Typically the more the hard drive RPM, the faster the hard disk. Therefore, 7200 RPM hard drives are usually faster than 5400 RPM hard drives. For a 7200 RPM hard drive, the time required for each revolution is 60 × 1000 ÷ 7200 = 8.33 milliseconds, and the average rotation latency time is 8.33 ÷ 2 = 4.17 milliseconds. Ialso thought that 7200rpm drives use a lot more power than the 5400rpm ones, but it seems the differences come from other points. dude905 January 11, 2013, 2:12am #4 Evenat 5400RPM, for normal uses the SSHD will give a better experience than a 7200RPM drive. Plus, if they run the computer off battery the lower power draw of the 5400RPM drive will make the battery last longer. I used one of these 2.5" 5400RPM SSHDs as a main drive in one of my desktop PCs for the longest time and it worked quite well. Ryzen3 Pro 3200GE: September 30, 2019 12nm 4 (4) 3 Dynamic frequency scaling is a technology that allows the processor to conserve power and reduce noise when it is under a light load Specs: Ryzen 3 3200g 2 + AVX + AVX2 + AES + AMD SVM + RdRand + FSGSBASE + BMI2 in i5 9400f is inr 2000 or 30$ less than ryzen 3 3200g in i5 9400f is inr 2000 or 30$ less than ryzen 3 3200g. HDDext 3,5 7200rpm dgn bantuan listrik adapter vs HDD ext 2,5 5400rpm HDD 2,5 itu umumnya butuh power lebih kecil sehingga hemat energi, tp tidak terkecuali ada jg yg top performance dan boros Teman gw sampai speechless pas buka paketnya, gak nyangka diganti HDD baru dengan kapasitas 2x lipat 23-03-2013 17:38 . 1. TS 2V7 . 23-03-2013 2dV8Nn. 1 Hello, I am upgrading a family member's old laptop and I have a few 5400rpm SSHDs and 7200rpm HDDs lying around. Which would be better for ordinary day to day use? This person doesn't play games and doesn't transfer a lot of large files often. Just internet usage and occasional movies. The options I have are 1 used Seagate SSHD with 5400 rpm speed ST500LM000 and 2 new HGST HDD 7200 rpms HTS725050A7 or new Toshiba HDD 7200 rpm MQ01ACF050 According to userbenchmark, the HDD is effectively faster as sequential read/write is weighted much more heavily. But youtube reviews/tests seem to prefer the SSHD. According to Seagate, their SSHD is better no surprise? Last edited Oct 17, 2018 2 Those seagates have never really been reliable at all... Either go full ssd or go home. If an ssd is not an option then take the Toshiba. Their drives are pretty good 3 SSHDs are like a oversize cache cost solution. Bulk of operations will still be reliant on how fast the platter rotates and head actuates. Since they aint gaming, go with the cheapest option which is the Toshiba Drive, which still has a faster rotation than the Seagate. 4 Those seagates have never really been reliable at all... Either go full ssd or go home. If an ssd is not an option then take the Toshiba. Their drives are pretty good Are you saying seagates in general are unreliable or just their SSHDs are reliable? When you say unreliable, do you mean high failure rates? I already have these SSHDs and HDDs. SSHDs are like a oversize cache cost solution. Bulk of operations will still be reliant on how fast the platter rotates and head actuates. Since they aint gaming, go with the cheapest option which is the Toshiba Drive Cost is not a factor because I already have both lying around. Which is better in real world applications for a person who just browses Google Chrome and uses a few programs like media player and microsoft office? We're not dealing with a lot of large files here so these commonly used programs should be on the SSD cache right? 5 Are you saying seagates in general are unreliable or just their SSHDs are reliable? When you say unreliable, do you mean high failure rates? I already have these SSHDs and HDDs. Cost is not a factor because I already have both lying around. Drop the 5400 in and call it a day. The only way a 7200 drive gets better is when a 7200 sshd is in place. Drawback of a 7200 drive over a 5400 is power. 6 Of those choices, I would go with 7200 RPM. Moderately fast and reliable. The SSHD has 8 GB of moderately fast data access followed by 500 GB of painfully slow. If you hammer an SSHD with a lot of operations, that painfully slow will rear its ugly head. 7 Of those choices, I would go with 7200 RPM. Moderately fast and reliable. The SSHD has 8 GB of moderately fast data access followed by 500 GB of painfully slow. If you hammer an SSHD with a lot of operations, that painfully slow will rear its ugly head. Not that bad for a general purpose laptop, only bad for a Gaming unit 8 Question is what OS are you going to be running? Windows 10? if so you need the fastest drive possible as its a dog of an OS when its run on a 5400 or even any type of Mechanical Hard Drive, but between the two id go 7200 for sure. If its Windows 7 you can get away with running it on ether 5400 or 7200 but again the 7200 would be still the better choice regardless. If you can afford it and im sure you could if you live in USA and your running Windows 10 on it then go get a $35 SSD and your golden. Personally I wouldnt go for any of those Drives, Seagate, Toshiba and HGST have all bad reps, I see them come through my shop dead all the time, go WD if you want a good Mechanical HDD WD BLACK , or a known name branded SSD. 9 Question is what OS are you going to be running? Windows 10? if so you need the fastest drive possible as its a dog of an OS when its run on a 5400 or even any type of Mechanical Hard Drive, but between the two id go 7200 for sure. If its Windows 7 you can get away with running it on ether 5400 or 7200 but again the 7200 would be still the better choice regardless. If you can afford it and im sure you could if