I-Xilinx AXI4-Stream Integrated Logic Analyser Guide

Isingeniso

I-Integrated Logic Analyzer (ILA) ene-AXI4-Stream Interface core iyi-IP yokuhlaziya enengqondo engenziwa ngendlela oyifisayo engase isetshenziselwe ukuqapha amasiginali angaphakathi nokusebenzelana komklamo. Umongo we-ILA uhlanganisa izici eziningi ezithuthukisiwe zabahlaziyi bomqondo besimanje, okufaka izibalo ze-boolean trigger kanye nezibangeli zoshintsho. Umnyombo uphinde unikeze ukulungisa amaphutha esixhumi esibonakalayo namandla okuqapha kanye nokuhlolwa kwephrothokholi ye-AXI efakwe kumephu yememori ne-AXI4-Stream. Ngenxa yokuthi i-ILA core iyavumelana nedizayini egadiwe, zonke izithiyo zewashi ledizayini ezisetshenziswa ekwakhiweni kwakho ziphinde zisetshenziswe ezingxenyeni zomongo we-ILA. Ukuze ulungise ukuxhumana phakathi komklamo, i-ILA IP idinga ukungezwa ekwakhiweni kwebhulokhi kusihlanganisi se-Vivado® IP. Ngokufanayo, inketho yokuhlola iphrothokholi ye-AXI4/AXI4-Stream inganikwa amandla ku-ILA IP kusihlanganisi se-IP. Ukwephulwa kwephrothokholi kungase kuboniswe kufomethi yegagasi viewer ye-Vivado logic analyzer.

Izici

• Inombolo engakhethwa umsebenzisi yezimbobo zokuhlola kanye nobubanzi be-probe.
• Okuqondisiwe kwesitoreji okungakhethwa ngumsebenzisi okufana ne-block RAM ne-UltraRAM
• Izimbobo zokuhlola eziningi zingahlanganiswa zibe yisimo sokucupha esisodwa.
• Izikhala ze-AXI ezikhethwa ngumsebenzisi zokulungisa ama-interface e-AXI edizayini.
• Izinketho ezilungisekayo zezixhumi ezibonakalayo ze-AXI ezihlanganisa izinhlobo zesixhumi esibonakalayo kanye ne-trace sample ukujula.
• Idatha bese ucupha impahla ukuze uthole ama-probe.
• Inani leziqhathanisi kanye nobubanzi be-probe ngayinye nezimbobo ngazinye phakathi kwezindawo zokusebenzelana.
• Okokufaka/okuphumayo okubangela ukuhlangana.
• Ukufakwa kwamapayipi okulungisekayo kwama-probe okokufaka.
• Ukuhlolwa kwephrothokholi ye-AXI4-MM ne-AXI4-Stream.

Ukuze uthole ulwazi olwengeziwe mayelana nomongo we-ILA, bheka Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuhlela Nokulungisa iphutha (UG908).

IP Amaqiniso

Ithebula le-LogiCORE™ IP Facts
Okucacisiwe Okubalulekile
Umndeni Wedivayisi Osekelwe1	Versal™ ACAP
Izisetshenziswa Zomsebenzisi Ezisekelwayo	IEEE Izinga 1149.1 - JTAG
Kunikezwe nge-Core
Idizayini Files	I-RTL
Example Design	I-Verilog
Ibhentshi Lokuhlola	Akuhlinzekiwe
Izithiyo File	I-Xilinx® Design Constraints (XDC)
Imodeli Yokulingisa	Akuhlinzekiwe
Umshayeli we-S/W osekelwe	N/A
Ukugeleza Kwedizayini Evivinyiwe2
Ukungena Kwedizayini	I-Vivado® Design Suite
Ukulingisa	Ukuze uthole izilingisi ezisekelwayo, bona I-Xilinx Design Tools: Umhlahlandlela Wokukhulula Amanothi.
I-synthesis	I-Vivado Synthesis
Ukusekela
Wonke amalogi we-Vivado IP Change	I-Master Vivado IP Guqula Amalogi: 72775
Ukusekelwa kwe-Xilinx web ikhasi
Amanothi: 1. Ukuze uthole uhlu oluphelele lwamadivayisi asekelwayo, bheka ikhathalogi ye-Vivado® IP. 2. Ngezinguqulo ezisekelwayo zamathuluzi, bheka i I-Xilinx Design Tools: Umhlahlandlela Wokukhulula Amanothi.

Kuphelileview

Ukuzulazula kokuqukethwe ngenqubo yokuklama
Amadokhumenti e-Xilinx® ahlelwa ngesethi yezinqubo ezijwayelekile zokuklama ukuze akusize uthole okuqukethwe okufanelekile komsebenzi wakho wamanje wokuthuthukisa. Lo mbhalo uhlanganisa izinqubo zokuklama ezilandelayo:

• Izingxenyekazi zekhompuyutha, i-IP, kanye Nokuthuthukiswa Kwenkundla: Ukudala amabhulokhi e-PL IP yeplathifomu yezingxenyekazi zekhompuyutha, kwakha izinhlamvu ze-PL, ukulingisa ukusebenza kwesistimu engaphansi, nokuhlola isikhathi se-Vivado®, ukusetshenziswa kwezinsiza, nokuvalwa kwamandla. Kubandakanya nokuthuthukisa inkundla yehadiwe yokuhlanganiswa kwesistimu. Izihloko ezikulo mbhalo ezisebenza kule nqubo yokuklama zihlanganisa:
• Izincazelo zePort
• Iwashi futhi Isetha Kabusha
• Ukwenza ngokwezifiso kanye nokukhiqiza i-Core

I-Core Overview
Amasignali nokuxhumana ekwakhiweni kwe-FPGA kuxhunywe kuphenyo lwe-ILA nokokufaka kwesikhala. Lawa masignali nokuxhumana, okunamathiselwe ku-probe kanye nokokufaka kwe-slot ngokulandelana, kuyi-sampiholwa ngesivinini sokuklama futhi igcinwe kusetshenziswa i-RAM block block. Amasignali nokuxhumana ekwakhiweni kwe-Versal™ ACAP kuxhunywe kuphenyo lwe-ILA nokokufaka kwesikhala. Lezi zimpawu ezinamathiselwe kanye nezindawo zokusebenzelana ziyi-sampiholwa ngesivinini sokuklama kusetshenziswa okokufaka kwewashi eliyinhloko futhi igcinwe kuzinkumbulo ze-RAM yebhulokhi eku-chip. Amapharamitha angumongo acacisa okulandelayo:

• Inani lama-probe (kufika ku-512) nobubanzi be-probe (1 kuya ku-1024).
• Inani lezikhala kanye nezinketho zesixhumi esibonakalayo.
• Landela u-sample ukujula.
• Idatha kanye/noma vula impahla ukuze uthole ama-probe.
• Inani leziqhathanisi zophenyo ngalunye.

