I know desktops are dying and are currently being replaced by tablets and mobile phones. But I believe they will last for another 10 years as they fill the vacuum between server and mobile phone where we need reasonably strong computing power and a big screen comfortable to the eyes. On the side note, in the long run, I predict many youngsters will develop arthritis, wrist/thumb issues and short sightedness as they relentlessly try to �break� the Corning�s gorilla glass while playing their game or replying messages.
Coming back to the topic, costs for desktop are dropping dramatically and it is realistic to buy a desktop (without a monitor) with a budget of S$600. If you have a comfortable budget for S$1,000, then you must consider adding a Solid State Disk (SSD) into your system to remove the biggest bottleneck of any computer. I also strong recommend this if you wish to upgrade your notebook hard disk. Let me share the generic advantages of SSD:
- Withstand shock and vibration because there are no mechanical parts. For a notebook, it implies you can drop notebook on the floor and your data is still intact;
- It saves power consumption as it draws only 1 Watt instead of 6-8 Watt (quite little as compared to 300 Watt video card);
- You enjoy faster startup or boot up speed; and
- Most importantly, your computer works faster.
How fast? Is SSD worth it?
If you are getting a low-end or budget PC, forget about SSD. But if you can chalk up S$1k, why not spend another $150 to speed up the slowest component of your desktop? The question is how fast?
If you take a standard 7200rpm HDD versus a low-end Intel X25-M SSD, you can see that SSD outperforms HDD in all aspects especially in random read speed.
HDD (Mbps) | SSD (Mbps) | SSD over HDD (times) | |
Sequential Read | 77 | 260 | 3.38 |
Sequential Write | 80 | 107 | 1.34 |
Random Read | 0.7 | 64 | 91.43 |
Random Write | 0.8 | 48 | 60 |
Now, sequential is useful for transfer, copy or move files of large size. The faster the sequential speed, the shorter you wait. Three time faster means time saving and you can feel it in real time. For operating system, the key indicator of a responsive system is RANDOM WRITE. SSD performs 60x faster so it is significant in real world.
All you need for a SSD is put an operating system (like Windows 7) into it. If you install a new Windows 7, you will notice you need approximately 12GB of space. However, Windows will grow due to its reserved space, restored point or buffers over time. You may also add frequently used applications for faster speed. Buffering what you need, you do not need 128GB or 240GB SSD. If you tap on cloud storage, 30GB or 40GB is sufficed. You can add 1TB or 3TB as additional storage. For notebook, you may want a bigger SSD as there is only one slot for 2.5� HDD.
What take the trouble of getting small SSD? The reason is simple � SSD is expensive.
Dell has an article about why they find SSD is too pricy and they offer no SSD online in Singapore. NAND flash pricing has dipped significantly over the years since the invention of usb drives and the popularity of iPhone, iPad and all NAND flash devices. The price point may remain stagnant due to the loyalties of the flash inventors as there is a minimum price point they are looking at. But the higher capacity flash will definitely be cheaper in the long run or the patent expires.
Web-Feet Research has been following on the trend of SSD and below is the summary:
Cents/MB | 2004 | 2005 | 2006 | 2007 | 2008 | 2009 | Diff |
HDD | 0.139 | 0.111 | 0.091 | 0.077 | 0.06 | 0.04 | 71.2% |
SSD | 34.7 | 18.6 | 9.6 | 5.1 | 2.6 | 1.2 | 96.5% |
*: Prediction
From 2004 to 2009, SSD�s pricing fell more than HDD�s. Still bigger HDD can never win SSD in any performance tests. So SSD has the unique selling point � better user experience. No tweaking or optimizing of any HDD can outperform a budget SSD.
Okay. What is the catch?
SSD has limited write cycles and frequent writes will kill it faster. Getting a SSD with trim working under a supportive operating system (ie Windows 7) which optimizes and recognizes SSD is important to prolong its life. Preventing excessive writes in SSD is also important so disabling restore point and saving files in C drive etc will definitely help.
After you have used SSD, there is no turning back or regret. I promise. All your programs are running in steroid mode! With SSD, it is faster with i5 over i7 (without SSD). Vice versa, the fastest graphic card cannot remove the bottleneck the HDD inherits. So get a SSD rather than i7 or the fast graphic card.
If you have some time or extra cash, you may like to pair 2 SSDs in RAID 0 for a 10 sec boot up. Meanwhile, download SSD Tweaker for easy configuration in Windows 7. Do share if you have other tips on SSD.