you live in USA and your running Windows 10 on it then go get a $35 SSD and your golden. Personally I wouldnt go for any of those Drives, Seagate, Toshiba and HGST have all bad reps, I see them come through my shop dead all the time, go WD if you want a good Mechanical HDD WD BLACK , or a known name branded SSD. Here is a comprehensive list. 10 Question is what OS are you going to be running? Windows 10? if so you need the fastest drive possible as its a dog of an OS when its run on a 5400 or even any type of Mechanical Hard Drive, but between the two id go 7200 for sure. If its Windows 7 you can get away with running it on ether 5400 or 7200 but again the 7200 would be still the better choice regardless. If you can afford it and im sure you could if you live in USA and your running Windows 10 on it then go get a $35 SSD and your golden. Personally I wouldnt go for any of those Drives, Seagate, Toshiba and HGST have all bad reps, I see them come through my shop dead all the time, go WD if you want a good Mechanical HDD WD BLACK , or a known name branded SSD. 1 Wouldn't running the OS be faster on the SSHD cache? 2 W7 3 Backblaze statistics show Toshiba and HGST both had comparable or lower rates of failure than Western Digital drives...and HGST has been owned by WD for a while anyways. Last edited Oct 17, 2018 11 I would say generally mechanical hdd in laptop fail pretty quickly with heavy use. I have an acer laptop with Toshiba HDD yet that drive fail. HDD are not really tolerant to heat and shock of carrying day to day at least from my experience. Laptop drive bay design and shock reducing features do play a part., despite that from my experience looking at laptop with even good hdd protection features like a Fujitsu, they do start showing smart errors. If they are just used for home use, they would be fine I guess. I would not say HDD is that slow, they are pretty tolerable for normal use though you do feel the speed difference. I would generally recommend ssd nowadays even the very cheap ones with lower capacity they are superior for laptop use. The HDD use for storage instead be it putting in into an external drive case or using a cd drive caddy in a laptop if you have one. Taking out the cd drive and using an adapter to install a hdd into the cd drive slot. 12 OS after few tries will get faster - sure if files it uses frequently are located in SS part of that SSHD. Problems will start when cache gets full after few days. After that time, doing any file transfers or operations outside of it will be slower than on 7200RPM drive. Also, If your mom/sister likes to watch movies few times in a row or go back to fav. ones few times a week, they will be transfered to fast cache at some point - which will be awesome for their performance, don't you think ? 13 1 Wouldn't running the OS be faster on the SSHD cache? 2 W7 3 Backblaze statistics show Toshiba and HGST both had comparable or lower rates of failure than Western Digital drives...and HGST has been owned by WD for a while anyways. SSHD would be faster yes, but again no where near as fast as a SSD. Windows 7? then you should be fine honestly, any 7200RPM drive will run it fine and at a descent speed, doesnt really require and SSD it be just a bonus really. Yeah I dont go by those stats at all as its to inconsistent, need it to be equal amount of drives, more drives you have the lesser the failure rate is going to show, its not an accurate test. and this has been shown over and over again year by year. WD might "own" them but they are still a completely different company/factory, dont get confused by that Yeah I dont go by those stats at all as its to inconsistent, need it to be equal amount of drives, more drives you have the lesser the failure rate is going to show, its not an accurate test. 14 SSHD would be faster yes, but again no where near as fast as a SSD. Windows 7? then you should be fine honestly, any 7200RPM drive will run it fine and at a descent speed, doesnt really require and SSD it be just a bonus really. Yes, a SSD is going to be faster than an SSHD or an HDD. But I have a spare SSHD and a spare HDD on hand to use for this old and cheap laptop. I don't have a spare SSD on hand for this unless someone wants to trade me an SSD for my SSHD. Is Windows 10 that much slower than Windows 7 when running on a harddrive? Yeah I dont go by those stats at all as its to inconsistent, need it to be equal amount of drives, more drives you have the lesser the failure rate is going to show, its not an accurate test. and this has been shown over and over again year by year. WD might "own" them but they are still a completely different company/factory, dont get confused by that Yeah I dont go by those stats at all as its to inconsistent, need it to be equal amount of drives, more drives you have the lesser the failure rate is going to show, its not an accurate test. Backblaze has other test years too with more WD vs HGST and Toshiba harddrives. In the 2015 test for example, 1046x WDC WD30EFRX 3TB drives had a failure rate while 1000x HGST HDS723030 3TB drives had a failure rate. In Q4 2016, the WDC 3TB had a failure rate out of 1105x drives, while the HGST HDS72... 