Ukuxhumana nomongo we-ILA kwenziwa kusetshenziswa isibonelo se-AXI Debug Hub exhuma ku-Control, Interface, and Processing System (CIPS) IP core.

Ngemuva kokuthi umklamo ulayishwe ku-Versal ACAP, sebenzisa isofthiwe ye-Vivado® logic analyzer ukuze umise umcimbi wokucupha wesilinganiso se-ILA. Ngemuva kokuthi i-trigger yenzeka, i-sampI-le buffer igcwaliswa futhi ilayishwe ku-Vivado logic analyzer. Ungakwazi view le datha isebenzisa iwindi le-waveform. Uphenyo sampI-le and trigger functionality isetshenziswa endaweni ehlelekayo enengqondo. I-RAM ye-on-chip block noma imemori ye-UltraRAM esekelwe kuthagethi yesitoreji oyikhethile ngesikhathi sokwenza ngokwezifiso egcina idatha ize ilayishwe isofthiwe. Akukho okokufaka komsebenzisi noma okukhiphayo okudingekayo ukuze kucushwe imicimbi, ukuthwebula idatha, noma ukuxhumana nomongo we-ILA. I-ILA core iyakwazi ukuqapha amasiginali weleveli yesixhumi esibonakalayo, ingadlulisa ulwazi lwezinga lokwenziwe njengemisebenzi esele yezindawo ze-AXI4.

I-ILA Probe Trigger Comparator
Okokufaka kwe-probe ngakunye kuxhunywe kusiqhathaniso se-trigger esikwazi ukwenza imisebenzi ehlukahlukene. Ngesikhathi sokusebenza isiqhathanisi singasethwa ukuze senze = noma != ukuqhathanisa. Lokhu kufaka phakathi amaphethini ezingeni elifanayo, njenge-X0XX101. Kuphinde kubandakanye ukuthola ukuguquka konqenqema okufana nonqenqema olukhuphukayo (R), unqenqema oluwayo (F), noma unqenqema (B), noma akukho ukuguquka (N). Isiqhathaniso se-trigger singenza ukuqhathanisa okuyinkimbinkimbi, okuhlanganisa >, <, ≥, kanye ≤.

KUBALULEKILE! Isiqhanisi sisethwa ngesikhathi sokusebenza nge-Vivado® logic analyzer.

Isimo se-ILA Trigger
Isimo se-trigger siwumphumela wesibalo se-Boolean "AND" noma "NOMA" somphumela ngamunye we-ILA probe trigger comparator. Usebenzisa i-Vivado® logic analyzer, ukhetha ukuthi "FUTHI" uphenye ucuphe ama-probes wokuqhathanisa noma "NOMA" kuzo. Isilungiselelo esithi "AND" sidala umcimbi wokucupha lapho konke ukuqhathanisa kwe-ILA probe kwaneliseka. Isilungiselelo esithi “NOMA” sidala umcimbi wokucupha lapho ukuqhathanisa kophenyo lwe-ILA kwaneliswa. Isimo se-trigger umcimbi wokucupha osetshenziselwa isilinganiso sokulandelela se-ILA.

Izinhlelo zokusebenza

I-ILA core yakhelwe ukuthi isetshenziswe kuhlelo lokusebenza oludinga ukuqinisekiswa noma ukulungisa iphutha kusetshenziswa i-Vivado®. Isibalo esilandelayo sibonisa ukuthi i-CIPS IP core ibhala futhi ifundeka kusilawuli se-RAM block ye-AXI nge-AXI Network on Chip (NoC). I-ILA core ixhunywe kunethiwekhi ye-interface phakathi kwe-AXI NoC nesilawuli se-RAM esivimba i-AXI ukuze kuqashwe umsebenzi we-AXI4 kusiphathi sezingxenyekazi zekhompyutha.

Ukunikeza Ilayisense Noku-oda
Le mojula ye-Xilinx® LogiCORE™ IP ihlinzekwa ngaphandle kwezindleko ezengeziwe nge-Xilinx Vivado® Design Suite ngaphansi kwemigomo Yelayisense Yomsebenzisi We-Xilinx.
Qaphela: Ukuze uqinisekise ukuthi udinga ilayisense, hlola ikholomu Yelayisense Yekhathalogi Ye-IP. Okufakiwe kusho ukuthi ilayisense ifakiwe ne-Vivado® Design Suite; Ukuthenga kusho ukuthi kufanele uthenge ilayisensi ukuze usebenzise umongo. Ulwazi mayelana namanye amamojula we-Xilinx® LogiCORE™ IP luyatholakala ekhasini le-Xilinx Intellectual Property. Ukuze uthole ulwazi mayelana namanani kanye nokutholakala kwamanye amamojula we-Xilinx LogiCORE IP namathuluzi, xhumana nommeleli wakho wendawo wendawo we-Xilinx.

