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  • I-Fpga Xilinx-K7 Kintex7 Xc7k325 410t Ibanga Lemboni

    I-Fpga Xilinx-K7 Kintex7 Xc7k325 410t Ibanga Lemboni

    I-DDR3 SDRAMQ: 16GB DDR3,4GB ucezu ngalunye, 16bit Data Bit Bid SPI Flash: Ucezu olulodwa lwe-128MBITQSPIFLASH, olungasetshenziselwa amafayela okumisa e-FPGA nokugcinwa kwedatha yomsebenzisi amazinga okusebenzelana e-FPGA Bank: 1.8V, 2.5V, 3.3V kagesi Uma udinga ukufaka esikhundleni sezinga, udinga kuphela ukushintsha indawo ehambisanayo yobuhlalu obuzibuthe ukuze uzuze ukulungiswa.

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  • Intelligent media motherboard irobhothi motherboard subway screen main control board display motherboard

    Intelligent media motherboard irobhothi motherboard subway screen main control board display motherboard

    I-Multi-functional intelligent media motherboard MC1001V1 isekelwe endaweni ye-T3 yesikhulumi se-T3 esilawula imoto esinomqondo ogcwele. Isetshenziselwa kakhulu isibonisi sokuqukethwe kanye nokulawula okuhlakaniphile komkhiqizo wokubonisa i-LCD yemoto. Ingase futhi isetshenziselwe imikhiqizo yetheminali yesibonisi esihlakaniphile, imikhiqizo yetheminali yevidiyo, imikhiqizo yetheminali yezimboni ezishintshayo, njll. Ukusekela ukukhishwa kwekhodi okuqinile kwe-H.264, ukugeleza kwekhodi kwemidiya ye-Ethernet, ukulawula ukuxhumana kwenethiwekhi, njll. Ukulawulwa kokuvumelanisa idatha kusebenzisa imodi ye-RS485 ne-Ethernet. .

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  • I-Altera image processing i-HDMI okokufaka kwe-4K Gigabit network port DDR3

    I-Altera image processing i-HDMI okokufaka kwe-4K Gigabit network port DDR3

    I-Hisilicon Hi3536+Altera FPGA Video Development Board HDMI Okokufaka 4K Code H.264/265 Gigabit Network Port

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  • Ibhodi le-Android yonke -in -one motherboard self -service terminal motherboard

    Ibhodi le-Android yonke -in -one motherboard self -service terminal motherboard

    I-RK3288 Android all-in-one board, isebenzisa isisombululo se-chip ye-Rocin Micro RK3288 quad -core ukusekela uhlelo lwe-Google Android4.4. I-RK3288 iyi-quad-core ARM entsha yokuqala ye-ARM entsha emhlabeni chip yokuqala ukusekela uchungechunge lwakamuva lwe-super mali-T76X GPU kanye nesixazululo sokuqala esiqinile se-4kx2k H.265 chip. Isekela amafomethi wevidiyo yomsindo evamile nezithombe. ukuqopha. Sekela umsebenzi wokubonisa okuhlukile kwesikrini okubili, i-Double 8/10 LVDS interface, isekela i-3840*2160, inga ...
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  • I-inverter yokugcina amandla i-PCBA Umhlangano webhodi lesifunda ophrintiwe wama-inverters okugcina amandla

    I-inverter yokugcina amandla i-PCBA Umhlangano webhodi lesifunda ophrintiwe wama-inverters okugcina amandla

    1. Ukushaja okusheshayo: ukuxhumana okuhlanganisiwe kanye ne-DC two-way transformation

    2. Ukusebenza kahle okuphezulu: Yamukela idizayini yobuchwepheshe obuphambili, ukulahleka okuphansi, ukushisisa okuphansi, ukonga amandla ebhethri, ukwelula isikhathi sokukhipha

    3. Ivolumu encane: ukuminyana kwamandla aphezulu, indawo encane, isisindo esiphansi, amandla aqinile wesakhiwo, ilungele izinhlelo zokusebenza eziphathwayo neselula.

    4. Ukuguquguquka okuhle komthwalo: okukhiphayo 100/110/120V noma 220/230/240V, 50/60Hz sine wave, umthamo wokulayisha oqinile, ofanele amadivayisi ahlukahlukene we-IT, amathuluzi kagesi, izinto zikagesi zasendlini, awukhethi umthwalo.

    5. Ibanga lefrikhwensi yokufakwayo okubanzi okubanzi kakhulu: Ivoltheji yokufaka ebanzi kakhulu engu-85-300VAC (isistimu engu-220V) noma isistimu engu-70-150VAC 110V) kanye nebanga lokufaka ifrikhwensi engu-40 ~ 70Hz, ngaphandle kokwesaba indawo yamandla enokhahlo.