3TB had a failure rate of out of 978x drives. According to the charts, more drives does not necessarily equal less failure rate. After you get past a certain number, the extremely lucky and extremely unlucky drives will no longer skewer the average very much, and some very high drive count models have high failure rates while others do not. Seagate had the most drive in 2016 yet the 2nd highest failure rate at Toshiba had the least number of drives at 237 yet a middle-failure rate of HGST had the 2nd most drives yet the lowest failure rate at .60%, and WDC had a higher failure rate as well. In the 2013-2016 chart here, It seems that WDC's 3TB Red series with 1102 drives had a high failure rate at HGST's 3TB drive 1027 drives, had a failure rate less than half that of What Backblaze statistics seems to tell us that model of the harddrive matters more than brands. Some brands such as Seagate have both really good models with low failure failure out of 1889 drives and really bad models with high failures failure out of 4247 drives. The best model of the series seems to be HGST's HDS5C4040BLE640 with drives that only have a failure rate. Last edited Oct 17, 2018 15 Yes, a SSD is going to be faster than an SSHD or an HDD. But I have a spare SSHD and a spare HDD on hand to use for this old and cheap laptop. I don't have a spare SSD on hand for this unless someone wants to trade me an SSD for my SSHD. Is Windows 10 that much slower than Windows 7 when running on a harddrive? Yes it is a big difference, I have experienced this multiple times with many many Clients and my own computers, 10 is very slow on a Mechanical HDD compared to 7. According to the charts, more drives does not necessarily equal less failure rate. No not failure rate but the percentage is less and thats what they are showing, a percentage. More HDD's the less the percentage is. I have been building and doing upgrades and working on peoples computers for almost 15yrs with a base of up to 100 000 people and I havent had to return 1 WD Black hard drive or WD Raptor yet because of normal failure. Ive seen WD Greens and Blues die, but no where near as many as HSGT, Seagate or Toshiba Drives. In the real world you get what you pay for, get a WD Black with 5 yr warranty and you wont regret it, there is a reason why they have 5yr warranty on them. 16 I would ask different question Who the f... in the world did come with an idea to design 5400RPM SSHDD in the first place?! 5400rpm and sshdd both contradict each others' purposes. If the only thing you care about is speed then go with sshdd, otherwise go with anything but seagate. Forgetting backblaze's stats from personal experience i had more failed seagate hdds than from any other manufacturer. 17 Normally I'd stay away from SSHDD and go full SSD but since you want to use what you already have, why not give it a try? Since as you stated, it's for a laptop that will typically see only internet usage and movies, most of what your family member does should be able to fit into the SSD cache portion of that drive. Also, since you have the mechanical drives in hand as well, use one of them to clone the SSHDD and you'll be fine if there's any mechanical failures. Hell, in that instance you could even swap between the drives to see what they prefer which in the end is the most important opinion of them all. Edit Just remember to use the SSHDD in a "normal" manner so it caches what is most accessed by your everyday behavior before truly evaluating its performance. 18 Go ssd or go home If this is not an option, go with the 7200 hdd....especially for the uses you state and since the machine will most likely be plugged in most of the time, the difference in power draw won't matter.... 19 I'd say go with the SSHD. Even at 5400RPM, for normal uses the SSHD will give a better experience than a 7200RPM drive. Plus, if they run the computer off battery the lower power draw of the 5400RPM drive will make the battery last longer. I used one of these 5400RPM SSHDs as a main drive in one of my desktop PCs for the longest time and it worked quite well. Basic tasks like browsing the web, youtube, and Office were much snappier than the 7200RPM hard drive the SSHD replaced. Though, not where near an SSD. Dropping a $30 SSD in a machine as the system drive is one of the best things you can do to wake an older machine up. I would ask different question Who the f... in the world did come with an idea to design 5400RPM SSHDD in the first place?! 5400rpm and sshdd both contradict each others' purposes. All the SSHDs were originally 5400RPM, even WD's. They were done as a compromise for laptop users to still give them the battery life of a 5400RPM drive, but boost the performance. It works quite well in practice actually. 20 If your having to buy these drives new, skip both of them and as many have said above, get a full SSD. Messing about with HDs and SSHDs in a laptop isn't worth the hassle and with the cost of a 120Gb or 240Gb or even 480Gb SSD now being as cheap as they are, I'd never consider even thinking about it and just grab one. Doesn't really matter as such on the make of SSD as any will be much better than a standard SSD or SSHD. Windows 10 on a HD is painful, had one in my laptop, got rid of it even though it was 8 times the size of the SSD I have put in its place 2Tb v 250Gb or something near to 21 So 1/3 of the people here are telling me to use the 5400rpm SSHDs, 1/3 here are telling me to use the 7200 rpm HDDs, and the other 1/3 are telling me to buy a SSD even though I already have the HDD/SSHD on hand. Last edited Oct 17, 2018 22 In that case, do a coin toss between 5400RPM and 7200RPM. Winner gets the job 23 Yes it is a big difference, I have experienced this multiple times with many many Clients and my own computers, 10 is very slow on a Mechanical HDD compared to 7. No not failure rate but the percentage is less and thats what they are showing, a percentage. More HDD's the less the percentage is. I have been building and doing upgrades and working on peoples computers for almost 15yrs with a base of up to 100 000 people and I havent had to return 1 WD Black hard drive or WD Raptor yet because of normal failure. Ive seen WD Greens and Blues die, but no where near as many as HSGT, Seagate or Toshiba Drives. In the real world you get what you pay for, get a WD Black with 5 yr warranty and you wont regret it, there is a reason why they have 5yr warranty on them. Cool story bro, been doing this 20 I would ask different question Who the f... in the world did come with an idea to design 5400RPM SSHDD in the first place?! 