I-Rack Manifold Yokuhlola Ngemithwalo: Yenza Ukuthuthukiswa Kwama-Data Centers We-AI/HPC

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Kungani Ukusebenzisa I-Rack Manifold?

Kungani Ukusebenzisa I-Rack Manifold?

I-Rack manifold inyakaza indawo yokuhambisana kwezinkampani yokuhambisana kwemithombo yezinkampani zokuchitha amandla kwezinkampani zokuchitha amandla kwezinkampani zokuchitha amandla. Iyakwakha i-rack-level CDU, ipumpa, noma i-primary cooling loop ngezinkampani eziningi zokuchitha amandla ngemithombo, izinkampani zokuchitha amandla kwezinkampani zokuchitha amandla, nokuthintela izinkampani zokuchitha amandla kwe-GPU. Ukufaka i-manifold ezuva kwezinkampani zokuchitha amandla ziyakusiza ukubeka izihluzi kanye nokunciphisa ukuthintela okungafanele kwezinkampani. Ngokwesikhathi esihlukile, iyakwakha ngamaphuzu amaningi, izivali zokuhlukanisa, izihluzi zokuvulwa kahle, izinhlobo zokuthintela, nezinhlobo zokuthintela ezifanayo. Izinto eziphambili zokuphatha kuzo kuyizindlela zokuthintela amandla, ubunzima bezinsimbi, isikhathi sokusebenza, ubude bokuthintela, ubude bokuthintela, ukuthintela kwezinhlobo, ukuthintela kwezinhlobo, nokuninga kwezinhlobo. I-Rack manifolds ziyasebenza kwezinkampani zokuthintela amandla kwe-AI, izigaba zokuthintela amandla kwe-HPC, izinkampani zokuthintela amandla kwe-cloud, nezinkampani zokuthintela amandla kwezinkampani eziningi zokuthintela amandla ezinkampani zokuthintela amandla ezinkampani zokuthintela amandla.
Thola Isilinganiso

Usomiso Lwesicatshulwa

Ukukhula Kwesikhumba Sokukhula Kwe-AI

I-rack esikhulu se-AI isifunda amaserveri e-GPU amaningi okufuna ukuchitha kwamanzi ngokuphakeme kwezindlela zokusebenza. I-rack manifold iyakwakha umfanekiso wamanzi kusuka kwe-CDU ku-mabanga amasingi we-chitha kwe-serveri futhi iyakubrika umfanekiso ophakeme kusukela kwezindlela zokubriza. Amaphorti amaningi ayakwakha ngokuhambisana nezindawo zamaserveri, futhi izivali zokugcina ziyakuvumela ukuthi izikhuluma ezithile zizwekwe ngokuhlaziywa. Izicelo zokugcina ngokushesha ziyakunceda ukuthi ushintshe umserveri noma ukwenza ukuzilungisa kahle. I-manifold iyakwakha ngokuhambisana nezimali zokuchitha, izimo zempilo, nezimali zokuxhumana kwe-rack architecture. Ngokuthatha umfanekiso wamanzi kusuka kwe-rack, lokhu kunceda ukuthenga izixhumano zokuchitha kwe-GPU amaningi futhi kunceda ukuthenga ukuthengiswa kwezinkundla zokufunda kanye nokuthengiswa kwezinkundla zokuthola imiphumela kwe-AI.

