Kaydinta muddada-dheer waa isbeddelaysaa. Waxa aynu u barannay isticmaalka Hard Disk-yada^{(hard disk drives)} (HDD) oo qaar badan oo naga mid ah hadda waxa ay haystaan ​​darawalo adag^{(solid-state drives)} ( SSD ). Laakiin waa maxay kaarka warbaahinta badan ee elektiroonigga ah (eMMC) iyo sababta aan ugu aragno laptops halkii SSDs iyo HDDs ? 

Waxaan horeyba u ognahay in SSD^(SSDs) -yadu ay guud ahaan ka sarreeyaan HDD-yada^(HDDs) , markaa aan diiradda saarno isbarbardhigga eMMC vs SSDs iyo xoogga iyo daciifnimada labadaba. 

Waa maxay SSD?^{(What Is SSD?)}

Haddii aadan ka warqabin, waditaanka-state-adag waa qayb kaydinta xogta muddada-dheer oo dhan koronto ah. Sharaxaada ugu fudud ee xaalad adag waa in aysan jirin qaybo dhaqaaqa. Si ka sii badan oo farsamo ahaan loo hadlo, dawlad adag macnaheedu waa elektiroonigga isticmaala semiconductors. 

Ma jiraan qaybo dhaqaaqi karo macnaheedu ma jiro khilaaf aad u yar oo daal iyo jeexan. Waxa kale oo ay la macno tahay in xogtu si degdeg ah u socoto maadaama aanay ahayn in la sugo agagaarka saxannada si ay u wareegaan iyo cududda wax-akhriska si ay ugu guurto xogta aad u baahan tahay.

Dareewalada SSD^(SSD) waxay ku yimaadaan saddex arrimood oo qaabaysan laptops; 2.5-inch chassis sida HDD , mSATA oo u eg kaar, iyo M2 oo u eg RAM .

Waa maxay eMMC?^{(What Is eMMC?)}

Marka ugu horeysa, eMMC waxay u muuqataa inay tahay nooc ka mid ah darawalada gobolka adag. Ma laha wax dhaqdhaqaaq ah oo aad u degdeg badan. 

Tilmaan weyn oo ku saabsan dabeecadda eMMC waa qaybta kaarka warbaahinta badan ee magaca. Haddii taasi ay kaa dhigayso inaad ka fikirto kaararka SD ama microSD, waxaad u maleyneysaa jihada saxda ah. Taasi waa asal ahaan waxa eMMC yahay. 

Kaararka eMMC iyo SD waxay ku dhisan yihiin halbeeg isku mid ah waxayna ku shaqeeyaan mabaadi' isku mid ah. Haddii aad haysato talefan casriga ah ama tablet-ka, waxa ay u badan tahay in aad haysato qalab uu ku jiro eMMC.

Waa maxay Farqigu Markaa?^{(What’s The Difference Then?)}

Waxaan horey u taabannay xaqiiqda ah inay leeyihiin qaabab kala duwan iyo cabbirro jireed. Waxaan sidoo kale aragnay in SSD^(SSDs) -yada si fudud looga saari karo loona bedeli karo, laakiin eMMC ayaa lagu iibiyaa Motherboard-ka. Haddii aad u baahato in aad beddesho, waxa aad u fiican in aad iibsato laptop kale.

Hadda, awoodda ugu weyn ee eMMC ee la heli karo waa 128GB oo keliya. eMMC waa nooca kaydinta ee loo isticmaalo talefannada casriga ah^{(storage used in smartphones)} , sidaa darteed waa sababta ay ugu soo baxayaan 128GB. Haddii aad waligaa aragto eMMC oo ku taxan in uu leeyahay 1 Tb, fahan in Tb ay u taagan tahay T era b , halka TB ay u taagan tahay T era B ytes. Terabit wuxuu ku saabsan yahay 125 GB. Terabyte waa 1000 GB. Fahamka cabbirka awoodda kaydinta^{(Understanding storage capacity sizing)} waa muhiim.

SSD ugu weyn ee la heli karo waa 60 TB, taasina waxay u muuqataa inay korto bil kasta. eMMC-yadu waxay u badan tahay inay sidoo kale kori doonaan cabbirkooda, laakiin waxay qaadan doontaa waqti dheer in la qabsado SSD^(SSDs) -yada . 

eMMC vs SSD: Kala duwanaanshaha waxqabadka^{(eMMC vs SSD: Performance Differences)}

Haddii aan furno SSD , waxaad arki doontaa dhowr chips oo u eg kaararka SD. Chips-yadani waxay kaliya qaban karaan hawlo badan oo read/write operations . Haysashada dhowr chips oo ay kula shaqeyso waxay dheellitiraysaa hawlaha wax-akhrinta/qorista si uu chip kasta u sii dheeraado, taasoo la macno ah in dhammaan darawalka SSD uu sii socon doono muddo dheer^{(the whole SSD drive will last longer)} . 