5400rpm and sshdd both contradict each others' purposes. If the only thing you care about is speed then go with sshdd, otherwise go with anything but seagate. Forgetting backblaze's stats from personal experience i had more failed seagate hdds than from any other manufacturer. Low cost solution. Bluescreendeath just drop the 5400RPM in and call it a day, it's a general purpose laptop, not specializing in anything, battery life will be more important than super performance. Last edited Oct 17, 2018 24 MQ01ACF050 only has a 16 MB cache which is ridiculously tiny. I wouldn't use that one at all. HTS725050A7 has better sequential performance, lower power consumption, and likely better reliability don't have to worry about MLC wear. ST500LM000 has better random access performance. 25 If you aren't doing too many writes SSHD is the better solution, 7200 rpm drive if you need to write lots of data. Of course I'd suggest a cheap TLC drive, if storage space isn't an issue & price isn't a major concern. Sementara kebanyakan orang akan mengabaikan hard drive, mereka adalah pilihan yang tepat untuk menyimpan informasi yang sangat besar. Meskipun hard drive sekarang dapat berputar hingga 15000 RPM, drive yang paling umum untuk desktop dan laptop adalah antara 5400 dan 7200 RPM. Pengambilan KunciHard drive 7200 RPM memiliki kecepatan baca/tulis yang lebih cepat daripada drive 5400 drive 5400 RPM mengkonsumsi lebih sedikit daya dan menghasilkan lebih sedikit panas daripada drive 7200 drive 7200 RPM lebih baik untuk tugas-tugas intensif kinerja; Drive 5400 RPM cocok untuk pengguna yang sadar drive 7200 RPM memutar piringannya 50% lebih cepat daripada drive 5400 RPM, yang berarti dapat membaca dan menulis data lebih cepat. Ini membuat drive 7200 RPM lebih cocok untuk tugas yang membutuhkan transfer data berkecepatan tinggi. Drive 5400 RPM lebih lambat dan mungkin lebih cocok untuk penggunaan komputer menyimpan artikel ini untuk nanti? Klik hati di pojok kanan bawah untuk menyimpan ke kotak artikel Anda sendiri!5400 RPM adalah hard drive yang menawarkan kecepatan transfer file yang lebih lambat. Namun, mereka menggunakan lebih sedikit daya yang juga berarti bahwa mereka menggunakan lebih sedikit panas dan memberikan operasi yang lebih juga lebih terjangkau. Drive 5400 RPM direkomendasikan jika Anda ingin bekerja dengan daya rendah Server. Hard drive 7200 RPM memungkinkan sistem operasi atau program Anda berfungsi lebih cepat dan dengan cara yang lebih efisien. Jadi, lebih cocok bagi Anda yang ingin menjalankan aplikasi HDD atau menginstal sistem operasi. Keuntungan dari hard disk 7200 RPM adalah kinerjanya yang luar biasa. Hard drive 7200 RPM biasanya cenderung mengungguli hard drive 5400 RPM. Tabel perbandinganParameter Perbandingan 5400 RPM Hard Drive7200 RPM Hard DriveCocok untuk Untuk menjalankan sistem operasi, jalankan program lebih cepat, dan transfer file. Menyimpan file besar, performa lebih baik. Kecepatan Baca dan Tulis 100 MB / s 120 MB / s Biaya Lebih murah Lebih mahal Mempercepat Lebih lambat Sekitar 20 hingga 33% lebih cepat. Konsumsi daya kurang More Panas Menghasilkan lebih sedikit panas Menciptakan lebih banyak panas. Keuntungan Umur lebih panjang, kebisingan rendah, dll. Kinerja tinggi Apa itu 5400 RPM Hard Drive? Hard drive dengan putaran rata-rata 5400 RPM paling cocok untuk kebutuhan berjalan sistem operasi, menjalankan program lebih cepat, mentransfer file, dll. Kecepatan rotasi yang lebih tinggi pada hard drive dapat mengurangi penundaan rotasi rata-rata dan waktu baca dan tulis yang sebenarnya,tetapi juga memiliki kelemahan yang dapat dilihat dalam bentuk peningkatan temperatur, peningkatan keausan motor spindle, peningkatan kebisingan operasi, dan sebagainya. Salah satu keuntungan terbesar dari hard drive 5400 RPM adalah relatif lebih terjangkau, yang artinya sangat populer di kalangan pelajar dan ini mungkin tidak populer di kalangan profesional karena kecepatannya lebih lambat, dengan kecepatan baca dan tulis rata-rata 100 MB/s. Pengurangan konsumsi energi, keluaran panas yang kecil, kebisingan yang rendah, dan masa pakai yang lebih lama merupakan keuntungan dari hard disk 5400 RPM. Kecepatan rotasi yang lebih tinggi pada hard drive dapat mengurangi penundaan rotasi rata-rata dan waktu baca dan tulis yang sebenarnya. Teknologi SSHD generasi ketiga dibangun di atas HDD 5,400 RPM Platform dan mengungguli produk generasi sebelumnya, yang dibangun di atas platform HDD 7,200 RPM. Notebook biasanya menggunakan hard drive 5400 RPM karena pembuangan panas dan persyaratan portabilitas. Jika semua kondisi lain tetap konstan, waktu pengoperasian baterai akan berkurang. Itu dilihat sebagai pilihan yang layak untuk menyimpan file besar. Apa itu 7200 RPM Hard Drive? Secara historis, hard drive 7200 RPM menawarkan kecepatan baca dan tulis yang cepat dan lebih cocok untuk menjalankan sistem operasi, menjalankan aplikasi dengan cepat, dan mentransfer file. Hard drive 7200 RPM memiliki kelemahan tertentu. Hal utama yang memengaruhi keputusan seseorang adalah harganya lebih faktor lainnya adalah mereka membutuhkan lebih banyak daya, menghasilkan lebih banyak panas, lebih berisik, dll. Umurnya juga, rata-rata, lebih pendek daripada hard drive dengan RPM