I-Microchip PolarFire® FPGA H.264 Umhlahlandlela Womsebenzisi Wesifaki khodi se-IP
Isingeniso
I-H.264 iyindinganiso yokuminyanisa ividiyo ethandwayo yokuminyanisa ividiyo yedijithali. Yaziwa nangokuthi MPEG-4 Part10 noma Advanced Video Coding (MPEG-4 AVC). I-H.264 isebenzisa indlela ehlakaniphile yokucindezela ividiyo lapho usayizi webhulokhi uchazwa ngokuthi 16×16 futhi ibhulokhi elinjalo libizwa ngokuthi i-macro block. Izinga lokucindezela lisekela ama-pro ahlukahlukenefiles ezichaza isilinganiso sokucindezela nokuba yinkimbinkimbi kokuqaliswa. Amafreyimu evidiyo azocindezelwa aphathwa njengefreyimu ye-I, ifremu engu-P kanye nohlaka luka-B. Uhlaka lwe-I luhlaka olunekhodi engaphakathi lapho ukuminyanisa kwenziwa kusetshenziswa ulwazi oluqukethwe ngaphakathi kohlaka. Abekho abanye ozimele abadingekayo ukuze kuqondwe uhlaka lwe-I. Uhlaka lwe-AP lucindezelwa ngokusebenzisa izinguquko ngokuphathelene nohlaka lwangaphambili olungaba uhlaka lwe-I noma uhlaka lwe-P. Ukucindezelwa kozimele B kwenziwa ngokusebenzisa izinguquko zokunyakaza ngokuphathelene nakho kokubili uhlaka lwangaphambili nohlaka oluzayo.
Inqubo yokucindezelwa kohlaka lwe-I ineziqephu ezinetages—Ukubikezela kwe-Intra, ukuguqulwa okuphelele, i-Quantization kanye nombhalo wekhodi we-Entropy. I-H.264 isekela izinhlobo ezimbili zombhalo wekhodi—Context Adaptive Variable Length Coding (CAVLC) kanye neContext Adaptive Binary Arithmetic Coding (CABAC). Inguqulo yamanje ye-IP isebenzisa i-Baseline profile futhi isebenzisa i-CAVLC yombhalo wekhodi we-entropy. Futhi, i-IP isekela ukubhala ngekhodi kozimele I kuphela.
Izici Eziyinhloko
- Isebenzisa ukucindezela kufomethi yevidiyo ye-YCbCr 420
- Ilindele okokufaka ngefomethi yevidiyo ye-YCbCr 422
- Isekela i-8-bit engxenyeni ngayinye (Y, Cb, ne-Cr)
- I-ITU-T H.264 Isijobelelo B siyathobelana ne-NAL byte yokusakaza okukhiphayo
- Ukusebenza okuzimele, i-CPU, noma usizo lokucubungula aludingeki
- Isici esilungisekayo sekhwalithi ye-QP phakathi nesikhathi sokusebenza
- Ukubala ngesilinganiso sephikseli elingu-1 iwashi ngalinye
- Isekela ukucindezelwa kuze kufike ekulungisweni kwe-1080p 60 fps.
Imindeni Esekelwe
- I-PolarFire® SoC FPGA
- I-PolarFire® FPGA
Ukuqaliswa kwe-Hardware
Isibalo esilandelayo sibonisa umdwebo webhulokhi ye-H.264 I I-Encoder IP.
Umfanekiso 1-1. H.264 I Uhlaka Lwesifaki khodi IP Umdwebo Umdwebo
Okokufaka kanye Nemiphumela
Ithebula elilandelayo libonisa izimbobo zokufaka neziphumayo ze-H.264 Frame Encoder IP.