Ukuchitha Kwamanzi Kwe-HPC Rack

I-Rack ye-HPC enenamathuba amaningi we-CPU nezinkambo zokuthuthukisa kufuneka zibe nemfanekiso yezilwanyana zokuchitha ukusuka kwezindawo eziningi zokuchitha izibonelo. I-Rack manifold ingaba yindlela yokuxhuma phakathi kwezindawo zokuchitha zokuphela nezindawo zokuchitha zezinkambo ngalinye. Izindawo zokuchitha nokubuyela kuzo zingahlelwa ngokuhambisana nezindlela zokuxhumeka kwe-rack, izinkinga zezitshini, nezindlela zokuchitha okufunekayo. Amavavha angabeka indlela yokuxhuma yezindawo zokuchitha, ngelishwa lezinkambo zokuhlola isikhathi noma iphresha. Ukugcina i-manifold edlulile kwezinkambo eziqondile kusiza ukunciphisa ukuxhumeka kwezitshini ezinkulu futhi kusiza ukwenza ukuxhuma kwezindawo zokuchitha kubonakale kangcono. Le ndlela yokuqondisa iyasebenza kubantu abasebenza kwezibonelo, kubantu abasebenza kwezibonelo zokuthuthukisa, kubantu abasebenza kwezibonelo zokuthuthukisa, kubantu abasebenza kwezibonelo zokuthuthukisa, kubantu abasebenza kwezibonelo zokuthuthukisa, kanye nezinye izibonelo zokuthuthukisa.

Ukuvuselela kwezindawo zokuchitha kwezirack zedatha

I-Data center ekhuphile amarack okukhethekile ngokusebenzisa amaserver atholakala ngokufika kwamanzi ayisifunda ukuthi abe yisifunda sokubeka amarack emthwakathi. I-manifold yokurack iyakwenzela ukuthi izindawo zokubeka izindawo zokuhlaka zokubeka kwe-rack ziyakhuluma nezindawo zokubeka zokuhlaka zokurack. I-manifold iyakwenzela ukuthi ibe yisifunda sokubeka kwi-CDU, ipump, amahose, amaplate omhlaka, namahexchanger, futhi iyathola izindawo zokubeka kwe-supply ne-return. Izindawo zezimpando zingabuyiselwa kuzindawo zokubeka zokurack nezindlela zokusebenza kwe-server, futhi izindawo eziningi zingabuyiselwa ukuthi zibe yizindawo zokubeka kusasa. Izindawo zokubuyisa kungenza ukuthi kubuyiselwe izinto zokusebenza ngokushesha, futhi izivalve zokuvimbela kungenza ukuthi kungabonakali ukuthi kubuyiselwe umsebenzi lapha kunezindawo ezinye zokubeka kuzo. Lokhu kusiza ukuthi kubuyiselwe ngokuphakanyiswa kwe-direct liquid cooling kwi-AI, HPC, cloud, neminye imithwakathi yezindawo zokubeka ezingabi ngekhulu.

Imikhiqizo Ehlobene

Umbhalo wokuthola ukuvutha kwe-liquid electromagnetic, ene-IP65, umbhalo wokuthola ukuvutha kwe-sanitary, i-M12 aviation plug, 4-20mA, umbhalo wokuthola ukuvutha kwe-pulse, umbhalo wokuthola ukuvutha we-stainless steel, umbhalo wokuthola ukuvutha kwe-fluid INDABA YOKUBUKA

Umbhalo wokuthola ukuvutha kwe-liquid electromagnetic, ene-IP65, umbhalo wokuthola ukuvutha kwe-sanitary, i-M12 aviation plug, 4-20mA, umbhalo wokuthola ukuvutha kwe-pulse, umbhalo wokuthola ukuvutha we-stainless steel, umbhalo wokuthola ukuvutha kwe-fluid

SUS304 UQD04 DN9 3/8 Inch Umkhawule Wokugcina Wokubhala Ngaphandle Kokukhupha Umkhawule Wokugcina Wokuhlanza Kwakho Emasimini Edata INDABA YOKUBUKA

SUS304 UQD04 DN9 3/8 Inch Umkhawule Wokugcina Wokubhala Ngaphandle Kokukhupha Umkhawule Wokugcina Wokuhlanza Kwakho Emasimini Edata

PE100 isensọ sokubala kwezindawo zokuphatha izinto ezinkulu ngokwesibonelo si-316L isensọ sokubala kwezindawo zokuphatha izinto ezinkulu ngokwesibonelo G1/4 G1/2 M20*1.5 isensọ sokubala kwezindawo zokuphatha izinto ezinkulu ngokwesibonelo yezinto ezinkulu ngokwesibonelo INDABA YOKUBUKA

