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samfurori

10AX115H2F34E2SG FPGA Arria® 10 GX Iyali 1150000 Sel 20nm Fasaha 0.9V 1152-Pin FC-FBGA

taƙaitaccen bayanin:

Iyalin na'urar 10AX115H2F34E2SG sun ƙunshi babban aiki da ingantaccen ƙarfi 20 nm tsakiyar kewayon FPGAs da SoCs.

Ayyukan da ya fi girma fiye da ƙarni na baya na tsaka-tsaki da matsakaici
FPGAs


Cikakken Bayani

Tags samfurin

Ƙayyadaddun Fasaha na Samfur

EU RoHS

Mai yarda

ECN (Amurka)

3A991

Matsayin Sashe

Mai aiki

HTS

8542.39.00.01

Farashin SVHC

Ee

SVHC Ya Wuce Madaidaici

Ee

Motoci

No

PPAP

No

Sunan mahaifi

Arria® 10 GX

Fasahar Tsari

20nm ku

Mai amfani I/Os

504

Adadin Masu Rajista

Farashin 1708800

Wutar Lantarki Mai Aiki (V)

0.9

Abubuwan Hankali

1150000

Adadin masu yawa

3036 (18x19)

Nau'in Ƙwaƙwalwar Shirin

SRAM

Ƙwaƙwalwar Ƙwaƙwalwa (Kbit)

54260

Jimlar adadin Toshe RAM

2713

Emacs

3

Raka'a dabaru na Na'ura

1150000

Lambar Na'urar DLLs/PLLs

32

Tashoshi masu wucewa

96

Saurin Canjawa (Gbps)

17.4

DSP mai sadaukarwa

1518

PCIe

4

iyawar shirye-shirye

Ee

Reprogrammability Support

Ee

Kwafi Kariya

Ee

In-System Programmability

Ee

Matsayin Gudu

2

Ka'idojin I/O Mai-Ƙarshe

LVTTL|LVCMOS

Interface Ƙwaƙwalwar Ƙwaƙwalwar Waje

DDR3 SDRAM|DDR4|LPDDR3|RLDRAM II|RLDRAM III|QDRII+SRAM

Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarfafa Aiki (V)

0.87

Matsakaicin Wutar Lantarki Mai Aiki (V)

0.93

I/O Voltage (V)

1.2|1.25|1.35|1.5|1.8|2.5|3|

Mafi ƙarancin zafin aiki (°C)

0

Matsakaicin Yanayin Aiki (°C)

100

Matsakaicin Zazzabi mai kaya

Ya kara

Sunan kasuwanci

Arria

Yin hawa

Dutsen Surface

Kunshin Tsawo

2.95

Fashin Kunshin

35

Tsawon Kunshin

35

PCB ya canza

1152

Standard Kunshin Suna

BGA

Kunshin mai bayarwa

FC-FBGA

Ƙididdigar Pin

1152

Siffar jagora

Ball

Bambanci da alaƙa tsakanin FPGA da CPLD

1. FPGA ma'anar da halaye

Farashin FPGAƊauki sabon ra'ayi mai suna Logic Cell Array (LCA) da Configurable Logic Block (CLB) da Input Output (IOB) Block da Interconnect.Tsarin dabaru na daidaitawa shine ainihin naúrar don gane aikin mai amfani, wanda yawanci ana shirya shi cikin tsararru kuma yana yada guntu gaba ɗaya.Tsarin shigarwa-fitarwa IOB yana kammala haɗin gwiwa tsakanin dabaru akan guntu da fil ɗin fakitin waje, kuma yawanci ana shirya shi a kusa da tsarar guntu.Wayoyin cikin gida sun ƙunshi nau'i-nau'i daban-daban na sassan waya da wasu na'urorin haɗi masu shirye-shirye, waɗanda ke haɗa nau'i-nau'i daban-daban na dabaru ko I/O don samar da kewayawa tare da takamaiman aiki.

Abubuwan asali na FPGA sune:

  • Yin amfani da FPGA don tsara da'irar ASIC, masu amfani ba sa buƙatar aikin samarwa, na iya samun guntu mai dacewa;
  • Ana iya amfani da FPGA azaman samfurin matukin jirgi na wasu cikakkiyar keɓancewa ko na musammanFarashin ASIC;
  • Akwai wadatattun abubuwan jan hankali da fitilun I/O a cikin FPGA;
  • FPGA yana ɗaya daga cikin na'urorin da ke da mafi guntu tsarin zagayowar, mafi ƙarancin farashin ci gaba da mafi ƙarancin haɗari a cikin da'irar ASIC.
  • FPGA tana ɗaukar tsarin CHMOS mai sauri, ƙarancin wutar lantarki, kuma yana iya dacewa da matakan CMOS da TTL.