Ithebula 1-1. Izimbobo Okokufaka Nokuphumayo ze-H.264 I Uzimele Wesifaki khodi IP
| Igama Lesignali | Isiqondiso | Ububanzi | Itheku Kuvumelekile Ngaphansi | Incazelo |
| SETHA KABUSHA_N | Okokufaka | 1 | — | Isignali yokusetha kabusha esebenzayo ephansi ye-Asynchronous eya kumklamo. |
| SYS_CLK | Okokufaka | 1 | — | Iwashi lokokufaka amaphikseli angenayo angu-sampkwaholela. |
| DATA_Y_I | Okokufaka | 8 | — | Okokufaka kwe-Luma kwe-8-bit ngefomethi engu-422. |
| DATA_C_I | Okokufaka | 8 | — | Okokufaka kwephikseli ye-8-bit ye-Chroma ngefomethi engu-422. |
| DATA_VALID_I | Okokufaka | 1 | — | Idatha ye-Pixel yokufaka isignali evumelekile. |
| FRAME_END_I | Okokufaka | 1 | — | Ukuphela kwenkomba yozimele. |
| FRAME_START_I | Okokufaka | 1 | — | Ukuqala kwenkomba yozimele. Unqenqema olukhuphukayo lwalesi siginali lubhekwa njengesiqalo sohlaka. |
| HRES_I | Okokufaka | 16 | — | Ukulungiswa okuvundlile kwesithombe sokufaka. Kufanele kube ukuphindaphinda kwe-16. |
| VRES_I | Okokufaka | 16 | — | Ukulungiswa okuqondile kwesithombe sokufaka. Kufanele kube ukuphindaphinda kwe-16. |
| QP_I | Okokufaka | 6 | — | Ikhwalithi yekhwalithi ye-H.264 quantization. Inani lisukela ku-0 kuye ku-51 lapho u-0 emelela ikhwalithi ephezulu nokuminyanisa okuphansi futhi u-51 umele ukucindezela okuphezulu kakhulu. |
| DATA_O | Okukhiphayo | 8 | — | H.264 okukhipha idatha enekhodi equkethe iyunithi ye-NAL, unhlokweni wocezu, i-SPS, i-PPS, nedatha efakwe ikhodi yamabhulokhi amakhulu. |
| DATA_VALID_O | Okukhiphayo | 1 | — | Isiginali echaza idatha ebhalwe ngekhodi ivumelekile. |
Ukucushwa Amapharamitha
I-IP ye-H.264 I Frame Encoder ayisebenzisi imingcele yokumisa.
Ukusebenzisa Izingxenyekazi Zekhompuyutha ze-H.264 I Frame Encoder IP
Isibalo esilandelayo sibonisa umdwebo webhulokhi ye-H.264 I Frame Encoder IP.
Umfanekiso 1-2. H.264 I Uhlaka Lwesifaki khodi IP Umdwebo Umdwebo
Incazelo Yedizayini ye-H.264 I Frame Encoder IP
Lesi sigaba sichaza amamojula ahlukene angaphakathi e-IP ye-H.264 I frame generator. Okokufaka kwedatha ku-IP kufanele kube ngendlela yesithombe se-raster scan ngefomethi ye-YCbCr 422. I-IP isebenzisa ifomethi engu-422 njengokufaka futhi isebenzisa ukucindezela ngefomethi engu-420.
16×16 I-Matrix Framer
Le mojula ifaka amabhulokhi angu-16×16 engxenye ye-Y njengokucaciswa kwe-H.264. Izibhafa zolayini zisetshenziselwa ukugcina imigqa evundlile engu-16 yesithombe sokufakwayo futhi i-matrix engu-16×16 ifakwe kufreyimu kusetshenziswa amarejista amashifu.
8×8 I-Matrix Framer
Le mojula ifreme amabhulokhi amakhulu angu-8×8 wengxenye C njengokucaciswa kwe-H.264 kwefomethi engu-420. Izibhafa zolayini zisetshenziselwa ukugcina imigqa evundlile engu-8 yesithombe sokufaka futhi i-matrix engu-8×16 ifakwe kufreyimu kusetshenziswa ama-shift register. Kusuka ku-matrix engu-8×16, izingxenye ze-Cb ne-Cr zihlukaniswa ukuze kufakwe ifreyimu ngayinye engu-8×8.
4×4 I-Matrix Framer
I-integer transformation, quantization, kanye nombhalo wekhodi we-CAVLC kusebenza kubhulokhi encane engu-4×4 ngaphakathi kwebhulokhi enkulu. I-4×4 matrix framer ikhiqiza ibhulokhi encane engu-4×4 ukusuka ku-16×16 noma ku-8×8 macro block. Le generator ye-matrix inqamula kuwo wonke amabhulokhi amancane ebhulokhi enkulu ngaphambi kokuya kubhulokhi enkulu elandelayo.