PE100 isensọ sokubala kwezindawo zokuphatha izinto ezinkulu ngokwesibonelo si-316L isensọ sokubala kwezindawo zokuphatha izinto ezinkulu ngokwesibonelo G1/4 G1/2 M20*1.5 isensọ sokubala kwezindawo zokuphatha izinto ezinkulu ngokwesibonelo yezinto ezinkulu ngokwesibonelo

Isikhundla Sokuchitha Ngamanzi Esilungileyo Sokuthuluzi Ngokwesikhundla Sokuchitha Ngamanzi IO-Link RS485 Modbus Isikhundla Sokuchitha Ngamanzi Nge-Hastelloy C Electrode FMX280 INDABA YOKUBUKA

Isikhundla Sokuchitha Ngamanzi Esilungileyo Sokuthuluzi Ngokwesikhundla Sokuchitha Ngamanzi IO-Link RS485 Modbus Isikhundla Sokuchitha Ngamanzi Nge-Hastelloy C Electrode FMX280

I-Rack manifold yiyisiphephelo sokusakaza kwezilimba esithakelwe ukufakwa ngaphakathi kwe-rack yamaphepha noma emhlabeni. Kungaqondwa i-Coolant Distribution Unit, i-pump, noma i-primary liquid loop ngezilimba eziningi zokusakaza ngamanzi, i-CPU cold plates, i-GPU cold plates, noma izinye iziphephelo zokuphatha isikhathi. Ngokwesakhiwo sokusakaza, i-manifold ingahlanganisa izihlangothi zokusakaza nezihlangothi zokubuyela, izindawo zokugqibela eziningi, izivali zokuhlukanisa, iziqukuthu zokuhlanganisa ngokushesha, izisensori, nezifitting ezingathathelwe ngokuphelele. Izinca zokudesign ebalulekile ziyizinhlobo zezindawo zokugqibela, umkhondo wokusakaza kwesikhathi sonke, ubunzima bokusebenza, isikhala sesitempereyitha, ubunzima obukhula, ubukhulu bezindawo zokugqibela, ukuthi izilimba zingahambanani nezilimba, indawo yokufaka, nokuthi kunezindawo zokufaka ngaphakathi kwe-rack. Ngokuhlala kwezindawo zokusakaza kude ngezilimba zokusebenza, i-rack manifold ingasiza ekulungiseni izitshixo nekuvuselela ukwenza iziphakamiso. Iyasebenza kwi-AI servers, i-HPC systems, i-cloud computing, i-telecom infrastructure, nezindawo zokugcina idatha eziningi lapho kudingeka ukusakaza kwezilimba okuphakeme nokuthi kungabonakala ngokuphakeme.

Imibuzo Evame Ukubuzwa

I-manifold yokurack yini?