Ukucaciswa Komkhiqizo

Izincazelo zePort
Amathebula alandelayo ahlinzeka ngemininingwane mayelana nezimbobo ze-ILA namapharamitha.
I-ILA Ports

Ithebula 1: I-ILA Ports
Igama Lembobo	I/O	Incazelo
clk	I	Iwashi lokuklama eliwashi yonke i-trigger nelojikhi yesitoreji.
phenya [ – 1:0]	I	Hlola okokufaka kwembobo. Inombolo yembobo yophenyo isebangeni ukusuka ku-0 kuye 511. Ububanzi bembobo yokuhlola (okuboniswa ngu ) isebangeni elingu-1 kuye ku-1024. Kufanele umemezele le mbobo njengevekhtha. Ngembobo engu-1-bit, sebenzisa i-probe [0:0].
trig_out	O	Imbobo ye-trig_out ingakhiqizwa kusukela kusimo se-trigger noma kusukela ku-trig_in port yangaphandle. Kukhona isilawuli sesikhathi sokusebenza esivela ku-Logic Analyzer ukuze ushintshe phakathi kwesimo se-trigger kanye ne-trig_in ukuze ushayele i-trig_out.
trig_in	I	Imbobo yokufaka yokufaka esetshenziswa kusistimu esuselwe ku-Embedded Cross Trigger. Ingaxhunywa kwenye i-ILA ukuze udale i-Cascading Trigger.
indawo_ _	I	Slot interface. Uhlobo lwesixhumi esibonakalayo idalwe ngokuguquguqukayo ngokusekelwe ku-slot_ _ ipharamitha yohlobo lwesixhumi esibonakalayo. Izimbobo ezingazodwana phakathi kwezindawo zokusebenzelana ziyatholakala ukuze ziqashwe kumphathi wezingxenyekazi zekhompyutha.
i-trig_out_ack	I	Imvume yokukhipha.
trig_in_ack	O	Ukuvuma ukungena_kungene.
sethwe kabusha	I	Uhlobo Lokufaka lwe-ILA lapho lusethelwe kokuthi 'I-Interface Monitor', le mbobo kufanele ibe isignali efanayo yokusetha kabusha evumelaniswayo nelojikhi yedizayini enamathiselwe ku-Slot_ _ amachweba we-ILA core.
S_AXIS	I/O	Imbobo yokuzikhethela. Isetshenziselwa ukuxhumeka okwenziwa ngesandla nge-AXI Debug Hub core lapho 'Vumela i-AXI4- Isixhumi esibonakalayo sokusakaza se-Manul Connection ku-AXI Debug Hub' ikhethwa Ezinkethweni Ezithuthukile.
M_AXIS	I/O	Imbobo yokuzikhethela. Isetshenziselwa ukuxhumeka mathupha nge-AXI Debug Hub core lapho 'Vumela i-AXI4- Isixhumi esibonakalayo sokusakaza Soxhumano Lwemanuwali ku-AXI Debug Hub' kukhethwa 'Kuzinketho Ezithuthukisiwe'.

Ithebula 1: I-ILA Ports (qhubeka)
Igama Lembobo	I/O	Incazelo
aseten	I	Imbobo yokuzikhethela. Isetshenziselwa ukuxhumeka mathupha nge-AXI Debug Hub core lapho 'Vumela i-AXI4- Isixhumi esibonakalayo sokusakaza Soxhumano Lwemanuwali ku-AXI Debug Hub' kukhethwa 'Kuzinketho Ezithuthukisiwe'. Le mbobo kufanele ihambisane nembobo yokusetha kabusha ye-AXI Debug Hub.
aclk	I	Imbobo yokuzikhethela. Isetshenziselwa ukuxhumeka mathupha nge-AXI Debug Hub core lapho 'Vumela i-AXI4- Isixhumi esibonakalayo sokusakaza Soxhumano Lwemanuwali ku-AXI Debug Hub' kukhethwa 'Kuzinketho Ezithuthukisiwe'. Le mbobo kufanele ihambisane nembobo yewashi ye-AXI Debug Hub.

Amapharamitha we-ILA

Ithebula 2: Amapharamitha we-ILA
Ipharamitha	Kuvumelekile Amanani	Amanani Okuzenzakalelayo	Incazelo
Ingxenye_Igama	Intambo eno-A–Z, 0–9, kanye no-_ (underscore)	ila_0	Igama lengxenye eqinisekisiwe.
C_NUM_OF_PROBES	1–512	1	Inombolo yezimbobo zokuhlola ze-ILA.
C_MEMORY_TYPE	0, 1	0	Ithagethi yesitoreji yedatha ethwetshiwe. 0 ihambisana nokuvinjwa kwe-RAM futhi u-1 uhambisana ne-UltraRAM.
C_DATA_DEPTH	1,024, 2,048, 4,096, 8,192, 16,384, 32,768, 65,536, 131,072	1,024	Hlola ukujula kwebhafa yesitoreji. Le nombolo imele inani eliphezulu lika-samples ezingagcinwa ngesikhathi sokusebenza sokufakwayo kwe-probe ngakunye.
C_PROBE _UBNZI	1–1024	1	Ububanzi bembobo yokuhlola . Kuphi iyimbobo yokuhlola enenani elisuka ku-0 liye ku-1,023.
C_TRIGOUT_EN	Iqiniso/Amanga	AMANGA	Inika amandla umsebenzi wokucupha. Izimbobo ze-trig_out kanye ne-trig_out_ack zisetshenziswa.
C_TRIGIN_EN	Iqiniso/Amanga	AMANGA	Inika amandla i-trig ekusebenzeni. Izimbobo ze-trig_in ne-trig_in_ack zisetshenziswa.
C_INPUT_PIPE_STAGES	0–6	0	Engeza ama-flops engeziwe kumachweba we-probe. Ipharamitha eyodwa isebenza kuzo zonke izimbobo zokuhlola.
ALL_PROBE_SAME_MU	Iqiniso/Amanga	IQINISO	Lokhu kuphoqa ukuqhathanisa okufanayo kwamayunithi enani (amayunithi okufanisa) kuwo wonke ama-probe.
C_PROBE _MU_CNT	1–16	1	Inani lamayunithi Wokuqhathanisa Inani (Qhathanisa) ngophenyo ngalunye. Lokhu kuvumeleke kuphela uma i-ALL_PROBE_SAME_MU ITHI AMANGA.
C_PROBE _TYPE	IDATHA kanye ne-TRIGGER, TRIGGER, IDATHA	IDATHA kanye ne-TRIGGER	Ukukhetha i-probe ekhethiwe yokucacisa isimo se-trigger noma ngenjongo yokugcina idatha noma kokubili.
C_ADV_TRIGGER	Iqiniso/Amanga	AMANGA	Inika amandla inketho yokuqalisa kusengaphambili. Lokhu kunika amandla umshini we-trigger state futhi ungabhala ukulandelana kwakho kwe-trigger ku-Vivado Logic Analyzer.

