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10AX115H2F34E2SG FPGA Arria® 10 GX Family 1150000 Amaseli 20nm Technology 0.9V 1152-Pin FC-FBGA

incazelo emfushane:

Umndeni wedivayisi we-10AX115H2F34E2SG uqukethe ukusebenza okuphezulu nokusebenza kahle konga amandla okungu-20 nm okumaphakathi kwebanga le-FPGAs nama-SoCs.

Ukusebenza okuphezulu kunesizukulwane sangaphambilini sebanga eliphakathi nendawo nesiphezulu
Ama-FPGA


Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Imininingwane Yezobuchwepheshe Yomkhiqizo

I-EU RoHS

Iyahambisana

I-ECCN (US)

3A991

Isimo Sengxenye

Iyasebenza

I-HTS

8542.39.00.01

I-SVHC

Yebo

I-SVHC Yeqa I-Threshold

Yebo

Ezezimoto

No

I-PPAP

No

Igama lomkhaya

I-Arria® 10 GX

Ubuchwepheshe Benqubo

20nm

Umsebenzisi I/Os

504

Inombolo Yamarejista

1708800

I-Operating Supply Voltage (V)

0.9

I-Logic Elements

1150000

Inombolo Yokuphindaphinda

3036 (18x19)

Uhlobo Lwenkumbulo Yohlelo

I-SRAM

Inkumbulo Eshumekiwe (Kbit)

54260

Isamba senani le-RAM yokuvimba

2713

EMACs

3

Amayunithi Anengqondo Yedivayisi

1150000

Inombolo Yedivayisi yama-DLL/PLL

32

Iziteshi ze-Transceiver

96

Isivinini se-Transceiver (Gbps)

17.4

I-DSP ezinikezele

1518

PCIe

4

Ukuhleleka

Yebo

Ukwesekwa Kokuhlelwa kabusha

Yebo

Kopisha Ukuvikelwa

Yebo

I-In-System Programmability

Yebo

Ibanga Lesivinini

2

Amazinga E-I/O Ene-Single-Ended

I-LVTTL|LVCMOS

I-Memory Interface Yangaphandle

DDR3 SDRAM|DDR4|LPDDR3|RLDRAM II|RLDRAM III|QDRII+SRAM

I-Minimum Operating Supply Voltage (V)

0.87

I-Maximum Operating Supply Voltage (V)

0.93

I/O Voltage (V)

1.2|1.25|1.35|1.5|1.8|2.5|3

Izinga Lokushisa Eliphansi Lokusebenza (°C)

0

Izinga Lokushisa Eziphezulu Ezisebenzayo (°C)

100

Supplier Temperature Grade

Kunwetshiwe

Igama lokuhweba

I-Arria

Ukukhweza

INtaba Engaphezulu

Ukuphakama Kwephakheji

2.95

Ububanzi Bephakheji

35

Ubude Bephakheji

35

I-PCB ishintshile

1152

Igama Lephakheji Elijwayelekile

I-BGA

Iphakheji Lomhlinzeki

FC-FBGA

I-Pin Bala

1152

Umumo Wokuhola

Ibhola

Umehluko kanye nobudlelwano phakathi kwe-FPGA ne-CPLD

1. Incazelo ye-FPGA nezici

I-FPGAyamukela umqondo omusha obizwa nge-Logic Cell Array (LCA) kanye ne-Configurable Logic Block (CLB) kanye ne-Input Output (IOB) Block and Interconnect.Imojula ye-logic elungisekayo iyunithi eyisisekelo yokubona umsebenzi womsebenzisi, ovame ukuhlelwa abe amalungu afanayo futhi asakaze yonke chip.Imojula yokufaka-yokukhiphayo i-IOB iqeda ukuxhumana phakathi kwe-logic ku-chip nephinikhodi yephakheji yangaphandle, futhi ngokuvamile ihlelwa ngokuzungeza uhlu lwe-chip.Izintambo zangaphakathi ziqukethe ubude obuhlukahlukene bamasegimenti ocingo namanye amaswishi okuxhumana ahlelekayo, axhuma amabhulokhi anengqondo ahlelekayo noma amabhulokhi e-I/O ukuze akhe isekethe ngomsebenzi othile.

Izici eziyisisekelo ze-FPGA yilezi:

  • Ukusebenzisa i-FPGA ukuklama isifunda se-ASIC, abasebenzisi abadingi ukukhiqiza iphrojekthi, bangathola i-chip efanelekile;
  • I-FPGA ingasetshenziswa njengesampula yokuhlola yezinye ezenziwe ngokwezifiso ngokugcwele noma ezenziwe ngokwezifisoIzifunda ze-ASIC;
  • Kunezimbangeli eziningi kanye nezikhonkwane ze-I/O ku-FPGA;
  • I-FPGA ingelinye lamadivayisi anomjikelezo wokuklama omfushane kakhulu, izindleko eziphansi zokuthuthukiswa kanye nengozi ephansi kakhulu kusekethe ye-ASIC.
  • I-FPGA yamukela inqubo ye-CHMOS enesivinini esikhulu, ukusetshenziswa kwamandla okuphansi, futhi ingahambisana namazinga e-CMOS ne-TTL.