lebih rendah. Drive 7,200 RPM akan mengirimkan data sekitar 20% hingga 33% lebih cepat daripada drive 5,400 RPM. Akibatnya, parameter ini sangat penting saat menentukan kinerja hard disk yang diproyeksikan atau membandingkan model HDD yang berbeda. Selain itu, hard drive 7200 rpm menghasilkan kebisingan yang lebih besar daripada hard drive 5400 rpm. Jika Anda hanya memiliki satu atau dua hard disk, ini mungkin bukan masalah yang jika Anda memiliki beberapa hal yang beroperasi pada saat yang sama, kebisingan kumulatif bisa sangat ditambah dengan konsumsi daya yang lebih rendah, adalah salah satu alasan mengapa beberapa server lebih memilih hard drive 5400 rpm daripada hard drive 7200 rpm. Kecepatan putarannya lebih cepat dibandingkan hard disk dengan kecepatan putaran 5400 RPM. Kecepatan baca dan tulis 7200 RPM rata-rata 120 MB/s, sedangkan kecepatan 5400 RPM adalah 100 MB/s. Perbedaan Utama Antara 5400 dan 7200 RPM Hard DrivesHard drive 5400 RPM paling cocok untuk individu yang ingin menjalankan sistem operasi, menjalankan program lebih cepat, dan mentransfer file dengan lebih efisien. Di sisi lain, hard drive 7200 RPM paling cocok untuk individu yang mencari file besar, performa lebih baik, dan kecepatan lebih cepat. Kecepatan baca dan tulis rata-rata 5400 RPM adalah 100 MB/dtk, sedangkan kecepatan baca dan tulis rata-rata 7200 RPM adalah 120 MB/dtk. 7200 RPM lebih mahal, sedangkan hard drive 5400 RPM cenderung lebih terjangkau. Kecepatan keseluruhan hard drive 5400 RPM lebih lambat dibandingkan dengan hard drive 7200 RPM yang cenderung sekitar 20% hingga 33% lebih cepat. Konsumsi daya hard drive 7200 RPM secara komparatif lebih dari hard drive 5400 RPM. 5400 RPM menghasilkan jumlah panas yang lebih sedikit dibandingkan dengan 7200 RPM. Beberapa keuntungan dari 5400 RPM termasuk masa pakai yang lebih lama, kebisingan rendah, dll. Beberapa keuntungan dari 7200 RPM adalah kinerjanya yang tinggi. Referensi Sandeep Bhandari meraih gelar Bachelor of Engineering in Computers dari Thapar University 2006. Beliau memiliki pengalaman selama 20 tahun di bidang teknologi. Dia memiliki minat dalam berbagai bidang teknis, termasuk sistem database, jaringan komputer, dan pemrograman. Anda dapat membaca lebih lanjut tentang dia di nya halaman bio. Lokasi halaman Beranda RacikPC Seputar Hardware Test Perbedaan Kecepatan Harddisk 7200rpm & 5400rpm Benarkah Loading Game dan Transfer Data Lebih Cepat? WD Blue vs Seagate Barracuda Benarkah jika Harddisk 7200rpm lebih ngebut dan lebih kencang ketimbang HDD 5400rpm? terutama ketika diajak untuk transfer file maupun loading game? Apakah layak jika kita lebih memilih HDD 7200rpm untuk dibeli dan digunakan pada PC? Untuk menjawab semua pertanyaan tersebut, sengaja sudah admin buatkan artikelnya berikut ini. Silahkan dibaca hingga selesai. Test Perbedaan Kecepatan Harddisk 7200rpm & 5400rpm Benarkah Loading Game dan Transfer Data Lebih Cepat? WD Blue vs Seagate Barracuda Test Perbedaan Kecepatan Harddisk 7200rpm & 5400rpm Benarkah Loading Game dan Transfer Data Lebih Cepat? WD Blue vs Seagate Barracuda Harddisk adalah media penyimpanan data yang sangat populer, bahkan sebagai media penyimpanan pada komputer yang paling lama gunakan. Harddisk sudah banyak mengalami perkembangan. Mulai dari user Interfacenya dari ATA ke SATA hingga kapasitas masih ingat, HDD pertama yang admin miliki berkapasitas 500GB buatan Hitachi yang merupakan Harddisk utama pada Laptop Toshiba M645. Kala itu HDD dengan kapasitas 500GB masih dianggap sebagai HDD berkapasitas besar, namun sekarang sudah banyak sekali HDD inchi yang bisa kamu temui berkapasitas hingga 2 TB. Selain HDD inchi, ada juga HDD setandar dengan ukuran inchi. Pernahkah kamu perhatikan jika pada sticker HDD tersebut terdapat indikator RPM? Misal 5400rpm atau 7200rpm? Apa sebenarnya RPM tersebut dan seberapa pengaruhnya pada sebuah HDD? RPM atau Rotation per Minute adalah banyaknya putaran yang bisa dihasilkan oleh perangkat keras cakram dalam waktu 1 menit. Harddisk atau HDD sendiri menggunakan RPM karena HDD menggunakan prinsip putaran cakram ketika membaca maupun menulis data. Logikanya semakin kencang dan semakin banyak putaran cakram HDD dalam satu menit, maka semakin tinggi juga kemampuan HDD tersebut untuk melakukan Read dan Write ini Screenshot perbandingan dari HDD 7200rmp dengan HDD 5400rpm Kalau kamu lihat memang terdapat perbedaan yang cukup signifikan antara HDD 7200rpm dengan yang 5400rpm. Bahkan bisa dibilang 2 kali lipatnya. Namun begitu, speed HDD 7200rpm tidak bisa menyaingi SSD yang punya kisaran di 500. Tap cukup lumayan ketimbang 5400rpm. Oh iya, HDD 7200rpm tersebut dari Seagate sedangkan yang 5400rpm dari WD Blue. Admin juga dulu sempat bingung mau pilih RPM HDD yang mana, 5400 atau 7200. Mengingat dari segi harga keduanya tidak terpaut jauh. Namun akhirnya admin memutuskan untuk memilih konfigurasi HDD 7200rpm untuk data installan game, sedangkan 5400rpm untuk data biasa. Pemilihan ini tidak lain karena admin ingin mengejar performa game ketika booting dan menjalankan game tersebut. Tapi Apakah Benar Jika HDD Yang Punya Kecepatan Putaran 7200rpm Akan Lebih Cepat Dalam Segala Hal? Terutama Ketika Diajak Untuk Transfer File Dan Juga Loading Game? Agar bisa mengetahui perbedaan dari kedua Harddisk tersebut, maka dari itu admin lakukan pengujian kecil sendiri, terlebih kebetulan admin punya 2 HDD tersebut yang sudah terpasang di PC saat ini. Percobaan pertama yang admin lakukan adalah dengan meng-copy sebuah data berupa file berukuran dari SSD Team Elite 256GB ke HDD WD Blue 5400rpm. Hasil yang admin dapatkan ialah waktu yang dibutuhkan untuk bisa menyelesaikan transfer file tersebut adalah menit, sedangkan