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iimveliso

XC7A100T-2FGG676C –IiSekethi eziDityanisiweyo, eziThunyelelweyo, iiNdawo zeSango eziLungiselwayo

inkcazelo emfutshane:

I-Artix®-7 FPGAs ziyafumaneka kwi -3, -2, -1, -1LI, kunye -2L amabakala esantya, kunye -3 enowona msebenzi uphezulu.I-Artix-7 FPGAs isebenza kakhulu kwi-voltage engundoqo ye-1.0V.Izixhobo ze- -1LI kunye ne -2L zihlolwe amandla aphantsi aphezulu angatshintshi kwaye zinokusebenza kumbane ophantsi osezantsi kumandla aguquguqukayo asezantsi kunezixhobo ze--1 kunye ne-2, ngokulandelanayo.Izixhobo ze--1LI zisebenza kuphela kwi-VCCINT = VCCBRAM = 0.95V kwaye zineenkcazo zesantya ezifana ne--1 yezinga lesantya.Izixhobo ze--2L zinokusebenza kuzo zombini ii-voltages ze-VCCINT, i-0.9V kunye ne-1.0V kwaye zihlolwe amandla asezantsi aphezulu.Xa isetyenziswa kwi-VCCINT = 1.0V, ukucaciswa kwesantya se--2L isixhobo kufana ne--2 yebanga lesantya.Xa isetyenziswa kwi-VCCINT = 0.9V, i -2L static kunye namandla ashukumisayo ayancipha.


Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimpawu zeMveliso

UHLOBO UMZEKELISO
udidi IiSekethe eziDityanisiweyo (ICs)

Ifakwe

I-Field Programmable Gate Arrays (FPGAs)

umenzi AMD
uthotho IArtix-7
usonga itreyi
Ubume bemveliso Iyasebenza
I-DigiKey iyacwangciswa Ayingqinwanga
Inombolo ye-LAB/CLB 7925
Inani lengqiqo/iiyunithi 101440
Lilonke inani le-RAM bits 4976640
Inani le-I/Os 300
Umbane - Ubonelelo lwamandla 0.95V ~ 1.05V
Uhlobo lofakelo Uhlobo lokuncamathelisa ubuso
Ubushushu bokusebenza 0°C ~ 85°C (TJ)
Ukupakishwa/Izindlu 676-BGA
Ukufakwa kwecandelo lomthengisi 676-FBGA (27x27)
Inombolo master Product XC7A100

Iifayile kunye nemidiya

UHLOBO LWEZIBONELELO LINK
Ishiti yedatha Artix-7 FPGAs Datasheet

7 Series FPGA Overview

Artix-7 FPGAs emfutshane

Iiyunithi zoqeqesho lwemveliso Powering Series 7 Xilinx FPGAs kunye TI Power Management Solutions
Ulwazi lokusingqongileyo Isiqinisekiso se-Xiliinx RoHS

I-Xilinx REACH211 Cert

Iveliso ezifakiwe I-Artix®-7 FPGA

I-Arty A7-100T kunye ne-35T ene-RISC-V

USB104 A7 Artix-7 iBhodi yoPhuhliso lweFPGA

Imodeli ye-EDA XC7A100T-2FGG676C yi-Ultra Librarian
Errata XC7A100T/200T Errata

Ukuhlelwa kokusingqongileyo kunye neenkcukacha zokuthumela ngaphandle

UMBALI UMZEKELISO
Ubume beRoHS Iyahambelana nomyalelo we-ROHS3
iNqanaba lokuSensitivity lokufuma (MSL) 3 (168 iiyure)
FIKA ubume Ayixhomekekanga kwiinkcukacha ze-REACH
ECCN 3A991D
HTSUS 8542.39.0001

 

Izicelo zoshishino zeeFPGAs

Inkqubo yokwahlula ividiyo
Kwiminyaka yakutshanje, iinkqubo ezinkulu zolawulo zizonke ziye zasetyenziswa ngokubanzi ngokubanzi, kwaye inqanaba letekhnoloji yokwahlulahlula ividiyo ehambelana nazo iyaphucuka ngokuthe ngcembe, itekhnoloji ibekwe kunye nomboniso odityanisiweyo onezikrini ezininzi ukubonisa isiginali yevidiyo kuyo yonke indlela. abanye bafuna ukusebenzisa umboniso omkhulu weskrini osetyenziswa ngokubanzi.
Ngenkqubela phambili yetekhnoloji, itekhnoloji yokwahlulwa kwevidiyo ngokuthe ngcembe ikhule ukuze ihlangabezane neemfuno ezisisiseko zabantu kwimifanekiso yevidiyo ecacileyo, i-FPGA chip yesakhiwo se-hardware ikhethekileyo, ungasebenzisa ifayile yesakhiwo se-logic ehleliweyo ukulungelelanisa ubume bangaphakathi, ukusetyenziswa. yeefayile ezithintelweyo ukulungelelanisa uxhulumaniso kunye nendawo yeeyunithi zengqiqo ezahlukeneyo, ukuphathwa ngokufanelekileyo kwendlela yomgca wedatha, ukuguquguquka kwayo kunye nokulungelelaniswa ukuze kube lula ukulungelelanisa komsebenzisi Ukuguquguquka kwayo kunye nokulungelelanisa kuququzelela uphuhliso lomsebenzisi kunye nesicelo.Xa kusetyenzwa imiqondiso yevidiyo, i-chip ye-FPGA inokusebenzisa ngokupheleleyo isantya kunye nesakhiwo sayo ukuphumeza iindlela ze-ping-pong kunye nemibhobho.Kwinkqubo yoxhulumaniso lwangaphandle, i-chip isebenzisa uxhulumaniso oluhambelanayo lwedatha ukwandisa ububanzi be-bit yolwazi lomfanekiso kwaye isebenzise imisebenzi yengqiqo yangaphakathi ukunyusa isantya sokulungiswa komfanekiso.Ukulawulwa kokulungiswa komfanekiso kunye nezinye izixhobo kufezekiswa ngokusebenzisa izakhiwo ze-cache kunye nolawulo lwewotshi.I-chip ye-FPGA isentliziyweni yesakhiwo soyilo jikelele, i-interpolating data eyinkimbinkimbi kunye nokukhupha kunye nokugcinwa kwayo, kwaye idlala indima ekulawuleni ngokubanzi ukuqinisekisa ukusebenza okuzinzileyo kwenkqubo.Ukongeza, ukucutshungulwa kolwazi lwevidiyo kwahlukile kolunye ukusetyenzwa kwedatha kwaye kufuna ukuba i-chip ibe neeyunithi ezikhethekileyo ze-logic kunye ne-RAM okanye iiyunithi ze-FIFO zokuqinisekisa ukuba isantya esaneleyo sokuhanjiswa kwedatha siyenyuka.

