(generally speaking a fully dedicated server has an edge over a virtual server as the I/O doesn’t have to go through the virtualisation layer, and you’re never contending for server resources with another user of the server, ymmv)

Not only did NYSEGand RGE neglect having proper customer identification protection in place they are probably now reaping financial gain from the subscriptions being sold by the company supposedly free service that is going to protect me from the scam artists who may have my information in their hands right now. Nice to be in a position to not fear customers changing vendors, but also one that can charge what they want for the product and leave the protection of confidential information on the door step to be so easily taken.

Nice job folks!!!!!!!

I asked if 1 year was long enough. Their answer: They will make more services available as they learn the extent of the problem. I assume this means learning who sold what to whom.

Thanks for using our (ve), and glad to see things are going well for the most part. Before making the move, I would try and use the Siege tool to stress test your (ve). It may help show any irregularities or things you may need to fix to help your server run a bit more efficiently. There is always a few little things that customers find that end up helping them drastically in the long run.

If everything is in tip top shape, you could always try looking at a cloud option. In the end, you’ll be doing the same thing upgrading and downgrading, but it’s always another option to look at.

Thanks again for hosting with us, and shoot me an email if you have any questions.

http://itunes.apple.com/us/app/check-in-plus/id493860607?ls=1&mt=8

The US FCC Part 15 rules require low RF-noise design, as mentioned in many instruction manuals. High-level RF AC (like clocked bit pulses) must be mostly prevented from conducting to the power supply or other circuits. This minimizes stray RF radiation interference to gigahertz frequency range communications (like 2.4 GHz wireless LAN).

An inductor in series connection to another circuit greatly reduces conduction of AC current (like noise), with little reduction in DC current (like power). The higher the AC frequency in a circuit, the smaller the inductor needed for a given reduction (like decoupling) of AC current.

Larger electronic inductors are classically coils of wire, some with inductance values in millihenries or microhenries. These PCB serpentine examples may have miniscule inductance values, possibly in the nanohenry or picohenry range. According to the reference below, their values aren’t easy to determine.

Each back and forth cycle of the PCB serpentine is geometrically equivalent to one coil turn. But the exact dimensions of a small planar inductor are so significant that some shaped traces reportedly can have less inductance than a straight trace. Ref: Printed Inductor (PLANAR INDUCTOR) – Edaboard.com thread