Ithebula 2: Amapharamitha we-ILA (qhubeka)
Ipharamitha	Kuvumelekile Amanani	Amanani Okuzenzakalelayo	Incazelo
C_NUM_MONITOR_SLOTS	1-11	1	Inani le-Interface Slots.
Amanothi: 1. Inombolo enkulu yenani lokuqhathanisa (okufanayo) ikhawulelwe ku-1,024. Ngesicuphi esiyisisekelo (C_ADV_TRIGGER = FALSE), uphenyo ngalunye luneyunithi eyodwa yenani lokuqhathanisa (njengakunguqulo yangaphambili). Kodwa ngenketho yokuqalisa kusengaphambili (C_ADV_TRIGGER = TRUE), lokhu kusho ukuthi ama-probe angawodwana asengaba nokukhethwa okungaba khona kwenani lokuqhathanisa amanani amayunithi ukusuka kwelilodwa ukuya kwesine. Kodwa wonke amayunithi enani lokuqhathanisa akufanele eqe ngaphezu kuka-1,024. Lokhu kusho ukuthi, uma udinga amayunithi amane wokuqhathanisa ngophenyo ngalunye uvunyelwe ukusebenzisa ama-probe angu-256 kuphela.

Ukudizayina nge-Core

Lesi sigaba sihlanganisa imihlahlandlela nolwazi olwengeziwe ukuze kube lula ukuklama ngomongo.

Iwashi
Imbobo yokufaka ye-clk iwashi elisetshenziswa indikimba ye-ILA ukubhalisa amanani okuhlola. Ukuze uthole imiphumela engcono kakhulu, kufanele kube isignali yewashi efanayo ehambisanayo nelojikhi yedizayini enamathiselwe kumachweba okuhlola we-ILA core. Uma uxhumeka ngesandla nge-AXI Debug Hub, isignali ye-aclk kufanele ihambisane nembobo yokufaka yewashi le-AXI Debug Hub.

Isetha kabusha
Uma usetha Uhlobo Lokufaka lwe-ILA ku-Interface Monitor, imbobo yokusetha kabusha kufanele ibe isignali efanayo yokusetha kabusha evumelaniswayo nelojikhi yedizayini isixhumi esibonakalayo esinamathiselwe kukho.
indawo_ _ ichweba le-ILA core. Ngokuxhumeka okwenziwa ngesandla nge-AXI Debug Hub core, imbobo yamanje kufanele ihambisane nembobo yokusetha kabusha ye-AXI Debug Hub core.

Izinyathelo Zokugeleza Komklamo
Lesi sigaba sichaza ukwenza ngendlela oyifisayo nokwenza umongo, ukukhawulela umongo, kanye nokulingisa, ukuhlanganisa, kanye nezinyathelo zokusebenzisa eziqondene ngqo nalo mgogodla we-IP. Ulwazi oluthe xaxa mayelana nokugeleza kwedizayini evamile ye-Vivado® kanye nesihlanganisi se-IP singatholakala kumhlahlandlela wabasebenzisi we-Vivado Design Suite:

• Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuklama Amasistimu angaphansi we-IP usebenzisa i-IP Integrator (UG994)
• Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuklama nge-IP (UG896)
• Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuqalisa (UG910)
• Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukulingisa Okunengqondo (UG900)

Ukwenza ngokwezifiso kanye nokukhiqiza i-Core

Lesi sigaba sihlanganisa ulwazi olumayelana nokusebenzisa amathuluzi e-Xilinx® ukuze wenze ngendlela oyifisayo futhi ukhiqize umongo ku-Vivado® Design Suite. Uma wenza ngendlela oyifisayo futhi udala okubalulekile kusihlanganisi se-Vivado IP, bheka Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuklama Amasistimu angaphansi we-IP usebenzisa i-IP Integrator (UG994) ukuze uthole ulwazi oluningiliziwe. Isihlanganisi se-IP singahlanganisa ngokuzenzakalelayo amanani athile okumisa lapho siqinisekisa noma sikhiqiza umklamo. Ukuze uhlole ukuthi amanani ayashintsha yini, bona incazelo yepharamitha kulesi sahluko. Kuya view inani lepharamitha, sebenzisa umyalo oqinisekisayo_bd_design kukhonsoli ye-Tcl. Ungenza ngendlela oyifisayo i-IP ukuze isetshenziswe ekwakhiweni kwakho ngokucacisa amanani amapharamitha ahlukahlukene ahlotshaniswa ne-IP core usebenzisa lezi zinyathelo ezilandelayo:

1.  Khetha i-IP kukhathalogi ye-IP.
2.  Chofoza kabili i-IP ekhethiwe noma khetha umyalo othi Enza Ngokwezifiso I-IP kubha yamathuluzi noma chofoza kwesokudla imenyu.

Ukuze uthole imininingwane, bheka Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuklama nge-IP (UG896) kanye Nomhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuqalisa (UG910). Izibalo kulesi sahluko ziyimifanekiso ye-Vivado IDE. Isakhiwo esivezwe lapha singase sihluke enguqulweni yamanje.

Ukuze ufinyelele umongo, yenza okulandelayo:

1.  Vula iphrojekthi ngokukhetha File bese Vula Iphrojekthi noma udale iphrojekthi entsha ngokukhetha File bese kuba Iphrojekthi Entsha eVivado.
2.  Vula ikhathalogi ye-IP bese uzulazula uye kunoma iyiphi i-taxonomies.
3. Chofoza kabili i-ILA ukuze uveze igama eliwumgogodla we-Vivado IDE.

