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7200rpmretrieves data much faster than the 5400rpm. No. An SSD retrieves data much faster. A 7200 RPM disk retrieves data very slightly faster. -2. level 1. KiloNiggaWatt. · 10y · edited 10y. You're probably gonna want to setup a RAID.

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.

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

You are using an out of date browser. It may not display this or other websites should upgrade or use an alternative browser. 1 If you were to use a 5400RPM or 7200RPM HDD for your bootup/primary drive with the OS on it, would it make a big difference in start up? I currently run games from a Samsung 5400RPM HDD and they load up pretty quick MUCH quicker than my 360 haha However I don't know how this would be with the OS. Cheers, Primordial genesis Aug 28, 2005 15,926 10 70,865 3 I don't need recommendations, I just need to know the difference between the 2 for the OS and primary drive. I'm currently am using a 500GB 7200RPM Drive and I have no complaints really for the start up, It is what it is, it's not painfully slow but it's not SSD like quick. I'll be leaving this 500GB Drive in here but taking out my 2TB 5400RPM Samsung HDD and that's why I'm asking, I'm thinking of using that as the primary drive. Jan 1, 2014 1,646 2 20,165 5 The higher the RPM, the quicker the drive is able to access and load files. Use the 7200RPM drive as the system drive and use the 5400RPM hard drive for games and all your other stuff files. Similar threads Advertising Cookies Policies Privacy Term & Conditions

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– Perbedaan HDD 5400 RPM dan 7200 RPM itu apa saja? RPM sendiri adalah singkatan dari revolusi per menit atau ada juga yang menyatakan sebagai rotasi per menit, di mana ini adalah banyaknya putaran yang didapat dalam satu menit putaran maksimal. Tentu saja Anda ingin memilih hardisk yang terbaik untuk keperluan komputer Anda. Apakah Anda tahu bahwa perbedaan kecepatan putaran dari hardisk 5400 RPM dan 7200 RPM dapat mempengaruhi harga, performa, putaran cakram, panas, dan konsumsi daya? Simak terus artikel ini untuk mengetahui perbedaan-perbedaannya. Perbedaan HDD 5400 RPM dan 7200 RPM Perbedaan Panas yang Dihasilkan Perbedaan Harga Salah satu faktor yang mempengaruhi keputusan Anda dalam membeli hardisk baru tentu saja harga. Namun, apakah Anda tahu bahwa perbedaan kecepatan putaran hardisk 5400 RPM dan 7200 RPM dapat mempengaruhi harga? Hardisk 7200 RPM cenderung lebih mahal dibandingkan dengan hardisk 5400 RPM yang setara merek dan fiturnya. Perbedaan Performa Selain harga, performa juga menjadi salah satu pertimbangan penting dalam memilih hardisk baru. Perbedaan kecepatan putaran antara hardisk 5400 RPM dan 7200 RPM dapat mempengaruhi performa hardisk tersebut. Hardisk 7200 RPM cenderung bekerja lebih baik dalam hal copy data atau proses kerja dibandingkan dengan hardisk 5400 RPM. Meskipun di beberapa pengujian, perbedaannya tidak terlalu signifikan. Perbedaan Putaran Cakram Perbedaan kecepatan putaran hardisk 5400 RPM dan 7200 RPM terletak pada putaran cakramnya. Hardisk 7200 RPM memiliki putaran cakram yang lebih kencang, yakni sebanyak 7200 putaran per menit dalam kerja maksimal. Sedangkan hardisk 5400 RPM hanya akan memiliki putaran 5400 kali per menit dalam kinerja maksimal. Perbedaan Panas yang Dihasilkan Panas yang dihasilkan oleh hardisk 7200 RPM cenderung lebih tinggi dibandingkan dengan hardisk 5400 RPM. Hal ini disebabkan oleh kecepatan putaran cakram yang lebih tinggi pada hardisk 7200 RPM. Oleh karena itu, Anda harus memastikan bahwa sistem pendingin pada komputer Anda berfungsi dengan baik untuk menghindari overheating. Perbedaan Konsumsi Daya Perbedaan kecepatan putaran hardisk 5400 RPM dan 7200 RPM juga mempengaruhi konsumsi dayanya. Hardisk 7200 RPM cenderung lebih boros listrik dibandingkan dengan hardisk 5400 RPM. Oleh karena itu, pastikan bahwa daya yang tersedia pada komputer Anda cukup untuk menangani hardisk 7200 RPM. Video Kesimpulan Itulah perbedaan antara HDD 5400 RPM dan 7200 RPM yang perlu kita ketahui sebelum memilih untuk membeli hardisk untuk kebutuhan komputasi kita. Terlepas dari perbedaan harga, performa, putaran cakram, panas yang dihasilkan, dan konsumsi daya, kita harus memilih hardisk yang paling sesuai dengan kebutuhan kita. Kita harus mempertimbangkan faktor-faktor tersebut dengan seksama dan teliti, sehingga kita tidak salah membeli hardisk yang nantinya justru merugikan kita. Oleh karena itu, penting bagi kita untuk selalu mengedepankan kebutuhan dan kualitas dalam memilih perangkat komputasi. Dengan begitu, kita akan mendapatkan performa dan kinerja komputasi yang optimal, serta dapat menjaga keamanan dan keandalan data kita. Jangan biarkan keputusan yang kita buat saat memilih hardisk menjadi penghalang untuk mencapai tujuan dan impian kita. Mari kita selalu berinovasi dan berkreasi dengan penuh semangat dan tekad untuk meraih kesuksesan dalam komputasi kita. VZ/RS Rivenes adalah penulis artikel yang sudah aktif sejak tahun 2016. Memiliki background sarjana dan telah mengikuti beberapa pelatihan digital marketing termasuk soal penulisan artikel. Hingga saat ini, tercatat sudah menulis lebih dari artikel.

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perbedaan hdd 5400rpm dengan 7200rpm