    6. Ukusebenzisa ubuchwepheshe bokulawula idijithali ye-DSP: Yamukela ubuchwepheshe bokulawula idijithali obuthuthukisiwe be-DSP, ukuvikela okugcwele okuphelele, okuzinzile futhi okuthembekile

    7. Umklamo womkhiqizo onokwethenjelwa: yonke ibhodi yengilazi enezinhlangothi ezimbili, ehlanganiswe nezingxenye ezinkulu ze-span, eqinile, ukumelana nokugqwala, ithuthukisa kakhulu ukuguquguquka kwemvelo.

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  • I-FPGA Intel Arria-10 GX uchungechunge lwe-MP5652-A10

    I-FPGA Intel Arria-10 GX uchungechunge lwe-MP5652-A10

    Izici ezibalulekile zochungechunge lwe-Arria-10 GX zifaka:

    1. I-high-density kanye ne-high-performance logic kanye nezinsiza ze-DSP: I-Arria-10 GX FPGAs ihlinzeka ngenani elikhulu lezinto ezinengqondo (LEs) kanye namabhulokhi okucubungula isignali yedijithali (i-DSP). Lokhu kuvumela ukuqaliswa kwe-algorithms eyinkimbinkimbi kanye nemiklamo esebenza kahle kakhulu.
    2. Ama-transceiver anesivinini esiphezulu: Uchungechunge lwe-Arria-10 GX luhlanganisa ama-transceiver anesivinini esiphezulu asekela izivumelwano ezihlukahlukene ezifana ne-PCI Express (PCIe), i-Ethernet, ne-Interlaken. Lawa ma-transceivers angasebenza ngamanani edatha afinyelela ku-28 Gbps, okuvumela ukuxhumana kwedatha okunesivinini esikhulu.
    3. Izixhumanisi zememori enesivinini esikhulu: I-Arria-10 GX FPGAs isekela inkumbulo ehlukahlukene, okuhlanganisa i-DDR4, i-DDR3, i-QDR IV, ne-RLDRAM 3. Lezi zixhumanisi zinikeza ukufinyelela komkhawulokudonsa ophezulu emishinini yememori yangaphandle.
    4. Iphrosesa ehlanganisiwe ye-ARM Cortex-A9: Amanye amalungu ochungechunge lwe-Arria-10 GX afaka iphrosesa edidiyelwe ye-ARM Cortex-A9 edidiyelwe ekabili, ehlinzeka ngohlelo olungaphansi olunamandla lokucubungula izinhlelo zokusebenza ezishumekiwe.
    5. Izici zokuhlanganisa isistimu: I-Arria-10 GX FPGAs ihlanganisa okuzungezile okuku-chip okuhlukahlukene kanye nezindawo zokusebenzelana, njenge-GPIO, I2C, SPI, UART, ne-JTAG, ukuze kube lula ukuhlanganiswa kwesistimu nokuxhumana nezinye izingxenye.
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  • I-FPGA Xilinx K7 Kintex7 PCIe optical fiber communication

    I-FPGA Xilinx K7 Kintex7 PCIe optical fiber communication

    Nakhu ukubuka konke okujwayelekile kwezinyathelo ezihilelekile:

    1. Khetha imojula ye-optical transceiver efanelekile: Ngokuya ngezidingo ezithile zohlelo lwakho lokuxhumana olubonayo, uzodinga ukukhetha imojuli ye-optical transceiver esekela ubude begagasi obufunekayo, isilinganiso sedatha, nezinye izici. Izinketho ezivamile zihlanganisa amamojula asekela i-Gigabit Ethernet (isb., amamojula e-SFP/SFP+) noma amazinga okuxhumana abona ngesivinini esiphezulu (isb, amamojula e-QSFP/QSFP+).
    2. Xhuma i-transceiver ebonakalayo ku-FPGA: I-FPGA ivamise ukuxhumana nemojuli ye-optical transceiver ngokusebenzisa izixhumanisi ze-serial ezinesivinini esikhulu. Ama-transceivers ahlanganisiwe e-FPGA noma izikhonkwane ze-I/O ezizinikele eziklanyelwe ukuxhumana kwe-serial okunesivinini esiphezulu zingasetshenziselwa le njongo. Kuzodingeka ulandele imininingwane yemojuli ye-transceiver kanye nemihlahlandlela yokuklama eyireferensi ukuze uyixhume kahle ku-FPGA.
    3. Sebenzisa izivumelwano ezidingekayo kanye nokucutshungulwa kwesignali: Uma uxhumano olubonakalayo selumisiwe, uzodinga ukuthuthukisa noma ukulungisa izivumelwano ezidingekayo kanye nama-algorithms okucubungula isignali ukuze kudluliselwe idatha nokwamukela. Lokhu kungafaka ukusebenzisa iphrothokholi edingekayo ye-PCIe yokuxhumana nohlelo lomsingathi, kanye nanoma imaphi ama-algorithms engeziwe okucubungula isignali adingekayo ekubhalweni kwekhodi/ukukhipha ikhodi, ukumodulisa/ukwehlisa, ukulungisa amaphutha, noma eminye imisebenzi eqondene nohlelo lwakho lokusebenza.
    4. Hlanganisa ne-PCIe interface: I-Xilinx K7 Kintex7 FPGA inesilawuli se-PCIe esakhelwe ngaphakathi esivumela ukuthi ixhumane nesistimu yokusingatha isebenzisa ibhasi le-PCIe. Kuzodingeka ulungise futhi uvumelanise isixhumi esibonakalayo se-PCIe ukuze uhlangabezane nezidingo ezithile zohlelo lwakho lokuxhumana olubonakalayo.
    5. Hlola futhi uqinisekise ukuxhumana: Uma sekuqaliwe, uzodinga ukuhlola futhi uqinisekise ukusebenza kokuxhumana kwe-fiber optical usebenzisa amathuluzi okuhlola afanelekile kanye nezindlela. Lokhu kungabandakanya ukuqinisekisa izinga ledatha, izinga lephutha elincane, nokusebenza kwesistimu kukonke.
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  • I-FPGA XILINX-K7 KINTEX7 XC7K325 410T Ibanga lezimboni

    I-FPGA XILINX-K7 KINTEX7 XC7K325 410T Ibanga lezimboni

    Imodeli egcwele: FPGA XILINX-K7 KINTEX7 XC7K325 410T

    1. Uchungechunge: Kintex-7: I-Xilinx's Kintex-7 series FPGAs yakhelwe izinhlelo zokusebenza ezisebenza kahle futhi inikeza ibhalansi enhle phakathi kokusebenza, amandla, kanye nentengo.
    2. Idivayisi: XC7K325: Lokhu kubhekisela kudivayisi ethile ngaphakathi kochungechunge lwe-Kintex-7. I-XC7K325 ingenye yezinhlobonhlobo ezitholakalayo kulolu chungechunge, futhi inikeza imininingwane ethile, okuhlanganisa umthamo weseli enengqondo, izingcezu ze-DSP, nokubala kwe-I/O.
    3. Umthamo Wengqondo: I-XC7K325 inomthamo weseli enengqondo engu-325,000. Amaseli anengqondo angamabhulokhi wokwakha ahlelekayo ku-FPGA angalungiselelwa ukusebenzisa amasekhethi nemisebenzi yedijithali.
    4. Izingcezu ze-DSP: Izingcezu ze-DSP ziyizinsiza zehadiwe ezizinikele ngaphakathi kwe-FPGA ezithuthukiselwe imisebenzi yokucubungula isignali yedijithali. Inani eliqondile lezingcezu ze-DSP ku-XC7K325 lingase lihluke kuye ngokuhlukile okuthile.
    5. Ukubala kwe-I/O: I-“410T” enombolweni yemodeli ibonisa ukuthi i-XC7K325 inenani lamaphinikhodi we-I/O angu-410. Lawa maphini angasetshenziswa ukuxhumana namadivayisi angaphandle noma enye i-digital circuitry.
    6. Ezinye izici: I-XC7K325 FPGA ingase ibe nezinye izici, njengamabhulokhi enkumbulo ahlanganisiwe (i-BRM), ama-transceivers anesivinini esikhulu sokuxhumana kwedatha, nezinketho ezihlukahlukene zokucushwa.
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  • Intelligent media motherboard irobhothi motherboard subway screen main control board display motherboard

    Intelligent media motherboard irobhothi motherboard subway screen main control board display motherboard

    Ezinye izici ezijwayelekile zamabhodi omama wemidiya ehlakaniphile zingafaka:

    1. Ukudluliswa kwedatha enesivinini esikhulu: Ivamise ukusekela izixhumi ezibonakalayo zakamuva ezinesivinini esiphezulu njenge-USB 3.0 noma i-Thunderbolt, okuvumela amazinga okudlulisa idatha asheshayo phakathi kwemishini yokugcina yangaphandle.
    2. Izikhala zokunweba eziningi: Lawa mabhodi omama avame ukuba nezikhala eziningi ze-PCIe ukuze afake amakhadi ezithombe engeziwe, izilawuli ze-RAID, noma amanye amakhadi okunweba adingekayo ukuze enze imisebenzi edinga imidiya.
    3. Amakhono athuthukisiwe omsindo nawevidiyo: Amabhodi omama wemidiya ahlakaniphile angase abe namakhodekhi omsindo achazwe phezulu akhelwe ngaphakathi kanye namayunithi okucubungula amavidiyo azinikele omsindo ophezulu nekhwalithi yevidiyo ngesikhathi sokudlala imidiya.
    4. Amandla okusebenzisa i-overclocking: Angase abe nezici ezithuthukisiwe ze-overclocking ezivumela abasebenzisi ukuthi baphushe i-hardware yabo kumafrikhwensi aphezulu, balethe ukusebenza okuthuthukisiwe kwezinhlelo zokusebenza zemidiya ezifunayo.
    5. Ukulethwa kwamandla aqinile: Amabhodi omama wemidiya ahlakaniphile ngokuvamile anezinhlelo zokulethwa kwamandla ekhwalithi ephezulu, okuhlanganisa izigaba zamandla amaningi kanye nokulawulwa kwamandla kagesi aqinile, ukuze kuqinisekiswe ukuhlinzekwa kwamandla okuzinzile kuzo zonke izingxenye, ngisho nangaphansi kwemithwalo esindayo.
    6. Izixazululo ezisebenzayo zokupholisa: Zivame ukuza nezici zokupholisa ezithuthukisiwe ezifana nama-heatsink amakhulu, izihloko zabalandeli ezengeziwe, noma usekelo lokupholisa uketshezi ukuze kugcinwe izinga lokushisa lesistimu ngesikhathi sokucubungula imidiya enwetshiwe.
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  • 32 -bit ARM embedded industrial -grade isilawuli sokufinyelela

    32 -bit ARM embedded industrial -grade isilawuli sokufinyelela

    ◆ Izinga lokushisa lemvelo: Kunconywa ukuba libe phakathi kwebanga -35 ℃ ~ 65 ℃

    ◆ Ukusetshenziswa: mayelana ne-100mA (ngaphandle komthwalo)

    ◆ Indlela yokuxhumana: TCP/IP (okuzenzakalelayo 100M)

    ◆ Inombolo yamakhadi okubhalisa abasebenzisi: 40,000

    ◆ Inani lamarekhodi alondoloziwe: 100,000

    ◆ Ifomethi yokufaka yomfundi wekhadi: WG26 ~ 40 bit

    ◆ Ukukhishwa komnyango olawulwayo: Umnyango owodwa [1] Iminyango emibili [2] Izinsuku ezine [4]

    ◆ Inombolo yabafundi bekhadi:Isicabha esisodwa [ipheya eli-1] isicabha esiphindwe kabili [amapheya ama-2] izicabha ezine [4]

    ◆ Inombolo yokuxhumana: akunamkhawulo

    ◆ Umsebenzi ovamile: isikhathi/iholide/umsebenzi wesikhathi, njll.

    ◆ Umkhawulo wesikhathi sokusekela, ukulungiselelwa kwesikhathi sokuphumula sokufundwa kwekhadi, njll.

    ◆ Ukusekela ukubuya kwesifunda sokulwa nomkhumbi-ngwenya, ukukhiya okuhlangene, i-alamu yomlilo, njll.

    ◆ Iseva yewebhu eshumekiwe, ungavakashela isiphequluli (B/S)

    ◆ Isofthiwe ye-CD yokusabalalisa okungahleliwe, isekela isakhiwo se-C/S

    ◆ Sekela ukuthuthukiswa kwesibili, i-DLL/umlayezo/ifoni ephathekayo

    ◆ Ingakwazi ukuxhuma ebhodini lokunweba le-alamu yomlilo yokulwa nokweba

    ◆ Ngenguqulo evamile ye-V7.83 yesofthiwe engathathi hlangothi

    ◆ Ubukhulu: 160mm ubude *106mm ububanzi

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  • Ibhodi le-Android yonke -in -one motherboard self -service terminal motherboard

    Ibhodi le-Android yonke -in -one motherboard self -service terminal motherboard

    Uhlelo lwe-Google Android4.4. I-RK3288 iyi-quad-core ARM entsha yokuqala ye-ARM entsha emhlabeni chip yokuqala ukusekela uchungechunge lwakamuva lwe-super mali-T76X GPU kanye nesixazululo sokuqala esiqinile se-4kx2k H.265 chip. Iyasekela

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  • 32 -bit ARM embedded industrial -grade isilawuli sokufinyelela

    32 -bit ARM embedded industrial -grade isilawuli sokufinyelela

    Izinga lokushisa lemvelo:

    Kunconywa ukuthi ube phakathi kwebanga -35 ℃ ~ 65 ℃

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