Iphaneli Yezinketho Ezijwayelekile
Isibalo esilandelayo sibonisa ithebhu Yezinketho Ezivamile kusilungiselelo Somdabu esikuvumela ukuthi ucacise izinketho:

Isibalo esilandelayo sibonisa ithebhu Yezinketho Ezijwayelekile kusilungiselelo se-AXI esikuvumela ukuthi ucacise izinketho:

• Igama Lengxenye: Sebenzisa le nkambu yombhalo ukuze unikeze igama lemojuli eliyingqayizivele lengqikithi ye-ILA.
• Uhlobo Lokufaka lwe-ILA: Le nketho icacisa ukuthi yiluphi uhlobo lwesixhumi esibonakalayo noma isignali ye-ILA okufanele ilungiswe. Okwamanje, amanani ale pharamitha athi “Native Probes”, “Interface Monitor” kanye “Nemixed.”
• Inombolo Yeziphequluli: Sebenzisa le nkambu yombhalo ukuze ukhethe inombolo yezimbobo zokuhlola kumongo we-ILA. Ububanzi obuvumelekile obusetshenziswa ku-Vivado® IDE bungu-1 kuye ku-64. Uma udinga izimbobo zokuhlola ezingaphezu kuka-64, udinga ukusebenzisa ukugeleza komyalo we-Tcl ukuze ukhiqize umongo we-ILA.
• Inani Lezikhala Zokusebenzelana (ezitholakala kuphela ngohlobo lwe-Interface Monitor kanye nohlobo Oluxubile): Le nketho ikuvumela ukuthi ukhethe inombolo yezikhala zesixhumi esibonakalayo se-AXI ezidinga ukuxhunywa ku-ILA.
• Inombolo Efanayo Yeziqhathanisi Kuwo Wonke Amachweba Okuhlola: Inombolo yeziqhathanisi ngephenyo ngayinye ingalungiselelwa kuleli phaneli. Inani elifanayo leziqhathanisi zawo wonke ama-probe linganikwa amandla ngokukhetha.

I-Probe Port Panels
Isibalo esilandelayo sibonisa ithebhu ye-Probe Ports ekuvumela ukuthi ucacise izilungiselelo:

• I-Probe Port Panel: Ububanzi be-Probe Port ngayinye bungalungiselelwa ku-Probe Port Panels. I-Probe Port Panel ngayinye inamachweba angafinyelela kwayisikhombisa.
• Ububanzi be-Probe: Ububanzi be-Probe Port ngayinye bungashiwo. Ububanzi obuvumelekile bungu-1 kuye ku-1024.
• Inombolo Yeziqhathanisi: Le nketho inikwa amandla kuphela uma inketho ethi "Inombolo Efanayo Yeziqhathanisi Kuwo Wonke Amachweba Okuhlola" ikhutshaziwe. Isiqhathanisi se-probe ngayinye ebangeni 1 kuya ku-16 singasethwa.
• Idatha kanye/noma I-Trigger: Uhlobo lwe-Probe lophenyo ngalunye lungasethwa kusetshenziswa le nketho. Izinketho ezivumelekile yi-DATA_and_TRIGGER, DATA kanye ne-TRIGGER.
• Izinketho Zokuqhathanisa: Uhlobo lokusebenza noma ukuqhathanisa kwe-probe ngayinye kungasethwa kusetshenziswa le nketho.

Izinketho zesixhumi esibonakalayo
Isibalo esilandelayo sibonisa ithebhu Yezinketho Zokusebenzelana lapho i-Interface Monitor noma uhlobo Oluxubile kukhethwa uhlobo lokufakwayo lwe-ILA:

• Uhlobo Lwesixhumi esibonakalayo: Umthengisi, Umtapowolwazi, Igama, kanye Nenguqulo (VLNV) yesixhumi esibonakalayo ezogadwa indikimba ye-ILA.
• Ububanzi be-ID ye-AXI-MM: Ikhetha ububanzi be-ID yesixhumi esibonakalayo se-AXI lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• I-AXI-MM Data Width: Ikhetha amapharamitha ahambisana ne-slot_Ikhetha ububanzi bedatha yesixhumi esibonakalayo se-AXI lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• I-AXI-MM Ububanzi Bekheli: Ikhetha ububanzi bekheli le-interface ye-AXI lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Nika amandla i-AXI-MM/Stream Protocol Checker: Inika amandla isihloli sephrothokholi ye-AXI4-MM noma i-AXI4-Stream yesikhala lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM noma i-AXI4-Stream, lapho inombolo slot.
• Nika amandla Izibali Zokulandelela Okwenziwayo: Inika amandla amandla okulandelela okwenziwayo e-AXI4-MM.
• Inombolo Yemisebenzi Esele Yokufundwa: Icacisa inani lemisebenzi esele yokuFunda nge-ID ngayinye. Inani kufanele lilingane noma libe likhulu kunenombolo yemisebenzi esele ye-Read yalolo xhumo.
• Inombolo Yemisebenzi Esasele Yokubhala: Icacisa inani lemisebenzi esele yokubhala nge-ID ngayinye. Inani kufanele lilingane noma libe likhulu kunenombolo yemisebenzi esele yokubhala yalolo xhumo.
• Gada amasiginali Wesimo se-APC: Nika amandla ukuqapha amasiginali wesimo se-APC endaweni lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Lungiselela isiteshi sekheli lokufunda i-AXI njengeDatha: Khetha amasiginali wesiteshi esifundwayo ngenjongo yokugcina idatha yendawo lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Lungiselela isiteshi sekheli lokufunda i-AXI njenge-Trigger: Khetha amasiginali wesiteshi sekheli afundwayo ukuze ucacise isimo se-trigger yesikhala lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Lungiselela i-AXI yokufunda isiteshi sedatha njengeDatha: Khetha amasiginali wesiteshi sedatha efundwayo ngezinjongo zokugcinwa kwedatha yendawo lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Lungiselela i-AXI yokufunda isiteshi sedatha njenge-Trigger: Khetha amasiginali wesiteshi sedatha efundwayo ukuze ucacise izimo zokucupha indawo lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Lungiselela ishaneli yekheli le-AXI njengeDatha: Khetha amasiginali wekheli lekheli ngenjongo yokugcina idatha yendawo lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Lungiselela isiteshi sekheli le-AXI njenge-Trigger: Khetha amasiginali wesiteshi sekheli ukuze ucacise izimo zokucupha indawo lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Lungiselela i-AXI yokubhala isiteshi sedatha njengeDatha: Khetha bhala amasiginali wesiteshi sedatha ngenjongo yokugcina idatha yendawo lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Lungiselela i-AXI yokubhala isiteshi sedatha njenge-Trigger: Khetha amasiginali wesiteshi sedatha yokubhala ukuze ucacise umbandela wokucupha indawo lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Lungiselela ishaneli yokuphendula yokubhala ye-AXI njengeDatha: Khetha bhala amasiginali wesiteshi sokuphendula ngezinjongo zokugcinwa kwedatha yendawo lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• Lungiselela ishaneli yokuphendula yokubhala i-AXI njenge-Trigger: Khetha bhala amasiginali wesiteshi sokuphendula ukuze ucacise isimo se-trigger yesikhala lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-MM, lapho inombolo slot.
• I-AXI-Stream Tdata Width: Ikhetha ububanzi be-Tdata be-interface ye-AXI-Stream lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-Stream, lapho inombolo slot.
• I-AXI-Stream TID Width: Ikhetha ububanzi be-TID yesixhumi esibonakalayo se-AXI-Stream lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-Stream, lapho inombolo slot.
• Ububanzi be-AXI-Stream TUSER: Ikhetha ububanzi be-TUSER be-interface ye-AXI-Stream uma i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-Stream, lapho inombolo slot.
• I-AXI-Stream TDEST Width: Ikhetha ububanzi be-TDEST be-interface ye-AXI-Stream uma i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-Stream, lapho inombolo slot.
• Lungiselela Amasignali E-AXIS Njengedatha: Khetha amasiginali we-AXI4-Stream ngenjongo yokugcina idatha yendawo
  lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-Stream lapho inombolo slot.
• Lungiselela Amasignali e-AXIS Njengesicuphi: Khetha amasiginali we-AXI4-Stream ukuze ucacise isimo se-trigger yesikhala lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-AXI-Stream, lapho inombolo slot.
• Lungiselela I-Slot njengeDatha kanye/noma I-Trigger: Ikhetha amasiginali we-non-AXI ukuze ucacise isimo se-trigger noma ngenjongo yokugcina idatha noma kokubili kwe-slot lapho i-slot_ uhlobo lwesixhumi esibonakalayo lulungiselelwe njenge-non-AXI, lapho inombolo slot.

