I'm not used to being in the majority, but it looks like a lot of people here agree with me. If you track what is going on in the gaming PC space you see that the case manufacturers are starting to add slots for 2.5" devices. Their customers are demanding SSD's because they have figured out that they provide a major performance boost for disk I/O, especially on boot times.
Does that translate to use by sane people? :-) At current prices, maybe not. But I have been running one in my main machine for a few months now. I am getting used to clicking on Outlook and having it come up practically instantly. I am spec'ing out a new HTPC right now and planning on an SSD boot drive (quiet, fast, and low power). I will be complementing it with a 2TB hard drive, though. I may be crazy but I'm not stupid.
The error is in thinking of it as 'either-or'. SSD's will replace mechanicals in some applications, but will generally complement them. The real gains will show up when they stop pretending to be traditional hard drives, though, and are directly supported by the OS.
Besides high performance, another big advantage of SSDs in a high-end datacenter environment is their well-characterized life cycle. Rotating media hard drives fail randomly, whereas SSDs have a predictable endurance profile The firmware can estimate how much of the write endurance budget remains. This enables reliable predictive maintenance schedule and cuts down weekend overtime for the harrowed system administrators.
Price is a big issue, in terms of whether or not there is a consumer business or market there. For myself, if I could get a 200GB SSD for $300-400, I'd buy it immediately, as replacement of the cranky HD now in my laptop. But such drives now retail for hundreds of dollars more. I'm biding my time, and I bet that many others are, too.
SSDs will come to share desktop PCs with HDDs.
My next PC will include a 128G SSD for OS and key apps, and a few TB of storage for media etc. However, the place where SSDs will make a big impact is laptops. My next laptop will be SSD only - I don't need TB of data on it. Also, my company is getting rid of the HDD from its media products and replacing it with SSD and HDD NASboxes
Yes. SSDs will be integrated maybe onto a single SOIC with PCIE/AHCI or SATA. not necessarily large, it is enough to hold C: drive contents (windows and apps). if the user needs bulk storage, they may have a NAS or a mechanical HDD can be added as drive D:
I agree too. However, Gartner thinks that 90 percent of all SSD makers will fail. That makes sense. There are too many SSD makers out there. The big guys (Intel, Samsung, etc.) will survive. These guys have fabs and controller technology.
Some say the guys with no fabs or controller technology will die. Agree or not?
Neither HDDs or SSDs are likely to die or become niche in the next ten years. In fact, both are likely to continue to expand as digital technology expands with new products and markets and both technologies improve.
I wrote a couple stories this week about the long term road map for HDDs. See http://www.eetimes.com/electronics-news/4206326/Decision-time-looms-for-hard-drive-makers
The upshot is drives have a major tech transition ahead in about 2015 and much is still uncertain. Still HDD makers have been through this sort or re-invention before, there are plenty of ideas on the table and drives are likely to continue costing a few pennies per Gbyte into the foreseeable future.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.