2, CPLD incazelo kanye nezici

I-CPLDngokuyinhloko yakhiwe i-Logic Macro Cell (LMC) ehlelekayo emaphakathi nendawo yeyunithi ye-matrix yokuxhumana ehlelekayo, lapho ukwakheka kwe-LMC okunengqondo kuyinkimbinkimbi kakhulu, futhi kunokwakheka okuyinkimbinkimbi kokuxhumanisa kweyunithi ye-I/O, engenziwa umsebenzisi ngokuya izidingo zesakhiwo sesifunda esithile, ukuqedela imisebenzi ethile.Ngenxa yokuthi amabhulokhi anengqondo axhunywe nezintambo zensimbi ezinobude obugxilile ku-CPLD, umjikelezo wokunengqondo oklanyelwe unokubikezelwa kwesikhathi futhi ugwema ukonakala kokubikezela okungaphelele kwesikhathi sesakhiwo sokuxhuma esinesegimenti.Ngawo-1990s, i-CPLD yathuthuka ngokushesha okukhulu, hhayi ngezici zokusula ugesi kuphela, kodwa futhi nezici ezithuthukile njengokuskena onqenqemeni kanye nezinhlelo ze-inthanethi.

Izici zohlelo lwe-CPLD zimi kanje:

  • Izinsiza ezinengqondo nezenkumbulo ziningi (i-Cypress De1ta 39K200 ine-RAM engaphezu kuka-480 Kb);
  • Imodeli yesikhathi eguquguqukayo enezinsiza zomzila ezingasanele;
  • Flexible ukushintsha okukhipha iphini;
  • Ingafakwa ohlelweni futhi ihlelwe kabusha;
  • Inani elikhulu lamayunithi e-I/O;

3. Umehluko nokuxhumana phakathi kwe-FPGA ne-CPLD

I-CPLD isifinyezo se-complexable logic device, i-FPGA isifinyezo se- field programmable gate array, umsebenzi wakho kokubili ngokuyisisekelo uyafana, kodwa umgomo wokuqalisa uhluke kancane, ngakho ngezinye izikhathi singawushaya indiva umehluko phakathi kokubili, ngokuhlanganyela. ebizwa ngokuthi idivayisi ehlelekayo ehlelekayo noma i-CPLD/FPGA.Kunezinkampani ezimbalwa ezikhiqiza i-CPLD/ FPGas, ezintathu ezinkulu i-ALTERA, i-XILINX, ne-LAT-TICE.Umsebenzi we-CPLD wokubola we-combinator we-logic unamandla kakhulu, iyunithi enkulu ingabolisa ishumi nambili noma ngisho nangaphezulu kokungu-20-30 kokufaka kwengqondo okuhlanganisiwe.Kodwa-ke, i-LUT ye-FPGA ingakwazi kuphela ukuphatha inhlanganisela yokuhlanganisa okokufaka okungu-4, ngakho-ke i-CPLD ifaneleka ukuklama ukuqonda okuhlanganisiwe okuyinkimbinkimbi njengokwenza amakhodi.Kodwa-ke, inqubo yokukhiqiza ye-FPGA inquma ukuthi inani lama-LUTs kanye nezinto ezibangeli eziqukethwe ku-chip ye-FPGA likhulu kakhulu, ngokuvamile izinkulungwane zezinkulungwane, i-CPLD ngokuvamile ingakwazi ukufeza amayunithi anengqondo angu-512 kuphela, futhi uma intengo ye-chip ihlukaniswa ngenani lokunengqondo. amayunithi, isilinganiso seyunithi yezindleko ezinengqondo ze-FPGA siphansi kakhulu kunese-CPLD.Ngakho-ke uma kusetshenziswa inani elikhulu lezimbangeli ekwakhiweni, njengokuklama i-logic yesikhathi eyinkimbinkimbi, khona-ke ukusebenzisa i-FPGA kuyisinqumo esihle.

Nakuba kokubili i-FPGA ne-CPLD kungamadivayisi e-ASIC ahlelekayo futhi anezici eziningi ezifanayo, ngenxa yomehluko wesakhiwo se-CPLD ne-FPGA, anezici zawo siqu:

  • I-CPLD ifaneleka kakhulu ukuqedela ama-algorithms ahlukahlukene kanye nengqondo ehlanganisiwe, futhi i-FPGA ifaneleka kakhulu ukuqedela ukulandelana kokulandelana kwengqondo.Ngamanye amazwi, i-FPGA ifaneleka kakhulu kusakhiwo esicebile se-flip-flop, kuyilapho i-CPLD ifaneleka kakhulu i-flip-flop enomkhawulo kanye nesakhiwo esicebile sethemu lomkhiqizo.
  • Isakhiwo somzila esiqhubekayo se-CPLD sinquma ukuthi ukubambezeleka kwayo kwesikhathi kufana futhi kuyabikezelwa, kuyilapho ukwakheka komzila okuhlukaniswe izingxenye ze-FPGA kunquma ukuthi ukubambezeleka kwayo akunakubikezelwa.
  • I-FPGA inokuvumelana nezimo kakhulu kune-CPLD ezinhlelweni.
  • I-CPLD ihlelwe ngokushintsha umsebenzi wengqondo wesekethe yangaphakathi engaguquki, kuyilapho i-FPGA ihlelwa ngokushintsha izintambo zokuxhuma kwangaphakathi.
  • I-Fpgas ingahlelwa ngaphansi kwamasango anengqondo, kuyilapho i-CPLDS ihlelwa ngaphansi kwamabhulokhi anengqondo.
  • I-FPGA ididiyelwe kakhulu kune-CPLD futhi inokwakheka kwezintambo eziyinkimbinkimbi kanye nokusetshenziswa okunengqondo.

Ngokuvamile, ukusetshenziswa kwamandla kwe-CPLD kukhulu kunaleyo ye-FPGA, futhi ukuphakama kwezinga lokuhlanganisa, kusobala kakhulu.


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