NCA,
Without getting geeky, essentially the current Atom chips (
Clover Trail) you are likely referring to are a bit "hamstrung" in that they:
- are limited to 2 GB of RAM,
- address only up to 1366 x 768 screens,
- have a slow/limited graphics subsystem,
- and have a (relatively) slow type of "hard drive."
The upcoming "
Bay Trail" chips are improved in that they:
- allow up to 4 GB of RAM,
- allow higher resolution screens (1080p and beyond),
- basically "inherit" the Core i5/i7 graphics subsystem,
- and allow for a faster storage medium protocol
All of these improvements add up to a substantial increase in the "seat of the pants" feel of existing software. It is no secret that most appraisal programs that folks found to feel sluggish have not (yet?) been optimized for lower power systems, but I would expect that to change somewhat as time passes - perhaps faster once more people start using them and thus demand grows. It is sort of a "chicken and egg" thing - software shops have to pay attention to the top items first and generally, most shops need to address the largest number of paying customers first.
That said, in my own experience (using sample "prototype" hardware, not fully baked drivers and software, etc.) using a near future BayTrail device will feel like something between a fast Core i3 and a medium speed Core i5 Ivy Bridge (the series your i7 is from) device, but be in the thin, light and less expensive hardware category similar to the Lenovo ThinkPad Tablet 2 that I have covered in several posts. Pricing should start off about the same, perhaps even lower.
IF you ("one") are pushing the hardware beyond the scope of a true thin & light "companion) device - trying to make a $500 - $700 tablet performs like your desktop of yore - then you should not be surprised when it hits a brick wall sooner than you might like. Folks with heavier duty needs/desires will be better served by the devices with the new "Haswell" Core i5/i7 chips. Those chips bring just slightly better performance than last year's chips but something like a 50% efficiency gain. Remember that the screen itself is a huge power drain, so that new chip efficiency generally translates out to about a 25% - 30% increase in battery life, perhaps better in regular
pure work" scenarios vs. the typical battery life tests so popular with the non-business type reviewers (testing at 50% - 65% screen brightness, but running Wi-Fi streaming videos until it shuts down, etc.) Since most appraisers work more outside than the typical consumer-focused blogger/reviewer, their power draw profile can be very different - hence the seeming disparity in what some sites claim for battery life and what I am finding.
The good news is, though, that this next generation of devices are almost universally far superior than what we had to choose from 6 - 12 months ago
This is what I am finding and it matches up just as I had expected based on the technology used. In other words, it is not marketing hype, but perfectly predictable results based on the specs, the "science." The variable yet to come into focus is the actual mix of components and implementation of same in the actual shipping devices. Working with specs, engineering samples, beta software & drivers, etc. is one thing, but regular buyers have to deal with whatever a manufacturer actually ships into the retail channel. This is why I routinely suggest that folks refrain from being the first to pre-order a newly announced device. I am going to get the top devices anyway - it's something I do... I recommend that folks resist the urge to jump onto the devices announced at (say) the current and near future shows and let's just see how they actually perform vs. believe their marketing departments and/or some dweeb blogger who can't even spell "appraisal", much less know what you have to deal with in your daily life. In other words, a healthy dose of cynicism is warranted. Aren't we appraisers pretty much "hardwired" that way, anyway? ;-) I'm not exactly suggesting, in this regard, that folks here wander much outside their true nature anyway, LOL. I am (and have been), however, suggesting that they take a little bit of a "walk on the wild side" and actually purchase better equipment vs. the cheap crap they usually buy and then ***** when it doesn't perform like they imagined it would. My observation is that spending 10% - 20% more than "el cheapo" costs and applying it in the right areas will result in higher profitability. Stuff that lasts, stuff that lets them do their jobs with less fuss, etc. Appraisers rant about the amount of time their job duties eat up, then ignore a lot of the time spent futzing with stuff that underperforms and deal with all the time/hassles but still defend their low purchase price. Baffling... but predictable, LOL.
Now I know that you don't seem to fall into that last category. I still think, however, that you overspent (Core i7 instead of Core i5, etc.) Everyone is, of course, welcome to do as they see fit and only each person knows their own needs/situation the best. I am merely suggesting that folks understand the basics and be honest with themselves about what they need to do the job, be less susceptible to "the shiny object syndrome" and concentrate on "Value vs. Cost."
Just trying to help, and am not trying to be caustic, nor "holier than thou" - I suffer mightily from the shiny object thing ;-) but at least I know it, ha ha.
Regards,
-Randall Garrett-
..Apex Software..
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