Magance Matsalolin Gano Module na 4G a cikin Kwamfutocin da aka Haɗa – Tallafin Ƙwararru na SINSMART Bayan Siyarwa

Kwanan nan, ƙungiyar fasaha ta SINSMART ta sami rahoton bayan tallace-tallace game da wani na'urar 4G da ba a gano ta ba Kwamfutar masana'antu da aka sakaWannan labarin yana nazarin tushen matsalar kuma yana bincika mafi kyawun hanyoyin faɗaɗa kayan aiki da dacewa yayin aiki tare da kwamfutocin da aka haɗa.

Kwamfutocin da aka haɗa yi aiki a matsayin babban kayan aikin a cikin sarrafa masana'antu, na'urori masu wayo, kuma Tsarin IoT, inda kwanciyar hankali da faɗaɗawa ke shafar ingancin tsarin gabaɗaya. Tare da shekaru na ƙwarewa a fannin kwamfuta da aka haɗa, Kamfanin ƙera kwamfuta mai haɗawa SINSMART tana ba da kayayyaki masu ƙarfi da kuma tallafin fasaha na ƙwararru.

1. Rahoton Matsala: Ba a Gane Tsarin 4G ba

A cikin Aikace-aikacen IoT, saka idanu daga nesa, da sauran yanayi na masana'antu, tsarin sadarwa na 4G yana da mahimmanci don watsa bayanai a faɗin yanki. Idan ba za a iya gano tsarin ba, aikin sadarwa na na'urar zai lalace gaba ɗaya, wanda zai iya kawo cikas ga layukan samarwa da ayyukan gyara daga nesa.

A wannan yanayin, abokin ciniki ya yi ƙoƙarin shigar da tsarin 4G ta amfani da allon adaftar M.2. Ba za a iya ɗaure tsarin a zahiri ba, kuma da zarar an shigar da shi, ya kasa aiki gaba ɗaya.

2. Binciken Asalin Dalili: Shigarwa ta Jiki Ba Daidai Ba

Ƙungiyar injiniyoyinmu ta gudanar da cikakken bincike kuma ta gano tushen matsalar: shigarwar jiki mara daidai saboda rashin daidaiton hanyar sadarwa ta M.2.

Masu haɗin M.2 suna amfani da ƙayyadaddun bayanai na "maɓalli" daban-daban don bambance ayyukan haɗin gwiwa da bandwidth. Module na 4G na abokin ciniki yana buƙatar Ramin M.2 B-KEY da tsawon mm 80 (2280), amma akwai rashin daidaito a tsayi/tazara tsakanin na'urar da ramin motherboard. Wannan rashin daidaito na injiniya a ƙarshe ya haifar da gazawar ganowa.

3. Magani: Maƙallin Tsawaitawa don Daidaita Daidai

Ƙungiyar SINSMART ta bayan tallace-tallace ta samar da mafita mai amfani: ta amfani da maƙallin faɗaɗawa don daidaita tsawon module 4G zuwa mm 80. Wannan ya ba da damar hawa daidai ta cikin ramin M.2 B-KEY kuma ya rama gibin da ke tsakanin module ɗin da mahaɗin.

Bayan bin tsarin shigarwar da aka jagoranta, abokin ciniki ya dawo da gano na'urar cikin nasara, kuma ayyukan sadarwa sun ci gaba da aiki yadda ya kamata.

4. Fahimtar Nau'o'in da Girman Siffofin M.2

Girman ramukan M.2 yawanci ana yiwa alama ta hanyar faɗi × tsayi a cikin millimita. Tsawon da aka saba amfani da shi ya haɗa da:

Hanyoyin sadarwa na M.2 kuma suna zuwa cikin manyan nau'ikan maɓalli guda biyu:

• Soket 2 (B-KULLI): Yana goyan bayan SATA da PCIe x2, waɗanda aka fi samu a cikin gajerun ramuka (2230/2242).

• Soket na 3 (M-KEY): Yana goyan bayan SATA da PCIe x4, wanda galibi ana amfani da shi a cikin ramummuka masu tsayi (2280).

Fahimtar nau'in maɓalli da tsayin da ya dace yana da matuƙar muhimmanci don samun nasarar faɗaɗa kayan aiki.

5. Jajircewar SINSMART ga Inganci

A SINSMART, muna mai da hankali kan ƙira mai mai amfani kuma a isar da sabis na ƙarshe-zuwa-ƙarshe, daga ƙirar kayan aiki zuwa tallafin bayan siyarwa. Kowanne Kwamfutocin masana'antu marasa fan ya yi tiyata gwajin muhalli mai tsauri kuma Tabbatar da daidaito kafin jigilar kaya don tabbatar da ingantaccen aiki a cikin mawuyacin yanayi na masana'antu.

Bugu da ƙari, muna bayar da hanyoyin faɗaɗawa da za a iya gyarawa, yana taimaka wa masu amfani su tsara kayayyaki da hanyoyin sadarwa bisa ga takamaiman buƙatunsu.

6. Kammalawa

A matsayin jagora masana'antar kwamfuta ta masana'antu a cikin sarrafa masana'antu kuma kwamfuta da aka sakaSINSMART tana samar da cikakken tsarin sabis. Idan kun ci karo da irin wannan matsala da kwamfutocinku da aka haɗa, ku ji daɗin tuntuɓar ƙungiyar tallafin fasaha. Mun himmatu wajen samar da ƙwararre, inganci, kuma abin dogaro mafita don ci gaba da gudanar da ayyukanku cikin sauƙi.