Abalibazisi beDatha kunye noYilo loGcino
Ii-FPGA zineeyunithi zokulibaziseka ezicwangcisiweyo zedijithali kwaye zinoluhlu olubanzi lwezicelo kwiinkqubo zonxibelelwano kunye nezixhobo ezahlukeneyo zombane, njengeenkqubo zonxibelelwano ezihambelanayo, iinkqubo zamanani amaxesha, njl. Iindlela zoyilo eziphambili ziquka indlela yomgca wokulibaziseka kwe-CNC, indlela yememori, i-counter. indlela, njl., apho indlela yenkumbulo iphunyezwa ikakhulu kusetyenziswa iFPGA's RAM okanye FIFO.
Ukusetyenziswa kwe-FPGAs ukufunda nokubhala idatha enxulumene nekhadi le-SD inokusekelwe kwiimfuno ezithile ze-algorithm ye-chip ye-FPGA ephantsi ukwenza inkqubo, utshintsho oluyinyani ngakumbi ukufezekisa imisebenzi yokufunda nokubhala rhoqo ihlaziywa.Le ndlela ifuna kuphela ukusetyenziswa kwe-chip ekhoyo ukufezekisa ulawulo olusebenzayo lwekhadi le-SD, ukunciphisa kakhulu iindleko zenkqubo.

Ushishino lonxibelelwano
Ngokuqhelekileyo, ishishini lonxibelelwano, lithathela ingqalelo yonke imiba efana neendleko kunye nokusebenza, kunokwenzeka ukuba lisebenzise iiFPGA kwiindawo apho inani lezixhobo ze-terminal liphezulu.Izikhululo ezisisiseko zezona zilungele ukusetyenziswa kweFPGAs, apho phantse yonke ibhodi kufuneka isebenzise i-chip FPGA, kwaye iimodeli ziphezulu kwaye zikwazi ukusingatha iiprothokholi eziyinkimbinkimbi zomzimba kwaye zifezekise ulawulo olunengqiqo.Kwangaxeshanye, njengomaleko wekhonkco olungqiqweni lwesikhululo sesiseko, inxalenye yeprotocol yomaleko womzimba kufuneka ihlaziywe rhoqo, nayo ifaneleke ngakumbi kwitekhnoloji yeFPGA.Okwangoku, ii-FPGAs zisetyenziswa ikakhulu kumanqanaba okuqala naphakathi okwakha kushishino lonxibelelwano, kwaye ngokuthe ngcembe zithathelwa indawo zii-ASICs kamva.

Ezinye izicelo
Ii-FPGAs nazo zisetyenziswa ngokubanzi kwizicelo zokhuseleko kunye nezoshishino, umzekelo, i-encoding yevidiyo kunye ne-decoding protocols kwintsimi yokhuseleko inokucutshungulwa ngokusebenzisa ii-FPGAs kwinkqubo yokufumana idatha yangaphambili kunye nokulawula ingqiqo.Ii-FPGA ezincinci zisetyenziswa kwicandelo loshishino ukuhlangabezana nemfuno yokuguquguquka.Ukongeza, ii-FPGA zikwasetyenziswa ngokubanzi emkhosini nakwicandelo le-aerospace ngenxa yokuthembeka kwazo okuphezulu.Kwixesha elizayo, ngokuphuculwa okuqhubekayo kobuchwepheshe, iinkqubo ezifanelekileyo ziya kuphuculwa, kwaye iiFPGA ziya kuba nethemba elibanzi lesicelo kumashishini amaninzi amatsha afana nedatha enkulu.Ngokwakhiwa kweenethiwekhi ze-5G, ii-FPGA ziya kusetyenziswa ngamanani amakhulu kumanqanaba okuqala, kwaye amasimi amatsha afana nobukrelekrele bokufakelwa aya kubona ukusetyenziswa ngakumbi kweFPGAs.
NgoFebruwari 2021, iiFPGAs, ezinokuthengwa kwaye ziyilwe, zazibizwa ngokuba "ziitshiphusi zendalo yonke".Inkampani, enye yeenkampani zasekhaya zokuqala ukuphuhlisa ngokuzimeleyo, ukuvelisa ngobuninzi kunye nokuthengisa iitshiphusi zeFPGA ezinenjongo ngokubanzi, igqibezele utyalo-mali lwe-yuan ezizigidi ezingama-300 kwisizukulwana esitsha se-FPGA yetshiphu yeR&D kunye neprojekthi yoshishino eYizhuang.


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