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XC7Z100-2FFG900I – IiSekethe eziDityanisiweyo, eziFakelweyo, iNkqubo kwiChip (SoC)

inkcazelo emfutshane:

I-Zynq®-7000 SoCs ifumaneka kwi -3, -2, -2LI, -1, kunye -1LQ amabakala esantya, kunye ne-3 enomsebenzi ophezulu kakhulu.Izixhobo ze--2LI zisebenza kwi-programmable logic (PL) VCCINT/VCCBRAM =0.95V kwaye zihlolwe kumandla asezantsi aphezulu.Ukucaciswa kwesantya sesixhobo se -2LI siyafana neso sixhobo -2.Izixhobo ze--1LQ zisebenza kwi-voltage efanayo kunye nesantya njengezixhobo ze--1Q kwaye zihlolwe amandla aphantsi.Isixhobo se-Zynq-7000 se-DC kunye neempawu ze-AC zichazwe kwintengiso, eyongeziweyo, kwimizi-mveliso, kunye nokwandiswa kwamaqondo obushushu (Q-temp).Ngaphandle koluhlu lobushushu obusebenzayo okanye ngaphandle kokuba kuphawulwe ngenye indlela, zonke iiparamitha zombane ze-DC kunye ne-AC ziyafana kwibakala elithile lesantya (oko kukuthi, iimpawu zexesha lesixhobo soshishino se--1speed grade ziyafana ne- -1 yebakala lesantya sorhwebo. isixhobo).Nangona kunjalo, kuphela amabakala esantya akhethiweyo kunye/okanye izixhobo ezifumanekayo kudederhu lwentengiso, olwandisiweyo, okanye lweshishini.Yonke i-voltage yokubonelela kunye ne-junction yeqondo lokushisa imele iimeko ezimbi kakhulu.Iiparamitha ezibandakanyiweyo ziqhelekile kuyilo oludumileyo kunye nezicelo eziqhelekileyo.


Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimpawu zeMveliso

UHLOBO INKCAZO
Udidi IiSekethe eziDityanisiweyo (ICs)

Ifakwe

Inkqubo kwiChip (SoC)

Mfr AMD
Uthotho Zynq®-7000
Iphakheji Itreyi
Ubume beMveliso Iyasebenza
Uyilo lwezakhiwo MCU, FPGA
Iprosesa engundoqo I-Dual ARM® Cortex®-A9 MPCore™ eneCoreSight™
Ubungakanani beFlash -
Ubungakanani be-RAM 256 KB
Iiperipherals I-DMA
Uqhagamshelwano CANbus, EBI/EMI, Ethernet, I²C, MMC/SD/SDIO, SPI, UART/USART, USB OTG
Isantya 800MHz
Iimpawu eziphambili I-Kintex™-7 FPGA, 444K iiSeli zokuQiniseka
Ubushushu bokusebenza -40°C ~ 100°C (TJ)
Ipakethe / Ityala 900-BBGA, FCBGA
Supplier Device Package 900-FCBGA (31x31)
Inani le-I/O 212
Inombolo yeMveliso esisiseko XC7Z100

Amaxwebhu & nemidiya

UHLOBO LWEZIBONELELO LINK
Amaxwebhu edatha Idatha ye-XC7Z030,35,45,100

Zynq-7000 All Programmable SoC Overview

Zynq-7000 Isikhokelo somsebenzisi

IiModyuli zoQeqesho lweMveliso Powering Series 7 Xilinx FPGAs kunye TI Power Management Solutions
Ulwazi lokusingqongileyo Isiqinisekiso se-Xiliinx RoHS

I-Xilinx REACH211 Cert

Imveliso ekhoyo Yonke iProgrammable Zynq®-7000 SoC

TE0782 Series kunye Xilinx Zynq® Z-7035/Z-7045/Z-7100 SoC

Uyilo lwePCN/Inkcazo IMult Dev Material Chg 16/Dec/2019
Ukupakishwa kwePCN Izixhobo ezininzi nge-26/Juni/2017