Izinketho Zesitoreji
Isibalo esilandelayo sibonisa ithebhu Yezinketho Zesitoreji ekuvumela ukuthi ukhethe uhlobo lwethagethi yesitoreji nokujula kwememori ezosetshenziswa:

• Ithagethi Yesitoreji: Le parameter isetshenziselwa ukukhetha uhlobo lwethagethi yesitoreji kumenyu yokudonsela phansi.
• Ukujula Kwedatha: Le parameter isetshenziselwa ukukhetha u-s ofanelekileampukujula kusuka kumenyu yokudonsela phansi.

Izinketho Ezithuthukisiwe
Isibalo esilandelayo sibonisa ithebhu Yezinketho Ezithuthukile:

• Nika amandla isixhumi esibonakalayo se-AXI4-Stream soxhumano lwezandla ku-AXI Debug Hub: Uma inikwe amandla, le nketho inikeza isixhumi esibonakalayo se-AXIS ukuze i-IP ixhume ku-AXI Debug Hub.
• Nika amandla i-Trigger Input Interface: Hlola le nketho ukuze unike amandla imbobo yokufaka yesicuphi ongasikhetha.
• Nika amandla isixhumi esibonakalayo se-Trigger Output: Hlola le nketho ukuze unike amandla imbobo yokukhipha yesicuphe ongayikhetha.
• Faka ipayipi Stages: Khetha inombolo yamarejista ofuna ukuwangeza kuphenyo ukuze uthuthukise imiphumela yokusetshenziswa. Le parameter isebenza kuwo wonke ama-probe.
• Isiqalisi Esithuthukisiwe: Hlola ukuze unike amandla ukulandelana kwecupha okusekelwe emshinini wesifundazwe.

I-Output Generation
Ukuze uthole imininingwane, bheka Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuklama nge-IP (UG896).

Ukuphoqa i-Core

Imikhawulo Edingekayo
I-ILA core ihlanganisa i-XDC file equkethe imingcele efanele yendlela engamanga ukuze kuvinjwe ukuminyana ngokweqile kwemizila yokuvumelanisa enqamula isizinda sewashi. Kulindeleke futhi ukuthi isignali yewashi exhunywe embobeni yokufaka ye-clk ye-ILA core iboshelwe ngendlela efanele kumklamo wakho.

Idivayisi, Iphakheji, Nokukhethwa Kwebanga Lesivinini
Lesi sigaba asisebenzi kule IP core.

• Amafrikhwensi ewashi
  Lesi sigaba asisebenzi kule IP core.
• Ukuphathwa Kwewashi
  Lesi sigaba asisebenzi kule IP core.
• Ukubekwa Kwewashi
  Lesi sigaba asisebenzi kule IP core.
• Ibhange
  Lesi sigaba asisebenzi kule IP core.
• Ukubekwa kwe-Transceiver
  Lesi sigaba asisebenzi kule IP core.
• I/O Izinga kanye Nokubekwa
  Lesi sigaba asisebenzi kule IP core.

Ukulingisa

Ukuze uthole ulwazi olubanzi mayelana nezingxenye zokulingisa ze-Vivado®, kanye nolwazi olumayelana nokusebenzisa amathuluzi ezinkampani zangaphandle asekelwayo, bheka Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukulingisa Okunengqondo (UG900).

Ukuhlanganisa kanye Nokuqaliswa
Ukuze uthole imininingwane mayelana nokuhlanganisa nokusebenzisa, bheka Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukudizayina nge-IP (UG896).

Ukulungisa iphutha

Lesi sithasiselo sifaka imininingwane mayelana nezinsiza ezitholakala ku-Xilinx® Support webindawo kanye namathuluzi okulungisa iphutha. Uma i-IP idinga ukhiye welayisense, ukhiye kufanele uqinisekiswe. Amathuluzi omklamo we-Vivado® anezindawo zokuhlola amalayisense amaningana okufaka i-IP enelayisensi ngokugeleza. Uma ukuhlolwa kwelayisense kuphumelela, i-IP ingaqhubeka nokwenza. Uma kungenjalo, isizukulwane siyama ngephutha. Izindawo zokuhlola ilayisense ziphoqelelwa ngamathuluzi alandelayo:

• I-Vivado Synthesis
• Ukuqaliswa kwe-Vivado
• bhala_bitstream (umyalo we-Tcl)

KUBALULEKILE! Ileveli yelayisense ye-IP ayinakwa ezindaweni zokuhlola. Ukuhlolwa kuqinisekisa ukuthi ilayisensi evumelekile ikhona. Ayihloli ileveli yelayisense ye-IP.