I-rack manifold yiyindlela yokuhambisa amafutha emithambo yokuqinisa ekhaya kwe-server. Iyahlala ngaphakathi kwe-rack yasevera noma ephakathi kwe-rack yasevera, iyahambisa amafutha kuma-branch enguqukayo yokuqinisa kwe-severa noma kuma-component, futhi iyokwethula amafutha okubuyela. Ukuguqulwa kwakho kungahlanganiswa nezilinganiso zewerakhi, inombolo yama-branch, izinkinga zokuhambisa, izinkinga zokugcina, izinkinga zokugcina, nokufuna ukuzibophelela.
Yebo. I-rack manifold ingahambisa amafutha kuma-cold plate aye-GPU noma kuma-cooling block abasebenziswe kuma-server aye-AI noma aye-HPC. Ukuphatha kufanele kubhekwe inombolo yama-branch aye-GPU, ukuvutha kwamafutha, ukuphakama kwamafutha, isikhathi sokusebenza, ukuguqulwa kwe-port, nokuxhumana kwe-coolant ukuze kuboneke ukuhambisa kwezinhlobo zokuzibophelela ezihlanganiswe.
I-manifold yokuqondwa kungaqondwa ngaphakathi kwesithuthi noma kusendaweni esiyifanele kwe-sithuthi, kusukela kwe-architecture yokuchitha. Ukufaka kufanele kube nenkulu yezindawo zokubhala, izinkampani, izivalo, nokufuna ukuzivula. Izindawo zezinkampani zomsebenzi nezindlela zokuthumela nokubuyela kufanele zihlalwe ekubhekiseni indawo yokufaka.
Izincwadi ezinkulu zivame ukuba ziyizinkampani zokuchitha (CDUs), izimpumpu, izihlazi, izihlazi zokugcina ngokushesha, izihlazi zokuchitha kwe-CPU ne-GPU, izivalo, izisensori, nezihlazi zokuchitha. Ukuguqula okuphelele kufana ne-loop yokuchitha ngamanzi. Amathuluzi wezinyangasela, amathuluzi wezinkampani, amathuluzi wezimfihlo, amathuluzi weziflow, nokuhambanisa kwezilwanyana zokuchitha kufanele zihambanise ngokuphelele kulesisistimu.
Ukubala kubhekwa ngaphandle kokunye kwamaphuzu amaningi okuhlanganiswa, izibonelo zokuhlakisa amaphuzu, ukuvula kwamaphuzu, ipresha yokusebenza, isikhala sesikhathi, ukuphakanyiswa kwepresha, ubukhulu bokufaka nokuthiwa, nokuthi kunezindawo zokufaka ezithile. Ukuload kwesikhathi sokuhlakisa kwe-CPU ne-GPU kufanele kube kubhekwa nangokucacile uma kubhekwa ukubala kwe-manifold okudingekayo nokubeka kwezindlela zokuhlanganisa.

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Ubufakazi Bamakhasimende

Michael Foster

“U-manifold wokurhakisha wabakhula ukuzihlanganisa izinkampani zokuhlakisa kwezinkampani zezibonelo zama-GPU. Ukuthenga nokubuyela kwebhili kubhekwe ngokucacile, futhi ukufuna umsebenzi wabhekwe ngokucacile.”

Daniel Morgan

“Sihlanganiswe i-manifold nge-CDU yethu yorhakishi futhi nezinkampani eziningi zokuhlakisa ngamanzi. Ukubeka kwezibonelo zokuhlakisa kusiza sibekwe ngokucacile ukubeka kwezindlela zokuhlakisa uma sifika kumaqembu.”

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i-manifold yase-rack i-manifold yokugcina ngamanzi i-manifold eyisilinganiso i-manifold yokugcina ngamanzi isibonelo sesikhumba sokuhlisa amanzi isibonelo sesikhumba sokugcina isibonelo sokuhlisa amanzi ngqo isibonelo sokuhlisa izivinini ze-AI isibonelo sokuhlisa i-GPU ngamazi isibonelo sokuhlisa amanzi kwezindawo zokugcina i-HPC isibonelo sokuhlisa amanzi ngamaphase amabili
Ukugcina Kwesikhumba Kwezinkambo Zokuhlisa