Ulwahlulo lokusiNgqongileyo nokuThunyela ngaphandle

UMBALI INKCAZO
Isimo seRoHS I-ROHS3 iyahambelana
iNqanaba lokuSensitivity lokufuma (MSL) 4 (72 iiyure)
FIKELELA kwiSimo FIKELELA Ngokungachaphazelekiyo
ECCN 3A991D
HTSUS 8542.39.0001

 

I-SoC

Uyilo olusisiseko lweSoC

Uyilo oluqhelekileyo lwenkqubo-kwi-chip luquka la malungu alandelayo:
- Ubuncinci i-microcontroller enye (MCU) okanye i-microprocessor (MPU) okanye iprosesa yesignali yedijithali (DSP), kodwa kunokubakho ii-core processor cores.
-Inkumbulo inokuba enye okanye ngaphezulu kwe-RAM, i-ROM, i-EEPROM kunye nememori ye-flash.
- I-oscillator kunye nesigaba-esitshixiwe i-loop circuitry yokubonelela ngeempawu ze-pulse yexesha.
- Iiperipherals ezibandakanya izinto zokubala kunye nezibali-xesha, iisekethe zokubonelela ngombane.
-Unxibelelwano lwemigangatho eyahlukeneyo yokunxibelelana njenge-USB, i-FireWire, i-Ethernet, i-asynchronous transceiver ye-asynchronous kunye ne-serial peripheral interfaces, njl.
- I-ADC/DAC yokuguqulwa phakathi kweempawu zedijithali kunye ne-analogue.
- Iisekethe zokulawula umbane kunye nezilawuli zombane.
Unyino lwee-SoCs

Okwangoku, uyilo loyilo lonxibelelwano lwe-SoC lukhulile.Uninzi lweenkampani zetshiphu zisebenzisa uyilo lwe-SoC ukwenza iitshiphu zabo.Nangona kunjalo, njengoko izicelo zorhwebo ziqhubeka nokulandela imiyalelo yokubakho kunye nokuqikelelwa, inani lee-cores ezidityanisiweyo kwi-chip liya kuqhubeka nokunyuka kwaye i-architectures ye-SoC esekelwe ebhasi iya kuba nzima kakhulu ukuhlangabezana neemfuno ezikhulayo ze-computing.Iimpawu eziphambili zezi
1. Ukukhula kakubi.Uyilo lwenkqubo ye-soC luqala ngohlalutyo lweemfuno zenkqubo, echonga iimodyuli kwinkqubo yehardware.Ukuze inkqubo isebenze ngokuchanekileyo, indawo yemodyuli yomzimba ngamnye kwi-SoC kwi-chip iqinisiwe.Emva kokuba uyilo lomzimba lugqityiwe, uhlengahlengiso kufuneka lwenziwe, olunokuthi lube yinkqubo yoyilo ngokutsha.Kwelinye icala, ii-SoCs ezisekwe kulwakhiwo lweebhasi zilinganiselwe kwinani leprosesa elinokwandiswa kuzo ngenxa yendlela yonxibelelwano yolamlo lwendalo lwebhasi, okt ipere enye kuphela yecore cores enokunxibelelana ngaxeshanye.
2. Ngokwakhiwa kwebhasi esekelwe kwindlela ekhethekileyo, imodyuli nganye esebenzayo kwi-SoC inokunxibelelana kuphela nezinye iimodyuli kwinkqubo xa sele ifumene ulawulo lwebhasi.Ngokubanzi, xa imodyuli ifumana amalungelo e-arbitration yebhasi yokunxibelelana, ezinye iimodyuli kwinkqubo kufuneka zilinde de ibhasi ikhululeke.
3. Ingxaki yongqamaniso iwotshi enye.Ubume bebhasi bufuna ulungelelwaniso lwehlabathi jikelele, nangona kunjalo, njengoko ubungakanani benkqubo yenkqubo buba buncinci kwaye buncinci, i-frequency yokusebenza inyuka ngokukhawuleza, ifikelele kwi-10GHz kamva, impembelelo ebangelwa kukulibaziseka koqhagamshelo iya kuba nzima kangangokuba akunakwenzeka ukuyila umthi wewotshi yehlabathi. , kwaye ngenxa yothungelwano lwewotshi enkulu, ukusetyenziswa kwamandla ayo kuya kuthatha uninzi lwamandla asetyenzisiweyo etshiphu.


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