I-Intra Prediction
I-H.264 isebenzisa izindlela ezahlukahlukene zokubikezela ukuze inciphise ulwazi kubhulokhi engu-4×4. Ibhulokhi ye-intra-prediction ku-IP isebenzisa kuphela isibikezelo se-DC kusayizi we-matrix ongu-4×4. Ingxenye ye-DC ibalwa ukusuka phezulu eseduze bese ishiya amabhulokhi angu-4×4.
Ukuguqulwa Okuphelele
I-H.264 isebenzisa i-integer discrete cosine transformer lapho ama-coefficients asakazwa kuyo yonke i-matrix yokuguqula inombolo kanye ne-quantization matrix ukuze kungabikho ukuphindaphinda noma ukuhlukaniswa kuguquko lwenombolo. Inombolo ephelele yokuguqula u-stage usebenzisa uguquko usebenzisa shift and add imisebenzi.
Quantization
Ukulinganisa kuphindaphinda okukhiphayo ngakunye koguquko oluphelele ngevelu yokulinganisa enqunywe kusengaphambili echazwe inani lokokufaka lomsebenzisi we-QP. Ububanzi bevelu ye-QP busuka ku-0 kuye ku-51. Noma yiliphi inani elingaphezu kuka-51 liyi-clamped to 51. Inani eliphansi le-QP lisho ukucindezela okuphansi kanye nekhwalithi ephezulu futhi ngokuphambene nalokho.
I-CAVLC
I-H.264 isebenzisa izinhlobo ezimbili zombhalo wekhodi we-entropy—Context Adaptive Variable Length Coding (CAVLC) kanye neContext Adaptive Binary Arithmetic Coding (CABAC). I-IP isebenzisa i-CAVLC ukuze ibhale okukhiphayo okulinganiselwe.
I-Header Generator
Ibhulokhi ekhiqiza unhlokweni ikhiqiza izihloko zebhlokhi, izihloko ze-slice, Isethi Yepharamitha Yokulandelana (SPS), Isethi Yepharamitha Yesithombe (PPS), kanye neyunithi ye-Network Abstraction Layer (NAL) kuye ngesibonelo sohlaka lwevidiyo.
I-H.264 Stream Generator
Ibhulokhi ye-H.264 stream generator ihlanganisa okukhiphayo kwe-CAVLC kanye nezihloko ukuze kudalwe okukhiphayo okufakwe ikhodi ngokwefomethi evamile ye-H.264.
I-Testbench
I-Testbench ihlinzekelwe ukuhlola ukusebenza kwe-H.264 I frame I-Encoder IP.
Ukulingisa
Ukulingisa kusebenzisa isithombe esingu-224×224 ngefomethi ye-YCbCr422 emelwe ezimbili files, ngayinye eka-Y no-C njengokufakwayo futhi ikhiqiza i-H.264 file ifomethi equkethe ozimele ababili. Izinyathelo ezilandelayo zichaza indlela yokulingisa umongo usebenzisa i-testbench.
- Iya kukhathalogi ye-Libero SoC > View > Windows > Ikhathalogi, bese unweba Izixazululo-Ividiyo. Chofoza kabili i-H264_Iframe_Encoder, bese uchofoza okuthi KULUNGILE.
Umfanekiso 2-1. H.264 I Frame Encoder IP Core kukhathalogi ye-Libero SoC - Iya ku Files ithebhu bese ukhetha ukulingiswa > Ngenisa Files.
Umfanekiso 2-2. Ngenisa Files - Ngenisa i-H264_sim_data_in_y.txt, H264_sim_data_in_c.txt, kanye ne-H264_refOut.txt files kusukela endleleni elandelayo: ..\\component\Microsemi\SolutionCore\ H264_Iframe_Encoder\ 1.0.0\Stimulus.
- Ukungenisa okwehlukile file, phequlula ifolda equkethe okudingekayo file, bese uchofoza Vula. Okungenisiwe file ibhalwe ngaphansi kokulingiswa, bheka umfanekiso olandelayo.
