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samfurori

Kayan Wutar Lantarki XCVU13P-2FLGA2577I Ic Chips hadedde da'irori IC FPGA 448 I/O 2577FCBGA

taƙaitaccen bayanin:


Cikakken Bayani

Tags samfurin

Halayen Samfur

TYPE BAYANI
Kashi Haɗin kai (ICs)

Abun ciki

FPGAs (Field Programmable Gate Array)

Mfr AMD Xilinx
Jerin Virtex® UltraScale+™
Kunshin Tire
Daidaitaccen Kunshin 1
Matsayin samfur Mai aiki
Adadin LABs/CLBs 216000
Adadin Abubuwan Hankali/Cunuka Farashin 3780000
Jimlar RAM Bits Farashin 514867200
Adadin I/O 448
Voltage - wadata 0.825V ~ 0.876V
Nau'in hawa Dutsen Surface
Yanayin Aiki -40°C ~ 100°C (TJ)
Kunshin / Case 2577-BBGA, FCBGA
Kunshin Na'urar Mai bayarwa 2577-FCBGA (52.5×52.5)
Lambar Samfurin Tushen Saukewa: XCVU13

Na'urorin tsaro na ci gaba da bunkasa

Ƙarni na gaba na aiwatar da tsaro na cibiyar sadarwa yana ci gaba da haɓakawa da jujjuya tsarin gine-gine daga madadin zuwa aiwatar da layi.Tare da farkon ƙaddamar da 5G da haɓakar haɓakar adadin na'urorin da aka haɗa, akwai buƙatar gaggawa ga ƙungiyoyi don sake duba da gyara gine-ginen da ake amfani da su don aiwatar da tsaro.Ayyukan 5G da buƙatun latency suna canza hanyoyin sadarwa, yayin da a lokaci guda suna buƙatar ƙarin tsaro.Wannan juyin halitta yana haifar da canje-canje masu zuwa a cikin tsaro na cibiyar sadarwa.

1. mafi girma L2 (MACSec) da L3 tsaro kayan aiki.

2. buƙatar bincike na tushen manufofi a gefen gefen / damar shiga

3. Tsaro na tushen aikace-aikacen yana buƙatar mafi girma kayan aiki da haɗin kai.

4. Yin amfani da AI da koyo na inji don ƙididdigar tsinkaya da gano malware

5. aiwatar da sababbin algorithms na cryptographic wanda ke haifar da haɓakar bayanan ƙididdiga (QPC).

Tare da buƙatun da ke sama, fasahar cibiyar sadarwa kamar SD-WAN da 5G-UPF ana ƙara samun karbuwa, wanda ke buƙatar aiwatar da slicing na cibiyar sadarwa, ƙarin tashoshi na VPN, da zurfin rarraba fakiti.A cikin ƙarni na aiwatar da tsaro na cibiyar sadarwa na yanzu, yawancin tsaro na aikace-aikacen ana sarrafa su ta amfani da software da ke aiki akan CPU.Yayin da aikin CPU ya karu dangane da adadin muryoyi da ikon sarrafawa, haɓakar abubuwan da ake buƙata har yanzu ba za a iya warware su ta hanyar aiwatar da software mai tsafta ba.

Bukatun tsaro na tushen aikace-aikacen suna ci gaba da canzawa, don haka mafi yawan samuwan mafita na kan layi ba za su iya ɗaukar ƙayyadaddun saiti na kan titi da ƙa'idodin ɓoyewa kawai.Saboda waɗannan iyakokin software da ƙayyadaddun aiwatarwa na tushen ASIC, kayan aiki na shirye-shirye da masu sassauƙa suna ba da cikakkiyar mafita don aiwatar da tsarin tsaro na aikace-aikacen da ke warware ƙalubalen latency na sauran shirye-shirye na tushen gine-gine na NPU.

SoC mai sassauƙa yana da cikakkiyar ƙaƙƙarfan keɓancewar hanyar sadarwa, IP mai ɓoyewa, da dabaru da ƙwaƙwalwa masu iya aiwatarwa don aiwatar da miliyoyin ƙa'idodin manufofin ta hanyar sarrafa aikace-aikace na yanayi kamar TLS da injunan bincike na yau da kullun.

Na'urori masu daidaitawa sune zabin da ya dace

Yin amfani da na'urorin Xilinx a cikin na'urorin tsaro na gaba ba wai kawai magance abubuwan da ake samarwa da abubuwan da ake buƙata ba, amma sauran fa'idodin sun haɗa da ba da damar sabbin fasahohi kamar ƙirar koyon injin, Secure Access Service Edge (SASE), da ɓoye bayanan ƙididdiga.

Na'urorin Xilinx suna ba da ingantaccen dandamali don haɓaka kayan aiki don waɗannan fasahohin, saboda ba za a iya cika buƙatun aiki tare da aiwatar da software kawai ba.Xilinx yana ci gaba da haɓakawa da haɓaka IP, kayan aiki, software, da ƙirar ƙira don hanyoyin tsaro na cibiyar sadarwa na zamani da na gaba.

Bugu da ƙari, na'urorin Xilinx suna ba da manyan gine-ginen ƙwaƙwalwar ajiya na masana'antu tare da rabe-raben bincike mai laushi na IP, yana mai da su mafi kyawun zaɓi don tsaro na cibiyar sadarwa da aikace-aikacen wuta.

Amfani da FPGAs azaman masu sarrafa zirga-zirga don tsaro na cibiyar sadarwa

Traffic zuwa ko daga na'urorin tsaro (firewalls) ana ɓoyayye ne a matakai da yawa, kuma ana sarrafa ɓoyayyen ɓoyewa/decryption L2 (MACSec) a layin hanyar haɗin yanar gizo (L2) nodes na cibiyar sadarwa (masu sauya sheka da masu amfani da hanya).Yin aiki fiye da L2 (Layin MAC) yawanci ya haɗa da zurfafa zurfafa bincike, ɓarnawar rami na L3 (IPSec), da ɓoyayyen zirga-zirgar SSL tare da zirga-zirgar TCP/UDP.Gudanar da fakitin ya ƙunshi ƙididdigewa da rarraba fakiti masu shigowa da sarrafa manyan kuɗaɗen zirga-zirga (1-20M) tare da babban kayan aiki (25-400Gb/s).

Saboda ɗimbin albarkatun ƙididdiga (cores) da ake buƙata, ana iya amfani da NPUs don sarrafa fakitin sauri mafi girma, amma ƙarancin latency, babban aikin sarrafa zirga-zirgar ababen hawa ba zai yiwu ba saboda ana sarrafa zirga-zirga ta amfani da muryoyin MIPS / RISC da tsara irin waɗannan abubuwan. bisa samunsu yana da wahala.Amfani da na'urorin tsaro na tushen FPGA na iya kawar da waɗannan iyakoki na tsarin gine-ginen CPU da NPU yadda ya kamata.


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