2, CPLD ma'anar da halaye

Farashin CPLDgalibi ya ƙunshi programmable Logic Macro Cell (LMC) a kusa da tsakiyar sashin haɗin haɗin haɗin gwiwar shirye-shirye, wanda tsarin dabaru na LMC ya fi rikitarwa, kuma yana da tsarin haɗin haɗin I/O mai rikitarwa, mai amfani zai iya samarwa bisa ga bukatun takamaiman tsarin kewayawa, don kammala wasu ayyuka.Saboda tubalan dabaru suna haɗe tare da tsayayyen wayoyi na ƙarfe na ƙarfe a cikin CPLD, da'irar dabarar da aka ƙera tana da tsinkayar lokaci kuma tana guje wa hasashe na rashin cikar hasashen lokacin tsarin haɗin haɗin gwiwa.A cikin 1990s, CPLD ya haɓaka cikin sauri, ba kawai tare da halayen gogewar lantarki ba, har ma tare da abubuwan ci-gaba kamar na'urar duba baki da shirye-shiryen kan layi.

Halayen shirye-shiryen CPLD sune kamar haka:

  • Abubuwan ma'ana da ƙwaƙwalwar ajiya suna da yawa (Cypress De1ta 39K200 yana da fiye da 480 Kb na RAM);
  • Samfurin lokaci mai sassauƙa tare da albarkatu masu yawa;
  • Mai sassauƙa don canza fitarwar fil;
  • Ana iya shigar da tsarin kuma a sake tsara shi;
  • Babban adadin raka'o'in I/O;

3. Bambance-bambance da haɗin kai tsakanin FPGA da CPLD

CPLD shine takaitaccen na'ura mai saurin shirye-shirye, FPGA shine takaitaccen tsari na filin shirye-shiryen ƙofa, aikin biyun ainihin iri ɗaya ne, amma ƙa'idar aiwatarwa ta ɗan bambanta, don haka wani lokaci muna iya watsi da bambanci tsakanin su biyun, tare. ake magana da shi azaman na'urar dabaru ko CPLD/FPGA.Akwai kamfanoni da yawa da ke samar da CPLD/FPGs, manyan ukun su ne ATERA,XILINX, da LAT-TICE.Bazuwar CPLD hada-hadar dabaru aiki yana da ƙarfi sosai, naúrar macro na iya ruɓar dozin ko ma fiye da shigarwar dabaru na 20-30.Koyaya, LUT na FPGA kawai zai iya ɗaukar dabaru na haɗin kai na abubuwan shigarwa guda 4 kawai, don haka CPLD ya dace don ƙirƙira hadadden dabaru na haɗin gwiwa kamar yanke hukunci.Duk da haka, tsarin masana'antu na FPGA yana ƙayyade cewa adadin LUTs da abubuwan da ke kunshe a cikin guntu na FPGA suna da girma sosai, sau da yawa dubban dubban, CPLD na iya cimma kawai 512 raka'a ma'ana, kuma idan an raba farashin guntu da adadin ma'ana. raka'a, matsakaicin farashin naúrar ma'ana na FPGA ya yi ƙasa da na CPLD.Don haka idan an yi amfani da adadi mai yawa na faɗakarwa a cikin ƙira, kamar zayyana madaidaicin lokacin dabaru, to amfani da FPGA zaɓi ne mai kyau.

Ko da yake duka FPGA da CPLD na'urorin ASIC ne masu shirye-shirye kuma suna da halaye na gama-gari, saboda bambance-bambance a cikin tsarin CPLD da FPGA, suna da nasu halayen:

  • CPLD ya fi dacewa don kammala algorithms iri-iri da dabaru na haɗakarwa, kuma FPGA ya fi dacewa don kammala dabaru na jeri.A takaice dai, FPGA ya fi dacewa da tsarin arziƙi mai jujjuyawa, yayin da CPLD ya fi dacewa da ƙayyadaddun ƙayyadaddun ƙayyadaddun samfur da tsarin wadataccen lokacin samfur.
  • Ci gaba da tsarin tuƙi na CPLD yana ƙayyadad da cewa jinkirin lokacin sa iri ɗaya ne kuma ana iya faɗi, yayin da tsarin FPGA ɗin da aka raba ya ƙayyade cewa jinkirin sa ba shi da tabbas.
  • FPGA yana da sassauci fiye da CPLD a cikin shirye-shirye.
  • An tsara CPLD ta hanyar gyara aikin tunani na kafaffen da'ira na ciki, yayin da aka tsara FPGA ta hanyar canza wayoyi na haɗin ciki.
  • Ana iya tsara Fpgas a ƙarƙashin ƙofofin dabaru, yayin da aka tsara CPLDS a ƙarƙashin tubalan dabaru.
  • FPGA ya fi haɗin kai fiye da CPLD kuma yana da ƙarin tsarin tsarin wayoyi da aiwatar da dabaru.

Gabaɗaya, ƙarfin ƙarfin CPLD ya fi na FPGA girma, kuma mafi girman matakin haɗin kai, mafi bayyane.


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