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  • Fpga Xilinx-K7 Kintex7 Xc7k325 410t iBanga loShishino

    Fpga Xilinx-K7 Kintex7 Xc7k325 410t iBanga loShishino

    I-DDR3 SDRAMQ: 16GB DDR3,4GB ngeqhekeza ngalinye, i-16bit Data Bit Bid SPI Flash: Iqhekeza elinye le-128MBITQSPIFLASH, elingasetyenziselwa iifayile zoqwalaselo zeFPGA kunye nokugcinwa kwedatha yomsebenzisi amanqanaba ojongano lwe-FPGA Bank: adjustable 1.8V, 2.5V, 3.3V Ukuba ufuna ukutshintsha inqanaba, kufuneka utshintshe indawo ehambelanayo ye-bead magnetic ukuze ufezekise ukulungiswa.

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  • Media ezikrelekrele motherboard motherboard irobhothi motherboard subway screen engundoqo ibhodi yolawulo ebonisa motherboard

    Media ezikrelekrele motherboard motherboard irobhothi motherboard subway screen engundoqo ibhodi yolawulo ebonisa motherboard

    I-multi-functional media media motherboard MC1001V1 isekwe kwiqonga le-T3 leqonga lolawulo lwemoto yeT3 egcwele ingqondo. Isetyenziselwa ikakhulu ukuboniswa komxholo kunye nolawulo olukrelekrele lwemveliso ye-LCD yemoto. Ingasetyenziselwa imveliso yesiphelo se-smart display, i-video terminal products, i-industrial automation terminal products, njl. njl. Inkxaso ye-H.264 i-decoding hard, i-Ethernet flow media coding, ulawulo loqhagamshelwano lwenethiwekhi, njl njl. .

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  • Ukulungiswa komfanekiso we-HDMI igalelo le-4K Gigabit network port DDR3

    Ukulungiswa komfanekiso we-HDMI igalelo le-4K Gigabit network port DDR3

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

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

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

    I-RK3288 Android yonke-kwibhodi enye, usebenzisa i-Rocin Micro RK3288 quad -core isisombululo se-chip ukuxhasa inkqubo ye-Google Android4.4. I-RK3288 yi-quad-core yokuqala ye-ARM entsha ye-ARM entsha ye-kernel ye-chip kwihlabathi i-chip yokuqala yokuxhasa i-super mali-T76X series GPU yokuqala kunye ne-4kx2k isisombululo esinzima se-H.265 chip. Ixhasa iifomati zevidiyo zesandi eziqhelekileyo kunye nemifanekiso. ukuguqula iikhowudi. Xhasa umsebenzi wokubonisa isikrini ezimbini ezahlukeneyo, Double 8/10 LVDS interface, inkxaso 3840 * 2160, unako ...
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  • Inverter yokugcina amandla PCBA Indibano yebhodi yesekethe eprintiweyo yee-inverters zokugcina amandla

    Inverter yokugcina amandla PCBA Indibano yebhodi yesekethe eprintiweyo yee-inverters zokugcina amandla

    1. Ukutshaja okukhawulezayo: unxibelelwano oludibeneyo kunye ne-DC yenguqu yeendlela ezimbini

    2. Ukusebenza okuphezulu: Yamkela uyilo lwetekhnoloji ephezulu, ilahleko ephantsi, ukufudumeza okuphantsi, ukonga amandla ebhetri, ukwandisa ixesha lokukhutshwa.

    3. Umthamo omncinci: uxinano lwamandla aphezulu, indawo encinci, ubunzima obuphantsi, amandla aqinileyo okwakhiwa, alungele usetyenziso oluphathwayo kunye neselula.

    4. Ukuguquguquka okuhle komthwalo: imveliso 100/110/120V okanye 220/230/240V, 50/60Hz sine wave, umthamo owomeleleyo wokulayisha, ulungele izixhobo ezahlukeneyo ze-IT, izixhobo zombane, izixhobo zasekhaya, musa ukukhetha umthwalo.

    5. Uluhlu lwamaza ombane ombane obanzi kakhulu: Igalelo lamandla ombane elibanzi kakhulu 85-300VAC (inkqubo ye-220V) okanye inkqubo ye-70-150VAC 110V) kunye ne-40 ~ 70Hz uluhlu lokufakwa kwamaza, ngaphandle koloyiko lokusingqongileyo kwamandla

    6. Ukusebenzisa iteknoloji yokulawula idijithali ye-DSP: Yamkela iteknoloji yokulawula idijithali ye-DSP, ukhuseleko olugqibeleleyo, oluzinzileyo noluthembekileyo.

