Quick! we tried to power on our classmate, but the power and battery lights turn on only. The screen remains black, and you can hear a fan running for a little bit before it turns off, while the lights are still on!!
We have the new classmate that we got from last year with the new 2012 image, what should we do?!?!?!? We have all of our programs and info on it, so we canāt afford to start over with a cleared memory!!!
Do you have access to another laptop (one with two HDD bays) that you could move the classmateās HDD to? then copy whatever data you have on it to the second laptop (or to a desktop if limited on space) Then, you would still have all of the data, but could try re-installing windows, etc to get the classmate running again. Or it could just be a broken screenā¦ Does the classmate have a video output port to connect to? If it does (I forget) you could try that to isolate the problem.
Hereās the thing, the laptop doesnāt turn boot at ALL, it just turns on the power lights, runs the fan for about 7 sec, then the fan just goes out with the lights still on, no other noiseā¦I just canāt figure out what or how it went wrong. I would like to take it apart but I just donāt know where to start or if I need to take it apart. It worked again from this same problem before by me holding down the keys and then turning it on, but not even that now will work.
I will try what you stated, but how should I do this exactly?
A bad SSD hard drive will result in a no-boot, but you should still see the bios load and classmate splash screen. It almost sounds like your screen or the cable connecting your screen has gone bad. Or, you may have lost your motherboard.
On the off chance that it may be a memory issue, you may want to open the memory compartment and reseat the memory modules. Most computers Iāve worked on will give an audible beeping alarm when the memory is not in correctly, but who knows.
After that, I would contact the company that makes classmates - they have a service number. I believe you can find more info on the classmate on the FIRST website.
In the mean time, remove the hard-drive from the computer and hook it up to another to see if you can read the data, as the first poster suggested.
Thank You both for your suggestions!
I figured out that the connection between the hard drive and the motherboard was being prevented by a wire that powers the realtek graphics system. Whenever the covers are placed over the electronics, the wire adds pressure to the SATA convertor connector, causing it to not get a proper connection. I believe a cause to this was the loose wire that somehow loosened up even more in the wrong place. The RAM Stick wasnāt damaged, and the Hard Drive wasnāt damaged (WHEW!!!).
Again, thanks!!!:yikes:
If I can, I may be able to post a video of what I did to help others who may have this problemā¦
The video this time will be for the E11 Classmate, as I had to figure out how to take it apart, for the video posted did help, but it was for a past version of it.
Well, it seems that our laptop again wonāt function properly. I still think it is the connector from the hard drive to the motherboard, or even the RAM stick inside the computer. Is there any type of special service that FRC teams can use for laptops? I already Reseated the RAM stick and the Hard Drive several times, so I canāt tell what the problem is for this computerā¦:mad: :mad: :mad:
With all of these problems going on, we were able to hook up our hard drive to one of our school computers and boot it off of the hard drive, which worked perfectly. This still furthers my theory of the yellow laptop connector being the problem between the hard drive and the motherboard. I just hope that FRC teams can get their classmates servicedā¦::rtm::
Oh, and if you are reading this Nick, we got the robot driving and turning!!! We just need to fix the programming to be able to get the back two wheels turning tomorrow!
One thing I might recommend for getting your back wheels to work is to just use a pwm splitter to run both jags off of one signal. That way, you can ensure that each side is operating in sync, without extra work for the programmers.