untuk HDD 7200rp dari Seagate sendiri adalah dilihat jika terdapat perbedaan 39 detik antara HDD 5400rpm dan HDD 7200rpm. Kalau diperhatikan sih 39 detik memang tidak terlalu berarti, mengingat kita juga sering meninggalkan komputer kita proses transfer file kemudian melihatnya lagi ketika sudah selesai. Akan tetapi yang bisa admin dapatkan di sini adalah konsistensi. Yup, jadi Transfer rate HDD 7200rpm tampak lebih stabil dari pada HDD 5400rpm, dimana HDD 5400rpm terlihat hanya tinggi di awal saja speed transfernya kemudian mulai terjun dan terus. Pengujian terus admin lakukan pada game loading Game Assassin's Creed Origins dari segi booting dan juga loading game, dan hasil yang admin dapatkan tidak ada perbedaan jauh, bahkan dalam pengujian, HDD dari WD Blue dapat waktu booting yang lebih cepat ketimbang HDD 7200rpm dari Segeate. Untuk lebih lengkapnya soal hasil pengujian juga termasuk proses pengujiannya sendiri, bisa kamu tonton videonya di bawah ini Itulah yang admin bisa dapatkan dari pengujian kedua HDD tersebut. Mengingat harga dari kedua HDD baik itu yang 7200rpm dengan 5400rpm berada di rentang harga yang sama yaitu 900 ribu hingga 1 juta rupiah, maka sebenarnya tidak ada salahnya jika kamu memilih Harddisk yang 7200rpm. Sekian artikel admin kali tentang pengujian sederhana dari Harddisk 7200rpm dan 5400rpm. Jika ada yang keliru atau mungkin kamu punya saran silahkan tulis di kolom komentar, dan jangan lupa untuk +1, like dan bagikan. Salam admin Higher revolutions per minute represent a faster hard drive, but the rate of media transfer is just as important for data storage solutions. IBM gets the credit for inventing the concept of the hard disc drive HDD more than 50 years ago. Back then, HDD technology included washing machine-sized monstrosities with platters up to 14 inches in diameter spinning at a mere 1,200 revolutions per minute RPM. Since then, the industry has experienced dramatic innovation. The physical footprint of hard drives has continued to decrease while storage density and performance have dramatically increased. But even as hard drive technology has matured, the way of measuring the performance of new hard drive models has remained relatively consistent and closely related to two specificationsThe density of bits storage on the circular platters — called areal densityThe speed at which the platters rotate — called RPM The performance of a hard drive is most effectively measured by how fast data can be transferred from the spinning media platters through the read/write head and passed to a host computer. This is commonly referred to as data throughput and usually measured in gigabytes or gigabits per second. In either case, data throughput is directly related to how densely data is packed on the hard drive platters and how fast these platters spin. Comparing measurement methods For the areal density specification, we can measure data density on a hard drive in two ways bits per inch BPI and tracks per inch TPI. As tracks are placed closer together, TPI increases. Similarly, as data bits are placed closer and closer to each other along a track, BPI increases. Together, these represent areal density. As a rule, when areal density increases on a hard drive, so does data throughput performance. This is because the data bits pass by the read/write head of the hard drive faster, which leads to faster data rates. For the RPM specification, platters need to spin faster to increase performance in a hard drive. This results in moving the data bits past the read/write head faster, which results in higher data rates. Hard drives have been engineered with spin rates as low as 1,200 RPM and as high as 15K RPM. But today’s most common RPM rates, in both laptop and desktop PCs, are between 5,400 and 7,200 RPM. Given two identically designed hard drives with the same areal densities, a 7,200 RPM drive will deliver data about 33% faster than the 5,400 RPM drive. Consequently, this specification is important when evaluating the expected performance of a hard drive or when comparing different HDD models. Solid state hybrid drives make RPM largely irrelevant It’s no surprise that when many people begin evaluating the expected performance of the new solid state hybrid drive SSHD technology, they look at the RPM specification since an SSHD is basically an HDD with a bit of solid state technology integrated into the device. So RPM should still matter, right? The truth is, the RPM of an SSHD device is largely irrelevant. Here’s why SSHD design is based on identifying frequently used data and placing it in the solid state drive SSD or NAND flash portion of the drive. NAND flash media is very fast, partly because there are no moving parts — since it’s made of solid state circuitry. Therefore, when data is requested by host computers there is typically not a dependence on pulling this data directly from the spinning media in the hard drive portion. Sometimes, however, data will be requested that is not in the NAND flash, and only during these instances does the hard drive portion of the device become a bottleneck. Since the technology is so effective at identifying and storing frequently used data in the NAND area, SSHD technology is much more efficient in delivering data to a host computer quickly. This result may be clearly observed by comparing the PC Mark Vantage storage scores of second- and third-generation Seagate SSHD technology and traditional 5,400 and 7,200 RPM HDDs. Although third–generation SSHD technology is based on a 5,400 RPM HDD platform, the technology actually delivers faster performance than the previous generation product based on a 7,200 RPM HDD platform. Improvements