    7. Uyilo lwemveliso ethembekileyo: yonke ibhodi yeglasi enamacala amabini, idityaniswe nenxalenye enkulu ye-span, eyomeleleyo, ukumelana nomhlwa, iphucula kakhulu ukuguquguquka kokusingqongileyo.

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  • FPGA Intel Arria-10 GX series MP5652-A10

    FPGA Intel Arria-10 GX series MP5652-A10

    Iimpawu eziphambili ze-Arria-10 GX series ziquka:

    1. Ubuninzi obuphezulu kunye nomgangatho ophezulu wokusebenza kwengqondo kunye nezixhobo ze-DSP: I-Arria-10 GX FPGAs inikezela ngenani elikhulu lezinto ezinengqondo (LEs) kunye neebhloko ze-digital signal processing (DSP). Oku kuvumela ukuphunyezwa kwee-algorithms ezinzima kunye noyilo oluphezulu.
    2. Ii-transceivers zesantya esiphezulu: Uluhlu lwe-Arria-10 GX lubandakanya ii-transceivers zesantya esiphezulu ezixhasa iiprotocol ezahlukeneyo ezifana ne-PCI Express (PCIe), i-Ethernet, kunye ne-Interlaken. Ezi transceivers zingasebenza kumazinga edatha ukuya kwi-28 Gbps, eyenza unxibelelwano lwedatha olukhawulezayo.
    3. I-interfaces yememori yesantya esiphezulu: I-Arria-10 GX FPGAs isekela i-memory interfaces ehlukeneyo, kuquka i-DDR4, i-DDR3, i-QDR IV, kunye ne-RLDRAM 3. Ezi nxibelelwano zibonelela ngokufikelela kwi-bandwidth ephezulu kwizixhobo zememori zangaphandle.
    4. Iprosesa edibeneyo ye-ARM Cortex-A9: Amanye amalungu ochungechunge lwe-Arria-10 GX abandakanya iprosesa edibeneyo ye-ARM ye-ARM Cortex-A9 edibeneyo, ebonelela ngenkqubo engaphantsi kwamandla kwizicelo ezifakwe ngaphakathi.
    5. Iimpawu zokudityaniswa kwenkqubo: I-Arria-10 GX FPGAs ibandakanya i-peripherals ye-chip kunye ne-interfaces, njenge-GPIO, i-I2C, i-SPI, i-UART, kunye ne-JTAG, ukuququzelela ukuhlanganiswa kwenkqubo kunye nokunxibelelana namanye amacandelo.
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  • FPGA Xilinx K7 Kintex7 PCIe unxibelelwano lwefiber optical

    FPGA Xilinx K7 Kintex7 PCIe unxibelelwano lwefiber optical

    Nantsi isishwankathelo samanyathelo abandakanyekayo:

    1. Khetha imodyuli efanelekileyo ye-optical transceiver: Kuxhomekeke kwiimfuno ezithile zenkqubo yakho yonxibelelwano lwamehlo, kuya kufuneka ukhethe imodyuli ye-optical transceiver exhasa ubude obufunekayo, izinga ledatha, kunye nezinye iimpawu. Izinketho eziqhelekileyo ziquka iimodyuli ezixhasa i-Gigabit Ethernet (umzekelo, iimodyuli ze-SFP / SFP +) okanye imigangatho yonxibelelwano ye-optical ephezulu (umzekelo, iimodyuli ze-QSFP / QSFP +).
    2. Xhuma i-transceiver ye-optical kwi-FPGA: I-FPGA ngokuqhelekileyo idibanisa kunye nemodyuli ye-transceiver optical ngokusebenzisa i-serial-speed serial links. Ii-transceivers ezihlanganisiweyo zeFPGA okanye izikhonkwane ze-I/O ezizinikeleyo ezilungiselelwe unxibelelwano olukhawulezayo lwe-serial zingasetyenziselwa le njongo. Kuya kufuneka ulandele idatha yemodyuli yetransceiver kunye nezikhokelo zoyilo lwereferensi ukuyidibanisa ngokufanelekileyo kwiFPGA.
    3. Phumeza iiprothokholi eziyimfuneko kunye nokusetyenzwa komqondiso: Nje ukuba uqhagamshelo lomzimba lusekiwe, kuya kufuneka uphuhlise okanye ulungiselele iiprothokholi eziyimfuneko kunye ne-algorithms yokusetyenzwa komqondiso wogqithiso lwedatha kunye nolwamkelo. Oku kunokubandakanya ukuphumeza i-protocol ye-PCIe eyimfuneko yonxibelelwano kunye nenkqubo yokusingatha, kunye nayo nayiphi na i-algorithms yokulungiswa kwesignali eyongezelelweyo efunekayo kwi-encoding / decoding, imodulation / demodulation, ukulungiswa kwempazamo, okanye eminye imisebenzi ethile kwisicelo sakho.
    4. Hlanganisa ne-PCIe interface: I-Xilinx K7 Kintex7 FPGA inomlawuli we-PCIe eyakhelweyo evumela ukuba inxibelelane nenkqubo yokusingatha usebenzisa ibhasi ye-PCIe. Kuya kufuneka uqwalasele kwaye uhlengahlengise ujongano lwePCIe ukuhlangabezana neemfuno ezithile zenkqubo yakho yonxibelelwano lwamehlo.
    5. Uvavanye kwaye uqinisekise unxibelelwano: Nje ukuba luphunyeziwe, kuya kufuneka uvavanye kwaye uqinisekise ukusebenza konxibelelwano lwefiber optical fiber usebenzisa izixhobo ezifanelekileyo zovavanyo kunye neendlela. Oku kunokubandakanya ukuqinisekisa izinga ledatha, izinga lempazamo encinci, kunye nokusebenza kwenkqubo iyonke.
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  • I-FPGA XILINX-K7 KINTEX7 XC7K325 410T Ibakala loShishino