Umfanekiso 2-3. Ingenisiwe Files - Iya ku-Stimulus Ukubusa ithebhu bese ukhetha H264_frame_Encoder_tb (H264_frame_Encoder_tb. v) >
Lingisa i-Pre-Synth Design > Vula Ngokusebenzisana. I-IP ilingiswe ozimele ababili.
Umfanekiso 2-4. Idizayini yokulingisa yangaphambi kokwenziwa
I-ModelSim ivula nge-testbench file njengoba kuboniswe emfanekisweni olandelayo.
Umfanekiso 2-5. Iwindi lokulingisa le-ModelSim
Qaphela: Uma ukulingisa kuphazamiseka ngenxa yomkhawulo wesikhathi sokusebenza oshiwo ku-DO file, sebenzisa umyalo we-run -all ukuze uqedele ukulingisa.
Ilayisensi
I-H.264 I-I framework Encoder IP inikezwa ngefomu elibethelwe kuphela ngaphansi kwelayisensi.
Imiyalelo yokufaka
Okuwumgogodla kufanele kufakwe kusoftware ye-Libero SoC. Kwenziwa ngokuzenzakalelayo ngomsebenzi wokuvuselela Ikhathalogi ku-software ye-Libero SoC, noma i-CPZ file ingangezwa mathupha kusetshenziswa isici sekhathalogi ethi Engeza Core. Lapho i-CPZ file ifakwe ku-Libero, okuyisisekelo kungalungiswa, kwenziwe, futhi kufakwe ngaphakathi kwe-SmartDesign ukuze ifakwe kuphrojekthi ye-Libero.
Ukuze uthole imiyalelo eyengeziwe ngokufaka okuwumongo, ukulayisensa, nokusetshenziswa okuvamile, bona Usizo lwe-inthanethi lwe-Libero SoC.
Ukusetshenziswa Kwezinsiza
Ithebula elilandelayo libonisa ukusetshenziswa kwensiza njengeample H.264 I uhlaka lwedizayini ye-Encoder IP eyenzelwe i-PolarFire FPGA (iphakheji ye-MPF300TS-1FCG1152I) futhi ikhiqiza idatha ecindezelwe ngokusebenzisa u-4:2:2 s.ampi-ling yedatha yokufaka.
Ithebula 5-1. Ukusetshenziswa Kwensiza Ye-H.264 I Frame Encoder IP
| Isici | Ukusetshenziswa |
| 4LUTS | 15160 |
| Ama-DFF | 15757 |
| I-LSRAM | 67 |
| µSRAM | 23 |
| Izivimbela zezibalo | 18 |
| I-interface 4-input LUTs | 3336 |
| I-interface DFFs | 3336 |
Umlando Wokubuyekeza
Ithebula lomlando wokubuyekeza lichaza izinguquko ezisetshenziswe kudokhumenti. Izinguquko zifakwe ohlwini ngokubukeza, kuqala ngokushicilelwa kwamanje.
| Buyekeza | Usuku | Incazelo |
| A | 01/2022 | Ukushicilelwa kokuqala kwedokhumenti. |
Ukusekelwa kwe-Microchip FPGA
Iqembu lemikhiqizo ye-Microchip FPGA lisekela imikhiqizo yalo ngezinkonzo ezehlukene zokusekela, okuhlanganisa Isevisi Yamakhasimende, Isikhungo Sokusekela Ubuchwepheshe Bekhasimende, a webindawo, kanye namahhovisi okuthengisa emhlabeni wonke. Amakhasimende aphakanyiswa ukuthi avakashele izinsiza ze-inthanethi ze-Microchip ngaphambi kokuxhumana nosekelo njengoba kungenzeka ukuthi imibuzo yawo isiphenduliwe.
Xhumana Nesikhungo Sosizo Lobuchwepheshe ngokusebenzisa i webindawo ku www.microchip.com/support. Yisho inombolo Yengxenye Yedivayisi ye-FPGA, khetha isigaba samacala afanelekile, bese ulayisha idizayini files ngenkathi udala ikesi lokusekela lobuchwepheshe.
Xhumana Nesevisi Yekhasimende ukuze uthole ukwesekwa kwemikhiqizo okungeyona eyobuchwepheshe, njengentengo yomkhiqizo, ukuthuthukiswa komkhiqizo, ulwazi lokubuyekeza, isimo soku-oda, nokugunyazwa.
