[quote author=“Anonymous”]
and to the hands-on TXer’s, the unrealistic nitpickers, i could nitpick *any* PC and make it sound bad. until i see multiple impressions, by many people/websites (so that i know u didnt get a bad unit, or arent some kind of Sony flamer) i take anything you all say with a grain of salt.
Wow! Some people become pretty brave when they are anonymous. Just as an FYI, I’ve been here for a year or so and I’ve owned several notebooks. A few of which have been Sonys. I am not partial to any manufacturer. To be honest I’m not partial because they all make crap though at times they produce something good. I’ve owned a few dozen notebooks over the past five years. Ranging from really cheap used machines from ebay (one of my favorites was purchased from ebay) to machines costing nearly $4000. I nit pick as you say because I can. Once you’ve seen what is possible or experience a great idea on one machine but not on another you start to wonder “why?”.
I have a few pet peeves when it comes to notebook design. The first no-no is noise and in particular fan noise. The actual sound of air rushing is not a big issue with me. I lived with a IBM T41 for nearly a year. It basically ran the fan all the time. But the only noise one could hear is the faint sound of air moving. What I can’t stand is the buzzing/whinning of the motor. Even that is tolerable if it’s something that is consistent. Because over time we’ll just tune it out.
What does annoy me is STUPID engineering or more so STUPID engineers. Case in point. The brand new Sony TX. The BIOS is programmed to turn the fan on at 60 degrees C. The fan is programmed to turn off the fan at 59 degrees C. That is just really stupid. That translates into the fan running for about 5 seconds then turning off. Two seconds later the fan turns back on. Repeat for all eternity. For something like that to even leave the factory is not acceptable. What 99% of the world does when programming fan cycling is this. Fan turns on at X temp (say 60C). The fan will run until reaching Y (say 55C). Now the fan stays off for a while until it hits 60C again. The thermal cooling design (physical) of the TX is pitiful. I’ve had a chance to take a look at the cooling scheme. The unit hovers at 60C with normal use. That’s really hot considering the Dell X1 I’m using right now is running at 47C and it doesn’t have a fan. After looking at the TX’s cooling unit I can see several problems with it. First the cooling unit (fan, heatpipe, etc) doesn’t have a finned heatsink! Nope no finned heatsink. When the fan turns on and blows out air it’s only cooling off the fan shroud which is metal on top (the rest is carbon fiber). That leads to the second problem which is that there is very little metal in heat sink. Literally, there is very little metal in the whole assembly so heat is NOT SINKED (hey that’s why they call it a heatsink) away. It just sits on the CPU and causes the fan to churn. This can not be fixed with a software update. The sad thing is that this is the same style heat extractor that the Fujitsu P7K uses. If you ever go the P series board you’ll see alot of the same “fan runs all the time” posts. Hmmmm….You think designing a heat sink that doesn’t sink heat is a bad idea? Obviously not for the Japanese.
I find this stuff so annoying from an engineering standpoint because as a schooled electrical engineer I deal with stupid engineering on a daily basis. Sony could have designed the TX to perform better and save money if they had used two brain cells. How? Perfect example is my X1 (which is a Samsung Q30), Panasonic Toughbooks, and even Sony’s X505. They passively cool their CPUs by using heat spreaders. The Panys and the Sony are quite fancy because they use a vitrified graphite plate which contacts the CPU. The graphite has very good thermal characteristics. The graphite absorbs the heat from the CPU and literally spreads the heat out over a large area. The heat is then radiated of the chassis. The Dell X1 is even simpler. The heat spreader is made out of metal. The metal plate is screwed down onto the motherboard and contacts the CPU and northbridge. Directly above the spreader is the keyboard. Heat travels from the CPU to the spreader to the keyboard then out. The TX has room for a heat spreader. Actually it could work just like the Dell. All it would require is a piece of stamped metal. I believe the metal would weigh less and certainly cost less than what the TX is currently using. But like I said it would require two brain cells.
Hey I wanted to keep the TX. I even used it again last night for a couple of hours. The fan cycling away annoyed me more due to knowing why it cycled instead of the noise. Anyways, the TX is going to be boxed up and I’m going to loose money selling it because Sony created a beautiful machine which just happens to annoy the crap out of me. But YMMV, there are a lot of people out there that will love the machine and Sony will sell a ton. I’ll continue to dream out my X505 which I should have kept. :(