Intel wenza konke okusemandleni ukuthi abe phambili ekusetshenzisweni kwamanethiwekhi we-5G futhi yilokho ikhiphe namuhla, i-hardware ne-software entsha, iifake uhlelo lwayo lokuqala lwe-nanometer ku-chip yeziteshi ezingenantambo. Iprosesa entsha ye-Intel Atom P5900 yi-SoC yokuqala yenkampani yenzelwe iziteshi ezingenantambo ezingabamukeli nabadlulisayo iziteshi zomsakazo ezisebenza njengehabhu lamanethiwekhi endawo angenazintambo.
Ochwepheshe bathi iziteshi ezingenantambo kuyinjongo ebalulekile yokuqalisa kwangaphambi kwesikhathi yabahlinzeki be-5Gngoba zizobaluleka ukunika amandla amanethiwekhi angenantambo asheshayo.
Kungakho i-Intel yenza konke okusemandleni ukuphatha imakethe nge-Atom P5900, eyenzelwe ukuhlinzeka nge-bandwidth ephezulu ne-latency ephansi.
Esithangamini nabezindaba, uDan Rodríguez, I-Corporate Vice President kanye neMenenja Jikelele ye-Intel's Network Platforms Group, uthe abalingani kubandakanya iTelefonaktiebolaget LM Ericsson neZTE Corp bazoqala ukukhipha i-Atom P5900 kulo nyaka.
Ekugcineni uthe, inkampani ihlose ukuzibonakalisa njengomholi wemakethe eziteshini ezingenantambo ngo-2021.
Kanye ne-Atom P5900 entsha, Le nkampani iphinde yakhipha isizukulwane esisha sama-processor we-Intel Xeon Scalable to ukusetshenziswa kwayo ekusetshenzisweni kwenethiwekhi 5G.
Uno wezinguquko eziphawuleka kakhulu ngamanethiwekhi we-5G ukuthi idatha eningi kakhulu izocutshungulwa emaphethelweni enethiwekhi, lapho i-latency ephansi ihumushela kulwazi olusheshayo nenani lebhizinisi elengeziwe.
"I-5G iyindawo enkulu yokwenza izinto, idatha yokushayela nezinsizakalo ezintsha eziqhutshwa yidatha," kusho uRodríguez.
U-Intel uthe amaprosesa we-Intel Xeon Scalable wesizukulwane esisha alungele lolu hlobo lomsebenzi, njengoba unikele ngokulinganiselwa kokusebenza okungaphezulu kwama-42% ngedola ngalinye kunezichips zalo zesizukulwane esedlule.
"Lona uXeon osheshayo kunabo bonke," kusho uLisa Spelman, iphini likamongameli wezinkampani kanye nemenenja jikelele ye-Intel's Xeon processor kanye nedatha yokumaketha yedatha.
USpelman uthe iprosesa yesikali sesibili ye-Intel Xeon ibuye ilungele ukulayishwa kokusebenza okuningiliziwe ukusika, kusukela ifaka ubuchwepheshe be-Deep Learning Boost kusuka enkampanini esiza ukuletha kuze kube kasithupha ukusebenza kwamapulatifomu we-CPU wokuncintisana.
Amaprosesa asevele athunyelwe ngamakhasimende afaka phakathi i-Amazon Web Services Inc, iMicrosoft Corp ne-Alibaba kuzinkundla zabo zamafu zomphakathi, esho.
Ngokuhlala ne-AI, I-Intel iphinde yethula isekethe elisha elihlanganisiwe elihlanganisiwe isicelo esithile, noma i-ASIC, okuyi kungenziwa egcizelele umthwalo othize.
Ama-ASIC ahleliwe kungenye indlela yokuhlelwa kwamasango okuhlelwa ensimini, okungama-accelerator wehadiwe angahle ahlelwe kabusha endizeni ngemisebenzi ehlukile. Ama-ASIC enziwa ngendlela oyifisayo, kepha angahlelwa kanye kuphela. Noma kunjalo, zisebenza kahle kakhulu futhi zikulungele kangcono ukukhiqizwa kwesisindo esinevolumu ephezulu.
I-Intel igcwalise iphothifoliyo yayo yokuxhumana ye-5G ngokwethulwa kwe-adaptha yayo entsha ye-Ethernet yenethiwekhi Uchungechunge olungu-700 oluza ne- "hardware-enhanced precision time protocol". URodríguez uthe lesi sici sokugcina sinika amandla wokugcina ukuvumelanisa kwesikhathi okunembile kuwo wonke amanethiwekhi, okubalulekile ukuqeda ukubambezeleka kwezinsizakalo zezezimali, ukusakazwa kwevidiyo kanye nezinsizakalo eziphuthumayo.
U-Intel uthe i-adaptha inyusa ukunemba kwesikhathi okudingekayo kumanethiwekhi we-5G ngokusebenzisa inhlanganisela yezithuthukisi zesoftware nezesoftware. Manje sekuyisampula futhi kuzoqala ukukhiqizwa kwikota yesibili.
Ekugcineni, U-Intel uthe uyakwandisa amathuluzi esoftware e-Open Network Edge Services. I-OpenNESS iqoqo lamathuluzi wenkomba yomthombo ovulekile avumela i-ecosystem ukuthi yakhe futhi isebenzise izinhlelo zokusebenza ezintsha nezinsizakalo.
Kusukela namhlanje, manje isekela ukuthunyelwa okuzimele kwe-5GNR kanye ne-Enhanced Platform Awareness noma i-EPA, okufanele isize amakhasimende ukuthi asebenzise ama-microservices asemaphethelweni kalula.