- Ukusuka eNyakatho Melika, shayela 800.262.1060
- Kusukela kuwo wonke umhlaba, shayela 650.318.4460
- Ifeksi, noma yikuphi emhlabeni, 650.318.8044
I-Microchip Webindawo
I-Microchip inikeza ukusekelwa kwe-inthanethi nge-ethu webindawo ku www.microchip.com/. Lokhu webindawo isetshenziselwa ukwenza files kanye nolwazi olutholakala kalula kumakhasimende. Okunye okuqukethwe okutholakalayo kuhlanganisa:
- Ukwesekwa Komkhiqizo - Amashidi wedatha kanye nephutha, amanothi ohlelo lokusebenza kanye ne-sampizinhlelo, izinsiza zokuklama, imihlahlandlela yabasebenzisi kanye nemibhalo yokwesekwa kwezingxenyekazi zekhompuyutha, ukukhishwa kwesofthiwe yakamuva kanye nesofthiwe efakwe kungobo yomlando
- Ukusekela Okujwayelekile Kwezobuchwepheshe - Imibuzo Evame Ukubuzwa (FAQs), izicelo zokusekelwa kwezobuchwepheshe, amaqembu ezingxoxo eziku-inthanethi, uhlu lwamalungu ohlelo lukazakwethu we-Microchip design
- Ibhizinisi le-Microchip – Isikhethi somkhiqizo nemihlahlandlela yoku-oda, ukukhishwa kwezindaba kwakamuva kwe-Microchip, uhlu lwamasemina nemicimbi, uhlu lwamahhovisi okuthengisa e-Microchip, abasabalalisi nabamele imboni.
Isevisi yesaziso sokushintsha umkhiqizo
Isevisi yesaziso sokushintsha umkhiqizo we-Microchip isiza ukugcina amakhasimende enolwazi ngemikhiqizo ye-Microchip. Ababhalisile bazothola isaziso se-imeyili noma nini lapho kukhona izinguquko, izibuyekezo, izibuyekezo noma iziphambeko ezihlobene nomndeni womkhiqizo othile noma ithuluzi lokuthuthukisa elithandwayo.
Ukuze ubhalise, yiya ku www.microchip.com/pcn bese ulandela imiyalelo yokubhalisa.
Ukwesekwa Kwamakhasimende
Abasebenzisi bemikhiqizo ye-Microchip bangathola usizo ngeziteshi ezimbalwa:
- Umsabalalisi noma Ummeleli
- Ihhovisi Lokuthengisa Lendawo
- I-Embedded Solutions Engineer (ESE)
- Ukusekela kwezobuchwepheshe
Amakhasimende kufanele athinte umsabalalisi wawo, ummeleli noma i-ESE ukuze bathole ukwesekwa. Amahhovisi okuthengisa endawo nawo ayatholakala ukuze asize amakhasimende. Uhlu lwamahhovisi okuthengisa nezindawo lufakiwe kulo mbhalo.
Ukwesekwa kwezobuchwepheshe kuyatholakala nge- webisayithi ku: www.microchip.com/support
Isici Sokuvikela Ikhodi Yamadivayisi e-Microchip
Qaphela imininingwane elandelayo yesici sokuvikela ikhodi emikhiqizweni ye-Microchip:
- Imikhiqizo ye-Microchip ihlangabezana nokucaciswa okuqukethwe ku-Microchip Data Sheet yayo.
- I-Microchip ikholelwa ukuthi umkhaya wayo wemikhiqizo uvikelekile uma usetshenziswa ngendlela ehlosiwe, ngaphakathi kwezicaciso zokusebenza, nangaphansi kwezimo ezivamile.
- Amanani e-Microchip futhi avikela ngokunamandla amalungelo ayo okuvikela ubunikazi bokusungula. Imizamo yokwephula izici zokuvikela ikhodi yomkhiqizo we-Microchip inqatshelwe ngokuphelele futhi ingase yephule uMthetho we-Digital Millennium Copyright Act.
