anyone made their own way or found a good place to put their control for the aluminium imac? are there holders available or something? seems like the only thing apple forgot to put on the new imac.
You don't want magnets near your computer...
they had it standard on the white imac before the aluminium
Still seems they could have at least put something in the base so the thing didn't just lay around. And what's up with the white remote? Did they get a bargain basement deal on em and need to use them before they can update with something that remotely (sic) matches the aluminums?
anyone made their own way or found a good place to put their control for the aluminium imac? are there holders available or something? seems like the only thing apple forgot to put on the new imac.
They must have had it shielded then, but I still don't feel comfortable having magnets near my machine...
Nothing in the iMac would be affected by a puny little magnet like the one
in the white iMac's frame that holds the remote.
Magnets are a problem with CRTs, but not LCDs. The ALU iMac's glass face
plate is held in place by magnets -- and it would take a magnet thousands
of times more powerful than them to affect a hard drive.
OTOH, the magnetic holder on the white iMac just barely works -- you'd
be far better off with with a pair of self-adhesive velcro strips.
LK
Magnets are also a problem for HDDs I believe...
Reread Leon's post. The HDD is in the center rear of the iMac. Also all iMac's have speakers that contain more powerful magnets then was used to hold the remote on older iMacs.
I carry a laptop in my tool bag and have several screw drivers and nutdrivers with magnetic tips that are in very close proximity to the laptop HDD at times. Never had any problems and have been doing it for many years now.
Well I'm in IT and magnetic screw drivers (as convenient as they are) are black listed! I'm just paranoid and err on the side of caution.
Beyond that the CPU case is hardly lacking magnetic content right from the factory. In addition to the speakers the following are sources of magnets found in every computer case: the motor that turns the HDD platters, the DVD drive motor, the floppy drive and the motors that drive the cooling fans. Does not cause any issues.
Those are designed to be contained to not cause issues. I've never seen an IT job that allows you to use magnetic tools. Until you make the rules for the IT field, I'll continue going the standard way that everyone does.
Just pointing out that computers have magnets all over the place and that it's not likely a small magnet used to hold a light weight remote control is going to harm HDD data. I gave several examples and related my personal experience.
As far as IT fields that use magnetic tools, ever scanned a document across a network, printed a page or made a copy? Many, if not most of these devices contain HDD's, run Linux or various flavors of Windows. Some of them have PC's strapped to them for image processing. Others have them embedded. The tools of the trade include magnetic screw and nut drivers. These are the industry standard tools for working in the equipment.
Be as careful as you like, I promise I won't change the rules in your work place![]()
Everywhere I've ever worked, and reading all the books for all of my tests, always say not to use magnetic. And all the kits they sell for repair do not come with magnetic... I've never seen anyone use magnetic and know tons of people...I would say that places that use magnetic are not the standard. Maybe printers or something use them, but at least in regards to PCs (particularly servers).
Everywhere I've ever worked, and reading all the books for all of my tests, always say not to use magnetic. And all the kits they sell for repair do not come with magnetic... I've never seen anyone use magnetic and know tons of people...I would say that places that use magnetic are not the standard. Maybe printers or something use them, but at least in regards to PCs (particularly servers).
The "magnets near drives" ideas are from 30 years ago and more, and completely OBE with today's equipment. Nothing left but urban myths & FUD.
Magnetic screwdrivers are usually on the order of a couple hundred Gauss, whereas the coercivity of the HDD platter is no less than 650 Oersted (probably at least twice that). To degauss something, you need at least 2-3 times the Oersted rating--with no intermediate medium, such as the HDD case-- to do the job.
So, absolute worst (and unrealistically paranoid) case, a magnetic field would have to be at least 1300 Gauss to begin to damage the platters, whereas the screwdriver is less than a quarter of that strength at best. Commercial degaussers are about 4500 Gauss & up (and run thousands of dollars).
The "magnets near drives" ideas are from 30 years ago and more, and completely OBE with today's equipment. Nothing left but urban myths & FUD.