Haddii aad furto eMMC waxaad arki lahayd in uu hal chip kaliya ku jiro. Markaa dhammaan wax-akhrinta/qorista waxay ku dhufteen hal jajab. Dabcan, taasi waxay ka dhigan tahay inay lahaan doonto cimri gaaban marka loo eego SSD -ga isla awoodda.

Qaybta ugu muhiimsan ee labada chips SSD iyo eMMC waa albaabka NAND . Waxa muhiimka ah in laga ogaado albaabka NAND waa in loo malayn karo inuu yahay albaab dhab ah. Sababtoo ah eMMC waa hal chip kaliya waxa uu leeyahay albaabo badan, halka SSD ay leedahay dhowr chips sidaas darteed waxay leedahay albaabo aad u badan. 

Ka fakar albaabka eMMC NAND inuu la mid yahay hal waddo oo leh booth lacag-bixineed, halka SSD -gu uu la mid yahay waddo weyn oo 16-haad ah oo leh dhowr meelood oo lacag ah. Marka la eego tirada isku midka ah ee taraafikada, SSD ayaa ku guuleysan doonta mar kasta.

eMMC vs SSD: Kala duwanaanshaha Qiimaha^{(eMMC vs SSD: Cost Differences)}

Ma qaadanayso waqti dheer in la arko in laptop-ka eMMC uu aad uga jaban yahay kan SSD -ga . Faraqa u dhexeeya inta badan waa dhowr boqol oo doolar. Qayb taas ka mid ah waa sababta oo ah SSD waxay leedahay qaybo badan waana qaali in la sameeyo. 

Waxaan sidoo kale ogaan doonaa in laptop-ka SSD uu sidoo kale yeelan doono qaybo kale oo heer sare ah, sida fiidiyoow wanaagsan iyo RAM badan . Qofka u baahan darawalka SSD wuxuu caadi ahaan u isticmaalayaa laptop kaas wax ka badan Facebook iyo dukaamaysiga. Waxay u baahan yihiin laptop ka badan kuwa haysta eMMC. Taasi waxay ka dhigan tahay qayb weyn oo ka mid ah farqiga kharashka.

Maxaa ka wanaagsan? SSD ama eMMC?^{(What’s Better? An SSD Or An eMMC?)}

Waxay kuxirantahay baahidaada. 

Haddii aad u baahan tahay laptop la awoodi karo^{(need an affordable laptop)} , ku kaydi xogtaada daruuraha^{(store your data in the cloud)} , iyo xogtaada ku kaydsan laptop-ka ma aha mid muhiim ah, markaa laptop-ka eMMC ayaa ugu fiican. Laptop-ka ku salaysan eMMC ayaa ku fiican isticmaalka caadiga ah. Way u fiican tahay ardayga celceliska ah ee sameeya wax uun warbixin qoraal ah iyo mareegaha internetka. Waxay sameeyaan laptop sare oo wanaagsan ama beddelka kiniinka.

Haddii aad u baahan tahay laptop leh kayd weyn, la isku halayn karo, maxalli ah iyo helitaan xog degdeg ah, markaa laptop-ka SSD ayaa ugu fiican. Dabcan, waxay ku kici doontaa lacag badan. Tani waa dariiqa loo maro laptop-ka aasaasiga ah oo leh culeysyo shaqo oo culus sida barnaamijyada, ciyaaraha, shaqada naqshadeynta, ama hawlo badan.

eMMC vs SSD: What’s The Difference?

Long term storage is changing. We’re used to using hard disk drives (HDD) and many of us now have solid-state drives (SSD). But what is the electronic multi-media card (eMMC) and why are we seeing it in laptops instead of SSDs and HDDs? 

We already know that SSDs are generally superior to HDDs, so let’s focus on comparing eMMC vs SSDs and the strengths and weaknesses of both. 

What Is SSD?

In case you’re not aware, a solid-state drive is an all-electronic long-term data storage component. The simplest explanation of solid-state is that there are no moving parts. More technically speaking, solid-state means electronics that use semiconductors. 

No moving parts mean no friction so less wear and tear. It also means that the data moves quicker since it doesn’t have to wait around for platters to spin and the read-write arm to move to the data you need.

SSD drives come in three form factors for laptops; 2.5-inch chassis like an HDD, mSATA which looks like a card, and M2 which looks like RAM.

What Is eMMC?

At first look, the eMMC seems to be a type of solid-state drive. It doesn’t have any moving parts and it’s pretty fast. 

A big clue about the nature of eMMC is the multi-media card part of the name. If that makes you think of SD or microSD cards, you’re thinking in the right direction. That’s basically what eMMC is. 

The eMMC and SD cards are built to the same basic standard and operate on the same principles. If you’ve got a smartphone or tablet, you’ve probably got a device with eMMC in it.