- I-Microchip nanoma yimuphi omunye umkhiqizi we-semiconductor ongaqinisekisa ukuphepha kwekhodi yayo. Ukuvikelwa kwekhodi akusho ukuthi siqinisekisa ukuthi umkhiqizo “awunakunqamuka”. Ukuvikelwa kwekhodi kuhlala kuvela njalo. I-Microchip izinikele ekuthuthukiseni ngokuqhubekayo izici zokuvikela ikhodi zemikhiqizo yethu.
Isaziso Somthetho
Lokhu kushicilelwa kanye nolwazi olulapha kungasetshenziswa kuphela emikhiqizweni ye-Microchip, okuhlanganisa ukuklama, ukuhlola, nokuhlanganisa imikhiqizo ye-Microchip nohlelo lwakho lokusebenza. Ukusetshenziswa kwalolu lwazi nganoma iyiphi enye indlela kwephula le migomo. Ulwazi olumayelana nezinhlelo zokusebenza zedivayisi lunikezwa ukuze kube lula kuwe futhi lungase luthathelwe indawo yizibuyekezo. Kuyisibopho sakho ukuqinisekisa ukuthi isicelo sakho sihlangabezana nezicaciso zakho. Xhumana nehhovisi lakho lendawo yokuthengisa le-Microchip ukuze uthole ukwesekwa okwengeziwe noma, thola ukwesekwa okwengeziwe kokuthi www.microchip.com/en-us/support/design-help/client-support-services.
LOLU LWAZI LUNIKEZWA YI-MICROCHIP “NJENGOBA LUKHO”. I-MICROCHIP AYIKUMELELI NOMA IZIQINISEKISO ZANOMA YILUPHI UHLOBO NOMA KUCHAZEKILE NOMA OKUSHIWO, OKUBHALWE NOMA OKUSHIWO, OKUMTHETHO NOMA OKUNYE, OKUPHATHELENE NOLWAZI KUBANDAKANYA KODWA AKUkhawulelwe KUNOMA YILUPHI ISIQINISEKISO, UKWENZA, UKWENZA, UKWENZA, UKWENZA. NGENHLOSO ETHILE, NOMA IZIQINISEKISO EZIPHATHELENE NEsimo, IKHWALITHI, NOMA UKUSEBENZA KWAYO.
AKUKHO MCIMBI ONGAZOBA NESIbophezelo I-MICROCHIP NGANOMA YILUPHI ULWAZI , ESIKHETHEKILE, ESIJEZISO, ISENZAKALO, NOMA OKULANDELAYO, UMONAKALO, Izindleko, NOMA Izindleko zanoma yiluphi uhlobo oluhlotshaniswa noLWAZI NOMA UKUSETSHENZISWA KWALO, NOMA KUBE NEZINTO EZIPHUMAYO, OKUNGENZEKA NOMA UMONAKALO UNGABONAKALA. NGENXA ESIPHELELE NGENXA YOKUMTHETHO, ISIBOPHO SE-MICROCHIP SONKE KUZO ZONKE IZINKINGA NGANOMA YIYIPHI INDLELA EPHATHANA NOLWAZI NOMA UKUSETSHENZISWA KWALO NGEKE KWEQE INANI LEZINKOKHELO, UMA LIKHONA, OYIKHOKHE NGOKUQONDILE UKUZE UKWAZISE.
Ukusetshenziswa kwamadivayisi e-Microchip ekusekeleni impilo kanye/noma izicelo zokuphepha kusengozini yomthengi ngokuphelele, futhi umthengi uyavuma ukuvikela, ukunxephezela nokubamba i-Microchip engenabungozi kunoma yimuphi nanoma yimuphi umonakalo, izimangalo, amasudi, noma izindleko ezibangelwa ukusetshenziswa okunjalo. Awekho amalayisensi adluliswayo, ngokusobala noma ngenye indlela, ngaphansi kwanoma imaphi amalungelo empahla yengqondo ye-Microchip ngaphandle kwalapho kushiwo ngenye indlela.
