Don't give them any ideas, or things will go the other way: Want an external monitor? That'll be $50/month. Access to the supply closet is $10/month.
How do you make sure that everyone understand that that equipment belongs to you and not The Company? I'm currently resorting to printed labels of my name or initials, but I can't help but consider that that's a tissue defence.
For BYOD laptops/PCs, keep the receipt (which will usually include the serial number) and store a photocopy at the office in a place where you can easily keep track of it. If it's something shipped direct from the manufacturer, keep the box with the shipping label on it as additional evidence. You can also let your manager know that you have equipment that you personally own on-premises and give him an itemized list with serial numbers. For small items like mice, keyboards, etc., they're generally not worth enough to lose sleep over if lost.
Beyond that, the general rule of never bringing anything to work you're not willing to lose applies. Just like any other kind of BYOD device, your employer is not going to reimburse you if your personal hardware is stolen or accidentally damaged, so take appropriate precautions.
Lastly, make sure that you secure _and_ backup data on your hardware at least as well as your IT team does for company issued hardware. Your manager is not going to be at all sympathetic if you lose work due to a hardware failure on your BYOD device or due to malware.
(At home I have the Acer X34 Predator. The Dell came first; when I realised how good it was for programming I knew I needed one at work.)
(And for coding you actually need height more than width, if you think of a typical layout of a code file)
I still have more than enough room for a few buffers on screen.
I value actual real estate over PPI, preferring to run at 100% / unscaled which looks much nicer in Win10. The 109PPI (3440x1440) is decent enough, and I don't have to squint. Furthermore the DPI matches those of the surrounding 16:10 24s (1920x1200) well enough for it not to be an issue.
On a 34" 3440x1440 screen I keep IntelliJ at 14px (10.5pt). On a 32" 4k screen I keep it at 15px-16px (~11pt).
You're still only talking ~100 lines of code on the screen at any one time. Maybe ~130 with a smaller font.
The ultrawide allows for this nicely; tests on the left, two actual editors, solution explorer on right, and output at the bottom under the editors.
At home I have a Benq bl3201pt, which is a 4k 16:9 monitor. It's nice as well, but does have a flickering issue (one side of the screen will flash every 4-8 hours or even 1-2 days).
I've never understood the tendency towards multiple monitors over one larger monitor.
I surround my home X34 with two U2412Ms on an Ergotech stand.
It's a pretty neat setup.
Real 4K monitors are effectively the same price and have a lot more pixels. And you can get them in 27", 32" and 34" sizes.
Sure, I understand why the manufacturers want these odd kinds of resolutions so that they can take defective panels and carve them up differently.
However, why would the users want these instead of more resolution? What am I missing?
At arm's length, on a 27" screen, 1440p is very practical. Getting more screen space than 1080p is what bumped me from 21-24" screens, and it fills my vision enough that if I jumped to 4k I'd either be moving my head back and forth with a 40" screen, dealing with even smaller UI elements, or wrestling with OS scaling.
I've considered monitors as well but those provided work well enough for my needs right now.
Apart from those two issues, the loss of productivity should so obviously outweigh any possible savings. There must be some explanation.
For not bringing my own hardware, security (it's a bank).
> delayed roll out of Windows 7
Is your bank located in Kazakhstan?