Ukuthola Usizo ku-Xilinx.com

Ukusiza ekudizayineni nasekususeni iphutha uma usebenzisa umongo, i-Xilinx Support web ikhasi liqukethe izinsiza ezibalulekile ezifana nemibhalo yomkhiqizo, amanothi okukhishwa, amarekhodi ezimpendulo, ulwazi mayelana nezinkinga ezaziwayo, nezixhumanisi zokuthola ukwesekwa okwengeziwe komkhiqizo. I-Xilinx Community Forums iyatholakala futhi lapho amalungu engafunda khona, abambe iqhaza, abelane, futhi abuze imibuzo ngezisombululo ze-Xilinx.

Amadokhumenti
Lo mhlahlandlela womkhiqizo uyidokhumenti eyinhloko ehlotshaniswa nengqikithi. Lo mhlahlandlela, kanye nemibhalo ehlobene nayo yonke imikhiqizo esiza enqubweni yokuklama, ingatholakala ku-Xilinx Support. web ikhasi noma ngokusebenzisa i-Xilinx® Documentation Navigator. Landa i-Xilinx Documentation Navigator ekhasini Lokulanda. Ukuze uthole ulwazi olwengeziwe mayelana naleli thuluzi nezici ezitholakalayo, vula usizo lwe-inthanethi ngemva kokulifaka.

Phendula Amarekhodi
Amarekhodi Okuphendula afaka phakathi ulwazi olumayelana nezinkinga ezivame ukuhlangatshezwana nazo, ulwazi oluwusizo lokuthi ungazixazulula kanjani lezi zinkinga, nanoma yiziphi izinkinga ezaziwayo ngomkhiqizo we-Xilinx. Amarekhodi Empendulo ayadalwa futhi agcinwe nsuku zonke ukuqinisekisa ukuthi abasebenzisi banokufinyelela olwazini olunembe kakhulu olutholakalayo. Amarekhodi Okuphendula alo mongo angatholakala ngokusebenzisa ibhokisi Losekelo Lokusesha ekusekelweni okukhulu kwe-Xilinx web ikhasi. Ukuze wandise imiphumela yakho yosesho, sebenzisa amagama angukhiye afana nalawa:

• Igama lomkhiqizo
• Imiyalezo yethuluzi
• Isifinyezo senkinga okuhlangatshezwane nayo

Ukusesha kwesihlungi kuyatholakala ngemva kokubuyiselwa kwemiphumela ukuze kuqhutshekwe ukukhomba imiphumela.

Ukusekela kwezobuchwepheshe
I-Xilinx ihlinzeka ngosekelo lwezobuchwepheshe ku-Xilinx Community Forums yalo mkhiqizo we-IP we-LogiCORE™ uma usetshenziswa njengoba kuchazwe embhalweni womkhiqizo. I-Xilinx ayikwazi ukuqinisekisa isikhathi, ukusebenza, noma ukwesekwa uma wenza noma yikuphi kokulandelayo:

• Sebenzisa isisombululo kumadivayisi angachazwanga embhalweni.
• Enza ngendlela oyifisayo isixazululo sidlule leso esivunyelwe emibhalweni yomkhiqizo.
• Shintsha noma yisiphi isigaba somklamo obhalwe ukuthi UNGALUNGISI.

Ukuze ubuze imibuzo, zulazulela ku-Xilinx Community Forums.

Izinsiza Ezengeziwe kanye Nezaziso Zomthetho

Izinsiza ze-Xilinx
Ukuze uthole izinsiza zosekelo ezifana Nezimpendulo, Amadokhumenti, Okulandiwe, namaforamu, bona Ukusekela kwe-Xilinx.

I-Documentation Navigator kanye nama-Design Hubs
I-Xilinx® Documentation Navigator (DocNav) inikeza ukufinyelela kumadokhumenti e-Xilinx, amavidiyo, nezinsiza zokusekela, ongazihlunga futhi uziseshe ukuze uthole ulwazi. Ukuvula i-DocNav:

• • Ku-Vivado® IDE, khetha Usizo → Imibhalo kanye Nokufundisa.
  • Ku-Windows, khetha Qala → Zonke Izinhlelo → I-Xilinx Design Tools → I-DocNav.
  • Emyalweni womyalo we-Linux, faka i-docnav.

I-Xilinx Design Hubs inikeza izixhumanisi kumadokhumenti ahlelwe imisebenzi yokuklama nezinye izihloko, ongazisebenzisa ukuze ufunde imiqondo eyinhloko futhi uphendule imibuzo evame ukubuzwa. Ukuze ufinyelele ama-Design Hubs:

• Ku-DocNav, chofoza ama-Design Hubs View ithebhu.
• Ku-Xilinx webisayithi, bheka ikhasi le-Design Hubs.

Qaphela: Ukuze uthole ulwazi olwengeziwe nge-DocNav, bheka ikhasi le-Documentation Navigator ku-Xilinx webindawo.

Izithenjwa
Lawa madokhumenti ahlinzeka ngezinto ezengeziwe eziwusizo ngalo mhlahlandlela:

1.  Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuhlela nokulungisa iphutha (UG908)
2. Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuklama nge-IP (UG896)
3. Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuklama Amasistimu angaphansi we-IP usebenzisa i-IP Integrator (UG994)
4. Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuqalisa (UG910)
5. Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukulingisa Okunengqondo (UG900)
6. Umhlahlandlela Womsebenzisi we-Vivado Design Suite: Ukuqaliswa (UG904)
7. I-ISE kuya ku-Vivado Design Suite Migration Guide (UG911)
8. I-AXI Protocol Checker LogiCORE IP Product Guide (PG101)
9. I-AXI4-Stream Protocol Checker LogiCORE IP Product Guide (PG145)

Umlando Wokubuyekeza
Ithebula elilandelayo libonisa umlando wokubuyekeza wale dokhumenti.