Izimpawu zokuhweba
Igama le-Microchip nelogo, ilogo ye-Microchip, i-Adaptec, i-AnyRate, i-AVR, ilogo ye-AVR, i-AVR Freaks, i-BesTime, i-BitCloud, i-CryptoMemory, i-CryptoRF, i-dsPIC, i-flexPWR, i-HELDO, i-IGLOO, i-JukeBlox, i-KeeLoq, i-Kleer, i-LANCheck, i-LinkMd, maXTouch, MediaLB, megaAVR, Microsemi, Microsemi logo, MOST, MOST logo, MPLAB, OptoLyzer, PIC, picoPower, PICSTART, PIC32 logo, PolarFire, Prochip Designer, QTouch, SAM-BA, SenGenuity, SpyNIC, SST, SST Logo, SuperF , i-Symmetricom, i-SyncServer, i-Tachyon, i-TimeSource, i-tinyAVR, i-UNI/O, i-Vectron, ne-XMEGA izimpawu zokuthengisa ezibhalisiwe ze-Microchip Technology Incorporated e-USA nakwamanye amazwe.
AgileSwitch, APT, ClockWorks, The Embedded Control Solutions Company, EtherSynch, Flashtec, Hyper Speed Control, HyperLight Load, IntelliMOS, Libero, motorBench, mTouch, Powermite 3, Precision Edge, ProASIC, ProASIC Plus, ProASIC Plus logo, Quiet- Wire, I-SmartFusion, i-SyncWorld, i-Temux, i-TimeCesium, i-TimeHub, i-TimePictra, i-TimeProvider, i-TrueTime, i-WinPath, ne-ZL izimpawu zokuthengisa ezibhalisiwe ze-Microchip Technology Incorporated e-USA.
Ukucindezelwa kokhiye abaseduze, i-AKS, i-Analog-for-the-Digital Age, noma iyiphi i-Capacitor, i-AnyIn, i-AnyOut, i-Augmented Switching, i-BlueSky, i-BodyCom, i-CodeGuard, i-CryptoAuthentication, i-CryptoAutomotive, i-CryptoCompanion, i-CryptoController, i-dsPICDEM, i-dsPICDEM.net, i-Dynamic Average, i-Dynamic Aveve. , ECAN, Espresso T1S, EtherGREEN, GridTime, IdealBridge, In-Circuit Serial Programming, ICSP, INICnet, Intelligent Paralleling, Inter-Chip Connectivity, JitterBlocker, Knob-on-Display, maxCrypto, maxView, memBrain, Mindi, MiWi, MPASM, MPF, MPLAB Certified logo, MPLIB, MPLINK, MultiTRAK, NetDetach, NVM Express, NVMe, Omniscient Code Generation, PICDEM, PICDEM.net, PICkit, PICtail, PowerSmart, PureSilicon, REAL ICE Matrix , Ripple Blocker, RTAX, RTG4, SAMICE, Serial Quad I/O, simpleMAP, SimpliPHY, SmartBuffer, SmartHLS, SMART-IS, storClad, SQI, SuperSwitcher, SuperSwitcher II, Switchtec, SynchroPHY, Total Endurance, TSHARC, USBCheck, VariSense VectorBlox, VeriPHY,
ViewI-Span, i-WiperLock, i-XpressConnect, ne-ZENA izimpawu zokuthengisa ze-Microchip Technology Incorporated e-USA nakwamanye amazwe. I-SQTP iwuphawu lwesevisi lwe-Microchip Technology Incorporated e-USA
Ilogo ye-Adaptec, Frequency on Demand, Silicon Storage Technology, Symmcom, kanye ne-Trusted Time izimpawu zokuthengisa ezibhalisiwe ze-Microchip Technology Inc. kwamanye amazwe.
I-GestIC inguphawu lokuthengisa olubhalisiwe lwe-Microchip Technology Germany II GmbH & Co. KG, inkampani ephethwe yi-Microchip.
Technology Inc., kwamanye amazwe. Zonke ezinye izimpawu zokuthengisa ezishiwo lapha ziyimpahla yezinkampani zazo.
© 2022, Microchip Technology Incorporated kanye nezinkampani ezingaphansi kwayo. Wonke Amalungelo Agodliwe.
ISBN: 978-1-5224-9663-2
Uhlelo Lokuphatha Ikhwalithi
Ukuze uthole ulwazi mayelana ne-Microchip's Quality Management Systems, sicela uvakashele www.microchip.com/quality.
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