    I-FPGA XILINX-K7 KINTEX7 XC7K325 410T Ibakala loShishino

    Imodeli epheleleyo: FPGA XILINX-K7 KINTEX7 XC7K325 410T

    1. Uchungechunge: I-Kintex-7: Ii-FPGA ze-Xilinx ze-Kintex-7 zenzelwe izicelo eziphezulu zokusebenza kwaye zinika ibhalansi elungileyo phakathi kokusebenza, amandla kunye nexabiso.
    2. Isixhobo: XC7K325: Oku kubhekiselele kwisixhobo esithile ngaphakathi koluhlu lweKintex-7. I-XC7K325 yenye yezinto ezahlukeneyo ezikhoyo kolu luhlu, kwaye inika iinkcukacha ezithile, kubandakanywa umthamo weseli ye-logic, izilayi ze-DSP, kunye ne-I / O count.
    3. Umthamo wengqiqo: I-XC7K325 inomthamo weseli ye-logic ye-325,000. Iiseli ezinengqondo ziibhloko zokwakha ezicwangcisekileyo kwiFPGA enokuthi iqwalaselwe ukuphumeza iisekethe zedijithali kunye nemisebenzi.
    4. Izilayi ze-DSP: Izilayi ze-DSP zizixhobo ze-hardware ezizinikeleyo ngaphakathi kwe-FPGA elungiselelwe imisebenzi yokucwangcisa umqondiso wedijithali. Inani elichanekileyo lezilayi ze-DSP kwi-XC7K325 zinokwahluka ngokuxhomekeke kuhlobo oluthile.
    5. I / O Bala: "410T" kwinombolo yomzekelo ibonisa ukuba i-XC7K325 inezikhonkwane ze-410 zomsebenzisi we-I / O. Ezi zikhonkwane zingasetyenziselwa ukujongana nezixhobo zangaphandle okanye ezinye iisekethe zedijithali.
    6. Ezinye iimpawu: I-XC7K325 FPGA ingaba nezinye iimpawu, ezifana neebhloko zememori ezidibeneyo (i-BRM), ii-transceivers ezikhawulezayo zokunxibelelana kwedatha, kunye neendlela ezahlukeneyo zokucwangcisa.
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  • Media ezikrelekrele motherboard motherboard irobhothi motherboard subway screen engundoqo ibhodi yolawulo ebonisa motherboard

    Media ezikrelekrele motherboard motherboard irobhothi motherboard subway screen engundoqo ibhodi yolawulo ebonisa motherboard

    Ezinye izinto eziqhelekileyo zeebhodi zemidiya ezikrelekrele zinokubandakanya:

