Ultralight Convertibles Approaching Desktop Performance
MojoKid writes Laptops with fully articulating hinges are starting to show up from more vendors than just Lenovo, though the company certainly got some mileage out of their Yoga brand of machines. Now it appears HP is getting in on the action as well, with the new HP Spectre X360 that's powered by Intel's new Core i5-5200U Broadwell-based processor with integrated Intel HD 5500 series graphics, along with 8GB of DDR3-1600 memory, a 256GB Solid State Drive (a Samsung M.2 PCIe SSD), 802.11ac WiFi, and a 13.3" Full HD (1920x1080) multi-touch screen. The Spectre X360 has a geared and spring-assisted hinges. The hinges swing open easily, and then offer more resistance as the screen is moved into an upright position, or swung around into tent, stand, or tablet modes. What's also interesting about this new breed of convertibles, beyond just its ability to contort into tablet mode and various other angles, is that performance for these ultralight platforms is scaling up nicely, with faster, low-power processors and M.2 PCIe Solid State Drives offering up a very responsive experience and under 10 second boot times. It has gotten to the point that 3 pound and under notebooks feel every bit as nimble as desktop machines, at least for mainstream productivity and media consumption usage models.
If they will sell them without MS Windows (and the "secure" bios and so forth and so on) then I'll be interested.
It used to be that I could zip down to Staples and purchase a laptop, bring it home, format it, install my favourite Linux version, and life would go on.
The last time I tried that I spent TWO SOLID DAYS at Staples trying to find a laptop that would boot with my Linux "live cd" flash drive.
I guess that the next time I need a laptop I'll have to mail order it from one of the Linux Laptop vendors that advertise online if I want something that will work properly.
If you're a zombie and you know it, bite your friend!
So, I personally don't follow performance numbers too much these days, but I just went and did a comparison of this "new" system against my current desktop (most components are 4-5 years old inside)
Theirs:
http://www.cpubenchmark.net/cp...
http://www.videocardbenchmark....
Mine:
http://www.cpubenchmark.net/cp...
http://www.videocardbenchmark....
So, the thing barely tops my "ancient" (by today's standards) desktop computer for CPU performance. It has half the RAM (even my old 10" netbook has 8GB DDR3)
Really, I think I'll just label this article as another #Slashvertisement.
I love it, I really do. The specs on portables have come a long way from my first inspiron back in 2001. but plain and simple I dont ever see laptops competing with desktops. They both have their purposes. and they both excel at different things. A desktop should be powerful, have large/multiple screens. Sure the laptop is powerful enough now adays but you wont ever get the cooling you can with a desktop which limits what you can put in them.
So while approaching DT performance might be a proper analysis, i dont think laptops can replace desktops
have you seen my sig? there are many others like it but none that are the same
oh?
Here's a few black swans for you.
I have a stack of Dell Latitude laptops ranging from a CP PII/233 (A REAL COMPUTER) up to an Inspiron 8200 P4/2.0 (A REAL COMPUTER), that all use the same batteries. The youngest battery I have for them that still holds charge, is marked with an incept date of March 2006. The oldest battery I have is marked incept November 1999. It charges to 26% of nominal capacity and runs the CP for about twenty minutes. Replacements cost £36 a pop (in 2006) for the 4400mAh packs - from Dell.
My Asus EeePC 1008HA (A REAL COMPUTER) is four years old (purchased May 2011). The battery charges to 53% nominal and I get six hours out of that watching video. Replacement would cost about £35 - from Asus. But I'm not in a rush for that as I get to watch a couple movies on the train to Scotland without having to plug in.
My Toshiba (A REAL COMPUTER) is about the same age as the Asus (A REAL COMPUTER) (purchased March 2011). Battery is good for about three to four hours, don't know what it charges to - probably about 60% even though I totally abuse it. Replacement? No idea.
I can get practically any laptop keyboard for less than £50. They are necessarily built ot a much higher quality than desktop keyboards because for one thing they form part of the structure. A DECENT wireless keyboard (eg a Dell Bluetooth MM) costs about the same. You want to go cheap? Go nuts, tell me how long your £4 piece of shit Xenta or Kensington lasts.
FWIW I not only fixed computers on a daily basis from 2002-2008, I designed and built them as well. Even after retirement I still found myself designing, specifying orders and building the things. It's as much as thing as breathing once you've been touched by it, is PC design.
Political debates have me rolling my eyes so much I think I got optical whiplash. I should sue. - Foamy The Squirrel
Yes, laptops, even smartphones, are always "approaching desktop performance"... for some older definition of desktop performance. Same shit is true even of super computers. The original super computer, the Cray 1, pulled about 80 Mflops of performance. Most high end smartphones these days pull in the realm of 500+ Mflops. So they are more powerful than a supercomputer!!!! ... well than a super computer from the 70s.
Same deal with this laptop and desktops. Yes even small laptops compete with desktops of a few years ago. However that isn't what desktops of today are like. Those are moving targets as well and they've gotten much faster. How useful that is you can argue and can vary person to person, but trying to act like these small laptops are anywhere near them is silly. You can get desktops today with 8 cores, 64GB of RAM, and multiple large video cards if you wish. No ultralight is coming anywhere near that. Now in 5-10 years? They may well be there... and desktops will be somewhere else.
Desktops will always be more powerful simply because they have a higher electrical and thermal budget. Sticking a 90-150 watt CPU and 200+ watt GPU in a desktop is no big deal. Trying to stick that in a laptop is a recipe for disaster.