What’s The Difference Then?

We already touched on the fact that they have different form factors and physical sizes. We’ve also seen that SSDs can be easily removed and replaced, but an eMMC is soldered to the motherboard. If you needed to replace it, you’re probably better off buying another laptop.

Right now, the largest capacity eMMC available is only 128GB. eMMC is the kind of storage used in smartphones, so that’s why they cap out at 128GB. If you ever see an eMMC listed as having 1 Tb capacity, understand that Tb stands for Terabits, while TB stands for TeraBytes. A Terabit is about 125 GB. A Terabyte is 1000 GB. Understanding storage capacity sizing is important.

The largest SSD available is 60 TB, and that seems to grow every month. eMMCs will likely grow in size too, but it’ll take a long time to catch up to SSDs. 

eMMC vs SSD: Performance Differences

If we were to open an SSD, you’d see several chips that look like SD cards. These chips can only perform so many read/write operations. Having several chips to work with balances the read/write operations so that each chip lasts longer, meaning the whole SSD drive will last longer. 

If you opened an eMMC you’d see it only has one chip in it. So all read/write hits just one chip. Of course, that means that it will have a shorter lifespan than an SSD of the same capacity.

The key component in both SSD and eMMC chips is the NAND gate. What’s important to know about the NAND gate is that it can be thought of as an actual gate. Because an eMMC is a single chip it only has so many gates, while the SSD has several chips so it has far more gates. 

Think of the eMMC NAND gate as being like a single lane road with a toll booth, while the SSD is like a 16-lane highway with several toll booths. Given the same amount of traffic, the SSD is going to win every time.

eMMC vs SSD: Cost Differences

It doesn’t take long to see that an eMMC laptop is a lot less expensive than an SSD laptop. The difference is usually a few hundred dollars. Part of that is because an SSD has more parts and is more expensive to make. 

We’ll also find that a laptop with SSD is also going to have other higher-end components, like better video and more RAM. A person who needs an SSD drive is typically going to use that laptop for more than Facebook and shopping. They need a more substantial laptop than most that have eMMC. That accounts for a big part of the cost difference.

What’s Better? An SSD Or An eMMC?

It depends on your needs. 

If you need an affordable laptop, store your data in the cloud, and your data stored on the laptop isn’t critical, then an eMMC laptop may be best. The eMMC based laptop is fine for more casual use. It’s good for the average student who is only doing some report writing and web surfing. They make a good secondary laptop or a substitute for a tablet.

If you need a laptop with large, reliable, local storage and fast data access, then an SSD laptop may be best. Of course, it will cost more. This is the route to go for a primary laptop with heavier workloads like programming, gaming, design work, or multi-tasking.

Related posts

• Kingston KC600 2.5 SATA SSD dib u eegis -

• Muhiimadda P5 500GB PCIe M.2 2280SS SSD dib u eegis -

• Dib u eegista Kingston KC1000 NVMe SSD: Ku cusboonaysii kaydintaada waxqabad aad u wanaagsan!

• Dib u eegista Kingston SSDNow UV400 - Kaydinta SSD ee deeqsinimada leh ee miisaaniyadeed!

• Dib u eeg ADATA XPG Gammix S50: Hillaac-dhakhso leh SSD ee ciyaartoyda!

• Laabtoobyada ugu Fiican ee ka hooseeya 40,000 gudaha Hindiya (Febraayo 2022)

• Freeware iyo Shareware - waa maxay faraqa u dhexeeya?

• Kooxda jimicsiga ugu fiican ee ka hooseeya 2500 Rs gudaha Hindiya

• 7 Apps ee ugu Wanaagsan ee kaa caawinaya inaad Si Wanaagsan u Baro

• 6-da Aaladood ee ugu Wanaagsan ee Farriinta Intarnetka ee Dib loogu Qorayo Qoraalka

• SSHD vs SSD Drives: kee fiican?

• Wareegyada ugu Fiican ee ka hooseeya Rs 5,000 gudaha Hindiya

• Kingston XS2000 SSD dib u eegis la qaadan karo: Degdeg ah oo la isku halayn karo! -

• 6 Beddelka Reddit ee ugu Wanaagsan oo aad bilaash ugu isticmaali karto

• Wax kasta oo aad u baahan tahay inaad ka ogaato SSD Wear & Jeex

• 4-da Browser ee ugu Fiican Windows iyo Mac

• Muhiimadda Ballistix Gaming Memory DDR4-3600 32GB dib u eegis -

• Akhristaha eBook-ka ugu fiican Software-ka Mobile, Laptop ama PC

• 7 Apps iyo Website-yada ugu Wanaagsan ee Fiidyaha Wada Daawashada

• Dib u eeg ESET Smart Security Premium: Ilaalinta dhamaystiran ee kombayutaradaada