in core SSHD technology and NAND flash systems explain such progress, and also exemplify why RPM is no longer as meaningful when evaluating SSHD technology. Summary When maximising the performance of your laptop computer, you don’t have to be bound by older storage technologies or performance criteria. Instead, let solid state hybrid drives take your digital lifestyle to a higher level. Nowadays, many users would like to use SSDs, but there are still some users prefer to use HDDs because of the lower price, larger capacity, etc. If you are one of them, you may be confused about 5400 RPM vs 7200 RPM hard drives. In this post, MiniTool will explain their differences to This Page About Rotation Speed RPM5400 RPM vs 7200 RPMAreal Density Is 7200 RPM HDD Really Faster than 5400 RPM HDD?Migrate OSBottom Line5400 RPM vs 7200 RPM FAQHow different is the 5400 RPM vs 7200 RPM performance in the latest drives? ... I understand that 5400RPM is quieter and more reliable than 7200, but it is also slower or should be slower... However, when I looked at the drives for sale, I saw that a Seagate Barracuda 2TB at 7200RPM is about the same price as a Western Digital Blue 2TB 5400RPM... Which one should I buy? - Many users report in forums that they don't know how to choose from 5400 RPM and 7200 RPM hard drives. If you are facing this problem, too, please read on to get answers. About Rotation Speed RPM As we all know, the HDD is mainly composed of parts like platters, read-write heads, a motor spindle, etc. All the platters are mounted on the motor spindle in parallel and each storage surface of platters is equipped with a magnetic head. The magnetic heads move along the radial direction of the platters, coupled with the high-speed rotation of the platters at several thousand revolutions per minute RPM, so that the magnetic heads can be positioned at a specified position on the platter for reading and writing data. Therefore, the rotation speed is that of the motor spindle in the HDDs, which also stands for the maximum number of revolutions that the platters can complete in one minute. In general, the faster the rotation speed, the faster the hard disk can find files, and the higher the transmission speed of the hard disk. Therefore, the rotation speed largely determines the speed of the hard disk. Detailed Introduction to Hard Disk - Learn About It Now 5400 RPM vs 7200 RPM Currently, the speed of disks can be as high as 15,000 RPM. High-speed hard drives like 10,000 RPM hard drives are generally used in servers and the rotation speed of ordinary hard drives for home use is generally 5400 RPM or 7200 RPM. In this part, I will explain 5400 vs 7200 RPM hard drives to you. 7200 RPM Hard Drives' Advantage 7200 RPM hard drives' advantage is the high performance. Typically, the more the hard drive RPM, the faster the hard disk. Therefore, 7200 RPM hard drives are usually faster than 5400 RPM hard drives. For a 7200 RPM hard drive, the time required for each revolution is 60 × 1000 ÷ 7200 = milliseconds, and the average rotation latency time is ÷ 2 = milliseconds. For a 5400 RPM hard drive, its average rotation latency time is 60 × 1000 ÷ 5400 ÷ 2 = milliseconds. Note The average rotation latency time specifically refers to the average value of the time it takes for the hard disk to rotate the platters so that the sector to be read goes under the read-write head. In terms of rotation speed, 7200 RPM is at least 15% faster than 5400 RPM hard drives. Of course, these are just theoretical numbers. The actual hard drive speed is also affected by many other factors. In addition, the gap between the 7200 RPM hard drives and the 5400 RPM hard drives is not significant in terms of sequential read and write capabilities. The part that best reflects the performance gap between them is the random read and write capabilities, which affect the read and write speed for fragmented files and program startup speed. Therefore, if you want to install OS or run programs on HDDs, you should choose 7200 RPM hard drives, which can make your OS or programs run faster. Note 7200 RPM hard drives can't perform as well as SSDs. Therefore, if you have enough money, I still recommend you to install OS or run programs on an SSD. Click HDD vs SSD to know more. 5400 RPM Hard Drives' Advantages 5400 RPM hard drives' advantages are low energy consumption, low heat production, low noise, and longer lifespan. Higher rotation speed can shorten the average rotation latency time and actual read and write time of the hard disk, but it also brings negative effects such as temperature increase, increased motor spindle wear, increased working noise, etc. At the same time, if other factors remain unchanged, the increasing rotation speed means that the power consumption of the motor will increase, the more electricity is consumed per unit time, and the working time of the battery will be shortened. Therefore, from these aspects, 5400 RPM hard drives are superior to 7200 RPM hard drives. If you just use HDDs to back up data, 5400 RPM hard drives are enough capable of that. Note Due to heat dissipation and portability requirements, notebooks generally use 5400 RPM hard drives. 