Ukugcina Kwesikhumba Kwezinkambo Zokuhlisa

I-rack manifold iyakhiqha amaphuzu amaningi okukhupha nokubuyela kwe-coolant ngaphakathi kweserver rack, ekwenzeni ukuthi isithembiso sokuhlola kwe-liquid siyakhiwe ngokuthembekile. Kungakhomba coolant kusuka ku-CDU noma kusuka kwe-primary cooling loop kuma-server amaningi, ama-cold plates, noma kuma-GPU cooling branches, futhi kubuyela umsilo owadlula ngamaphuzu okubuyela okugcina. Inombolo yamaphuzu namandla ayakhiwa ngokulingana nezikhundla zama-server noma nezidingo zemithubi. Amavalve okuhlanzwa kungasiza ukuthi amaphuzu amaningi abahlanzwe ngokwesibonelo lapho kufakwa amaservis, futhi amacouplings okuvulwa kusheshile angasiza ukuthi ubuyise amaservis ngokusheshile. Ukudala iphuzu lokukhupha isikhundla esifanayo nesikhundla sokuxhumeka kungabusa ukuthi kubhekelwe imithubi engafanele futhi kungahlela ukufinyelela kakhulu. Lokhu kuyasebenza kakhulu kuma-rack ayo asebenzisa i-AI noma i-HPC apho kunezinhlobo zezinhlobo zokuhlola kwe-liquid eziningi okufanele kuzihlanganise ngokusheshile.
Ukugxilwa Kwesikhathi Sokubeka Kwechip

Ukugxilwa Kwesikhathi Sokubeka Kwechip

I-rack manifold ingakwazi ukuxhuma i-rack-level cooling infrastructure nezinto eziqondile kwi-chip ezifakwe ngaphakathi kwezinkampani zokuhlola ngamanzi. Ngokuchaza kwezinkinga zomkhondo, kungakhokhwa ngezincwadi zokuhlola kwe-CPU, izincwadi zokuhlola kwe-GPU, amapumpa, i-CDUs, amahose, amaqhina okuvula ngokushesha, nokubhekisa amasentla. Amaphuzu amaningi awukwazi ukusivumela amacircuit okuhlola amaningi ukusebenzisa indawo yokuhanjiswa eyisibonelo, ngelishwa kanye nezinhlobo zezixhobo zokuhlola nokubheka. Izinto zokuthatha ubizo kuzo kuzoba umsindo wamanzi, ukuphazimula kwesikhala, isilinganiso sesimo sokusebenza, ubude bokutshisha, uhlobo lwesikhala, nokuhambana kwamanzi. Lokhu kwenza ukuthi i-rack manifold ibe yisibonelo sokugcina ngokwesibonelo esihlukene sezinkampani zokuhlola kanye nezinkinga zokuhlola. Kungasebenzisa izinkampani zokufunda kwe-AI, izigaba zokuhlola kwe-HPC, izindawo zokusebenza kwe-cloud computing, kanye nezinkampani zedatha zokuhlola ngamanzi ngokuziqondile.
Ukuhlola okuphinde kubhekisele kumathuba okwesibonelo kwezinkampani eziningi

Ukuhlola okuphinde kubhekisele kumathuba okwesibonelo kwezinkampani eziningi

Izirhakhi zezindaba zokusebenza kwe-AI ne-HPC zingahle zihlale izinkampani eziningi zezinkampani ezingabi ngezimali, kubonakalisa ukuthi kufuneka kwenziwe inkqubo yokuqondisa ngemithwalo yokuhlola. I-rack manifold inakha izilungiselelo zokugxila eziningi okunokufakwa ngokulinganiswe nokuthi ziyiphi izinkampani ezingasendaweni, futhi ukuthi kungenzeka ukuthi kwenziwe inkqubo yezinkampani eziningi ekuseni. Izivali zokuvula kungasiza abasebenzi ukusebenzisa izicelo zokugxila ngokujulile, futhi iziquketho zokugxila kungasiza ukuthi kushintshwe izinkampani ngokushesha. I-manifold ingasebenza nge-CDU, iphampu, i-heat exchanger, amahose, ne-cold plates njengomunye wokuphatha kwesikhathi sokuhlola kwe-rack. Ukuthi kuyisikhathi esisodwa kusiza ukuthi izilungiselelo zokuthumela nezokubuyela zibekwe ngokulinganiswe emsebenzini wokuhlola okuncane. Lokhu kubhekise kuzo zonke izinkqubo zokuhlola ezinokuthuthukiswa, kubhekise kuma-clusters we-AI, izinkqubo ze-HPC, izinkqubo zokusebenza kwe-cloud, kanye nezinye izinkqubo zokusebenza kwe-computing ezinokuthuthukiswa.

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