Ingxenye	Isifinyezo Sokubuyekeza
11/23/2020 Inguqulo 1.1
Ukukhishwa kokuqala.	N/A

Sicela Ufunde: Izaziso Zomthetho Ezibalulekile
Ulwazi oludalulwe kuwe lapha ngezansi (“Izinto Zokusebenza”) lunikezwe kuphela ukukhethwa nokusetshenziswa kwemikhiqizo ye-Xilinx. Ngokwezinga eliphezulu elivunyelwe umthetho osebenzayo: (1) Izinto ezisetshenziswayo zenziwa zitholakale “NJENGOBA ZINJALO” futhi ngawo wonke amaphutha, i-Xilinx ngalokhu INKOMAZA ZONKE IZIQINISEKISO NEMIBANDELA, EZISHIYELWE, OKUSHIWO, NOMA OKUSHIWO, KUHLANGANISA KODWA AKUPHELELE IZIQINISEKISO ZOKUTHENGISA, UKUTHINISEKA, UBUCIKO, OSE; futhi (2) I-Xilinx angeke ibe nesibopho (kungakhathaliseki ukuthi kuyinkontileka noma ukuhlukumeza, okuhlanganisa ubudedengu, noma ngaphansi kwanoma iyiphi enye inkolelo yecala) nganoma yikuphi ukulahlekelwa noma ukulimala kwanoma yiluphi uhlobo noma uhlobo oluhlobene, okuvela ngaphansi, noma ngokuhlobene, nezinto (kuhlanganise nokusebenzisa kwakho Izinto), okuhlanganisa nanoma yikuphi ukulahlekelwa okuqondile, okungaqondile, okukhethekile, kwengozi, noma okulandelanayo, ukulahlekelwa okuhle noma ukulahlekelwa kwedatha okuhle, ukulahlekelwa okuhle noma ukulahlekelwa kwedatha okuhle ed njengomphumela wanoma isiphi isenzo esilethwe umuntu wesithathu) noma ngabe lowo monakalo noma ukulahlekelwa kwakungabonakala ngokunengqondo noma u-Xilinx wayeceliwe ukuthi kungenzeka okufanayo.

I-Xilinx ayinaso isibopho sokulungisa noma yimaphi amaphutha aqukethwe Kokubalulekile noma ukukwazisa ngezibuyekezo Zezinto Zokusebenza noma ekucacisweni komkhiqizo. Akumele ukhiqize kabusha, uguqule, usabalalise, noma ubonise okokusebenza esidlangalaleni ngaphandle kwemvume ebhaliwe ngaphambilini. Eminye imikhiqizo ingaphansi kwemigomo nemibandela yewaranti enomkhawulo ye-Xilinx, sicela ubheke Imibandela Yokuthengisa ye-Xilinx engaba viewed ku https://www.xilinx.com/legal.htm#tos; Ama-IP cores angase abe ngaphansi kwewaranti nemibandela yosekelo equkethwe kulayisense oyinikezwe i-Xilinx. Imikhiqizo ye-Xilinx ayakhelwe noma ayihloselwe ukuthi ingaphumeleli noma isetshenziswe kunoma yiluphi uhlelo lokusebenza oludinga ukusebenza kokwehluleka kokuphepha; uthatha ingozi eyodwa kanye nesibopho sokusebenzisa imikhiqizo ye-Xilinx ezinhlelweni ezinjalo ezibucayi, sicela ubheke Imibandela Yokuthengisa ye-Xilinx engaba viewed ku https://www.xilinx.com/legal.htm#tos.
Lo mbhalo uqukethe ulwazi lokuqala futhi ungashintsha ngaphandle kwesaziso. Ulwazi oluhlinzekwe lapha luhlobene nemikhiqizo kanye/noma amasevisi angakatholakali ukuze athengiswe, futhi kuhlinzekwe ngezinjongo zolwazi kuphela futhi akuhloselwe, noma ukuthi kuhunyushwe, njengomnikelo wokudayiswa noma wokuzama ukuhweba kwemikhiqizo kanye/noma amasevisi okukhulunywe ngawo lapha.

UMNQULO WOKUSEBENZA KWEZICELO ZOKUSEBENZA
IMIKHIQIZO YEZIMOTO (EKHONJWA NJENGE-“XA” ENGXENYENI) AYIQINISEKISIWE UKUZE ISETSHENZISWA EKUKHISHWENI KWAMA-AIRBAGS NOMA UKUSETSHENZISWA EZINCENI EZITHINTA UKULAWULWA KWEMOTO (“ISICELO SOKUPHEPHA”) NGAPHANDLE KUKHONA I-COFETY26262 INDLELA YOKUZIPHATHA I-ISO. XNUMX IZINGA LOKUPHEPHA OKUSEBENZA (“UMQESHO WOKUPHEPHA”). AMAKHASIMENDE, NGAPHAMBI KOKUSEBENZISA NOMA AKASABALI IZINHLELO EZIHLANGANISA IMIKHIQIZO, AYOHLOLA KAHLE IZINHLELO EZIFUMANEKAYO NGENXA YEZOPHEPHA. UKUSETSHENZISWA KWEMIKHIQIZO ESICWENI SOKUPHEPHA NGAPHANDLE KOKWENZAKALO OKUPHEPHA KUSENGOZINI NGOKUPHELELE YEKHASIMENDE, KUPHATHWA KUPHELA EMITHETHO ESEBENZAYO KANYE NEZIMISEKO EZIBUSAYO IMIkhawuko EKUBOPHEZWENI KOMKHIQIZO.
I-Copyright 2020 Xilinx, Inc. Xilinx, ilogo ye-Xilinx, i-Alveo, i-Artix, i-Kintex, i-Spartan, i-Versal, i-Virtex, i-Vivado, i-Zynq, nezinye izinhlobo eziqokiwe ezifakwe lapha yizimpawu zokuthengisa ze-Xilinx e-United States nakwamanye amazwe. Zonke ezinye izimpawu zokuthengisa ziyimpahla yabanikazi bazo.PG357 (v1.1) Novemba 23, 2020, ILA with AXI4-Stream Interface v1.1
Landa i-PDF: I-Xilinx AXI4-Stream Integrated Logic Analyser Guide

Izithenjwa

• Imaniwali yosebenzisayo