEFC256-(7,10,12) Note 4

256 EPM7512AEFI256-(10) Note 4

EPM7512B 2.5V PQFP 208 EPM7512BQC208-(6,7,10) Note 4

Note2 TQFP 144 EPM7512BTC144-(6,7,10) Note 4

BGA 256 EPM7512BBC256-(6,7,10) Note 4

FLBGA 256 EPM7512BFC256-(6,7,10) Note 4

Note 4 Sell the XPLA2 family

Altera to CoolRunner Cross Reference