7200 RPM hard drives are mostly used on desktops. Of course, if your laptop has good cooling performance, you can also install a 7200 RPM hard drive on it. Areal Density Is 7200 RPM HDD Really Faster than 5400 RPM HDD? When you measure the performance of a hard drive, apart from the RPM, you should also take areal density into consideration. Areal density refers to the density of bits storage on the circular platters. When areal density increases on a hard drive, the data becomes more compact. The more compact the data, the quicker the head can get from bit to bit to read and write data. Therefore, data throughput performance improves. In this part, I will introduce some areal density technologies to you. LMR vs PMR In LMR Longitudinal Magnetic Recording mode, the magnetization direction of the medium is parallel to the platter surface and follows the track. This method has a disadvantage of occupying a relatively large area. In addition, when the magnetic particles are too small and are too close to each other, the magnetism is easily susceptible to thermal energy interference, which causes the magnetic particles disoriented. Therefore, in the era of LMR, the magnetic density was relatively lower. To solve this problem, PMR Perpendicular Magnetic Recording comes out. In PMR, the magnetization direction of the medium is perpendicular to the platter surface, increasing the areal density. In addition, scientists have also used heat assisted magnetic recording technology to improve the ability to write information at high densities. With the help of PMR, the areal density is increased greatly. This is also why some 5400 RPM hard drives are faster than 7200 RPM hard drives. CMR vs SMR PMR HDD is also called as CMR Conventional Magnetic Recording HDD. CMR HDD adopts typical PMR technology, making the magnetization direction of the data bit perpendicular to the platters so as to increase the areal density. In CMR PMR, the write tracks are closely juxtaposed but do not overlap. The read and write functions of the magnetic head of the HDD are separated. Generally speaking, the write magnetic head is usually larger than the read magnetic head, because the read operation does not require any modification to the magnetic medium while the write magnetic head applies a strong magnetic field to flip the magnetic medium. In PMR mode, the width of the write head determines the number of tracks on the platters. Therefore, if HDD suppliers want to increase the magnetic recording density, they will reduce the size of the write head to the physical limit as much as possible. However, due to physical limitations, the track width and the size of the write head can only be reduced to a certain extent. To continuously increase the storage per disk areal density, SMR Shingled Magnetic Recording comes out, which can be seen as an extension of PMR technology. But unlike CMR conventional PMR, which does not allow tracks to overlap each other, SMR writes new tracks that overlap part of the previously written magnetic track, leaving the previous track narrower and allowing for higher track density. The read head can still read data from the uncovered portion of the track. But when randomly write or overwrite data in place, the writing process will be slowed down since writing to one track will overwrite adjacent tracks, and require them to be rewritten as well because part of the previously written magnetic track is overlapped. If your hard drive is a SMR HDD, you can use it to archive files, but I advise you not to run the system or program on it, or frequently do other write operations on it. Note Whether you buy a 5400 RPM or 7200 RPM hard drive, please consult customer service before buying to avoid SMR and LMR drives. If there are two drives using PMR, the 7200 RPM drive is better than the 5400 RPM drive. Migrate OS If you want to migrate your computer's operating system to a 5400 RPM or 7200 RPM hard drive, you can do that by virtue of Migrate OS to SSD/HD feature of MiniTool Partition Wizard. Please refer to the following steps Buy Now Step1 Click the above button to download MiniTool Partition Wizard. Then, launch this tool to get its main interface and then click on Migrate OS to SSD/HDD in the toolbar. Step2 Choose the right method to migrate the system disk and click Next. Step 3 Choose a target disk to migrate Windows 10 to and click Next. Then, a warning window will pop up. Read it and click Yes. Step 4 Choose right copy options and adjust the target disk layout, and then click Next. Note If the original disk is an MBR disk, while you want to make the target disk a GPT drive, you should check "Use GUID partition table for the target disk". However, this feature is not free. Click MBR vs GPT to know more. Step 5 Read the note and click Finish, then click Apply on the toolbar to execute the pending operations. Step 6 MiniTool Partition Wizard will ask for a reboot. Click Restart Now. Enter the firmware to configure BIOS setting when finished. Are 7200 rpm drives faster than 5400? Is more RPM on a hard drive better? You can get answers in this post. I hope it can help to Tweet Bottom Line Has this post answered your doubts about 5400 RPM vs 7200 RPM? If you have other ideas about 5400 vs 7200 RPM, please leave a comment below. If you have difficulty in migrating OS, please contact us via [email protected] or leave your question below. We will reply to you as soon as possible. 5400 RPM vs 7200 RPM FAQ Are 7200 RPM drives faster than 5400? Without considering areal density, 7200 RPM hard drives are certainly faster than 5400 RPM hard drives, because the more the hard drive RPM, typically, the faster the hard disk. However, if taking areal density into consideration, the answer is uncertain. Is more RPM on a hard drive better? More hard drive RPM usually means faster the hard disk. But higher RPM also brings negative effects such as temperature increase, increased motor spindle wear, increased working noise, etc. Are 5400 RPM drives more reliable? From aspects like lifespan and durability, 5400 RPM drives are usually more reliable than 7200 RPM drives.

perbedaan hdd 5400rpm dengan 7200rpm