    1. Ukudluliselwa kwedatha yesantya esiphezulu: Bahlala benenkxaso ye-interfaces yamva nje ye-speed-speed efana ne-USB 3.0 okanye i-Thunderbolt, evumela ukuhanjiswa kwedatha ngokukhawuleza phakathi kwezixhobo zokugcina zangaphandle.
    2. Iindawo zokubeka ezininzi zokwandisa: Ezi bhodi zoomama zihlala zineendawo zokubeka ezininzi ze-PCIe ukulungiselela amakhadi emizobo eyongezelelweyo, abalawuli be-RAID, okanye amanye amakhadi okwandisa afunekayo kwimisebenzi yemidiya.
    3. Ukomelezwa kwesakhono seaudio kunye nevidiyo: Iibhodi zemidiya ezikrelekrele zinokubonisa iikhodekhi zeaudiyo ezakhelwe ngaphakathi ezinenkcazo ephezulu kunye neeyunithi ezinikezelweyo zokusetyenzwa kwevidiyo kumgangatho ophakamileyo wesandi kunye nomgangatho wevidiyo ngexesha lokudlala imidiya.
    4. Ukukwazi ukugqithisa: Banokuba neempawu ezingaphezulu kwe-overclocking ezivumela abasebenzisi ukuba batyhale i-hardware yabo kwiifrikhwensi eziphezulu, ukuhambisa ukusebenza okuphuculweyo kwezicelo zemidiya ezifunayo.
    5. Unikezelo lwamandla aqinileyo: Iibhodi zemithombo yeendaba ezikrelekrele zihlala zineenkqubo zonikezelo lwamandla ezikumgangatho ophezulu, kubandakanya izigaba zamandla ezininzi kunye nolawulo lombane olomeleleyo, ukuqinisekisa unikezelo lwamandla oluzinzileyo kuwo onke amacandelo, naphantsi kwemithwalo enzima.
    6. Izisombululo ezisebenzayo zokupholisa: Bahlala beza neempawu zokupholisa eziphambili ezinje ngeeheatsinks ezinkulu, iiheader ezongezelelweyo zefeni, okanye inkxaso yokupholisa ulwelo ukugcina ubushushu benkqubo bujonge ngexesha lokusetyenzwa okwandisiweyo kwemidiya.
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  • I-32-bit ye-ARM efakwe kwi-industrial -grade access controller

    I-32-bit ye-ARM efakwe kwi-industrial -grade access controller

    ◆ Ubushushu bendalo: Kucetyiswa ukuba bube phakathi koluhlu -35 ℃ ~ 65 ℃

    ◆ Ukusetyenziswa: malunga ne-100mA (ngaphandle komthwalo)

    ◆ Indlela yonxibelelwano: TCP/IP (engagqibekanga 100M)

    ◆ Inani lamakhadi obhaliso lwabasebenzisi: 40,000

    ◆ Inani leengxelo ezigciniweyo: 100,000

    ◆ Ifomathi yegalelo lomfundi wekhadi: WG26 ~ 40 bit

    ◆ Ukukhutshwa kocango olulawulwayo: Umnyango omnye [1] Iingcango ezimbini [2] Imihla emine [4]

    ◆ Inani labafundi bekhadi: Umnyango omnye [iperisi enye] ucango oluphindwe kabini [izibini ezi-2] iingcango ezine [4]

    ◆ Inani lothungelwano: olungenasiphelo

    ◆ Umsebenzi oqhelekileyo: ixesha / iholide / umsebenzi wexesha, njl.

    ◆ Umda wexesha lokuxhasa, ukusetwa kwexesha lekhefu lokufunda ikhadi, njl.

    ◆ Ukuxhasa ukubuya kwengingqi ye-anti -submarine, ukutshixa ngokubambisana, i-alamu yomlilo, njl.

    ◆ Iseva yewebhu elungisiweyo, ungandwendwela isikhangeli (B/S)

    ◆ Ukuhanjiswa kwesoftware yeCD ngokungacwangciswanga, ixhasa ulwakhiwo lweC/S

    ◆ Ukuxhasa uphuhliso lwesibini, i-DLL / umyalezo / ifowuni yeselula

    ◆ Inokudibanisa nebhodi yokwandisa i-alamu yomlilo yokulwa nobusela

    ◆ NgeV7.83 inguqulelo eqhelekileyo yesoftware engathathi hlangothi

    ◆ Ubukhulu: 160mm ubude * 106mm ububanzi

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

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

    Google Android4.4 inkqubo. I-RK3288 yi-quad-core yokuqala ye-ARM entsha ye-ARM entsha ye-kernel ye-chip kwihlabathi i-chip yokuqala yokuxhasa i-super mali-T76X series GPU yokuqala kunye ne-4kx2k isisombululo esinzima se-H.265 chip. Iyaxhasa

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  • I-32-bit ye-ARM efakwe kwi-industrial -grade access controller

    I-32-bit ye-ARM efakwe kwi-industrial -grade access controller

    Ubushushu bendalo esingqongileyo:

    Kucetyiswa ukuba ube phakathi koluhlu -35 ℃ ~ 65 ℃

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