A Desktop Set to be up 24/7
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It’s really very helpful information from both of you. I have noted down your suggestions. But now I am into two minds. What if I purchase an entry level server, it can solve my purpose with less investment and it will also be reliable as well. If I go with the same old machine I will have to upgrade it as suggested. I have minimum 60 users for accessing the same set server. So which entry level server do you recommend? Thanks for you Reply
Nikhil Bandekar Mumbai, India
great!!! you are thinking absolutely right pal:-D 60 Users are not really a less to find. If they concurrently access the server then you might be in trouble too. and overhead charges for securing your system would really cost you something in which u can really settle for a dedicated server. If you really wabt to go for an entry level server you can buy in around 30K http://dellstoreroa02.sg.dell.com/public/cart/configurator.jsp?prd_id=41167&sr_no=1[^] or else with robust functionalities and as well rack mounted 1U server then go for 93k http://dellstoreroa02.sg.dell.com/public/cart/configurator.jsp?prd_id=41174&sr_no=2[^] I know the latter is a bit costly but it all is in ur needs Hope I could help you out. Please revert back for further details :-D
There are only two kinds of people who are really fascinating-people who know absolutely everything, and people who know absolutely nothing. Oscar Wilde (1854-1900) Regards... Shouvik
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Hello :) Well, i'm no pro, but as far as i know major issues for servers are (in no particular order): - Temperature (aka Heat dissipation) - OS stability - Component quality and thus reliability - Power flow stability Keeping a machine powered on 24/7 WILL impact, always. While a usual PC gets old enough without failing machines that are on 24/7 usually fail much sooner, the only think you can do is preventing unnecessary stress on the components. First of you need to make sure that the server is backed up through a good UPS (http://www.apcc.com). Dirty power (also caused by Thunderstorms) can damage hard drives and almost any other component of your server. The longer the machine runs the more probable it will be that some power spike will damage your hard drives. The next issue i would think of is heat. If your machine has a bad airflow inside the case your risk to damage your CPU or motherboard and HDs. Less heat means longer life for all components. The longer the machine is powered on the longer it components will suffer if heat inside the case is not removed through fans. 2 Big fans, in the front and on the back of the case would be a minimum i think. I would recommend you to get a good server case (http://www.antec.com, if money ain't a big issue. Since you already use a Server OS i guess there is nothing much to say about this, it should be pretty reliable and stable. Last, but not least, are components. Then components that fail soonest are HDs and PSUs (Power Supply Units). Usually servers have 2 PSUs, when the first fails the second one jumps in and the first can be replaced. But looking at your specs i don't think you will need to worry about this. Just keep in mind that a good and powerful PSU lives longer (if you machine consumes, say, an average of 100W and your PSU only delivers 200W MAX it will probably be dead sooner than a PSU that delivers 300W max. What really matters here is the number of clients on your intranet. 512mb RAM and a single 60gb HD could be a bit weak. A server OS can be pretty RAM intensive, it runs many services and has to service the clients, so 512mb RAM could turn out to be not enough for a server. Especially if there are quite a few clients logged on the server downloading data over and over again those 512mb could end used up pretty soon. I would say get another 512mb and make 1gb. The HD is probably the weakest part of a computer, since it is still mechanical, maybe you should consider to make a simple mirror raid with two 60gb H
r41n© wrote:
machines that are on 24/7 usually fail much sooner
That's completely untrue. My wifes old machine was on 24/7 for over 8 years without so much as a hiccup. That machine was replaced simply because it was pretty damn old.
"Why don't you tie a kerosene-soaked rag around your ankles so the ants won't climb up and eat your candy ass..." - Dale Earnhardt, 1997
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"...the staggering layers of obscenity in your statement make it a work of art on so many levels." - Jason Jystad, 10/26/2001 -
Hii Friends, I have set a desktop machine as a Server with windows 2003 server installed and which will be up 24/7 due to file sharing requirements and web application deployed which has been used to share through Intranet. The machine configuration is as follows 1.7 ghz, 845 Intel Chipset, 512 Ram and 60 gb harddisk I wanted to know can i keep this machine 24/7 up. Will it impact the machine??
Nikhil Bandekar Mumbai, India
First, you should reconsider running a server OS because all infrastructure software costs more if you're running a server OS. Backup software, anti-vrus software, defrag software - everything costs more. Take my advice and run XP Pro instead. As far as hardware is concerned: 1) You need as much memory as the OS can support, especially if you're serving web pages. For XP, max supported memory is 3gb. For 2003 Server, I think it's 8gb. 2) Your CPU is pretty slow, but you may get decent performance as long as your web pages aren't very popular. 3) If you're serving files on your intranet AND serving web pages, I'd use three separate hard drives, a 60gb for the OS, a 80gb for the web sites, and at least a 320gb for intranet files. 4) Invest in a decent name-brand power supply. The power supplies that come in most computer cases are just barely able to do the job. I would get nothing smaller than a 500w PSU. 5) Make sure you have a decent case. A case with LOTS of room, and that supports at LEAST two 120mm fans. Heat kills electronics. A small case allows a lot of heat build up. 6) Get the cheapest video card you can find. There's no reason to have a fancy video card on a server. I think the one I have in my server cost me $15 new, and the circuit board is a little larger than a credit card. It generates almost no heat at all. 7) Invest in a large UPS - at least 1500vA. If you lose power, you don't want your server to shut itself down 8) To effect prompt repairs, always keep spare parts available. Essentially, you should have enough parts to actually build a second machine. Leaving the machine on 24/7 is actually better for it than powering it up and down every day. The reason is the small power surge that hits all the components when you turn it on. Above and beyond all of the above, always buy quality retail components. If nothing else you'll have a warranty so you can replace stuff that breaks prematurely.
"Why don't you tie a kerosene-soaked rag around your ankles so the ants won't climb up and eat your candy ass..." - Dale Earnhardt, 1997
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"...the staggering layers of obscenity in your statement make it a work of art on so many levels." - Jason Jystad, 10/26/2001 -
r41n© wrote:
machines that are on 24/7 usually fail much sooner
That's completely untrue. My wifes old machine was on 24/7 for over 8 years without so much as a hiccup. That machine was replaced simply because it was pretty damn old.
"Why don't you tie a kerosene-soaked rag around your ankles so the ants won't climb up and eat your candy ass..." - Dale Earnhardt, 1997
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"...the staggering layers of obscenity in your statement make it a work of art on so many levels." - Jason Jystad, 10/26/2001Can i know what would be the electricity consuption for one desktop pc with 400 watts powersupply. I am talking only about a Processing unit and not monitor. What was the actual purpose to keep your machine on for 24/7? Which OS was installed in the machine and what was its config? Thanks
Nikhil Bandekar Mumbai, India
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First, you should reconsider running a server OS because all infrastructure software costs more if you're running a server OS. Backup software, anti-vrus software, defrag software - everything costs more. Take my advice and run XP Pro instead. As far as hardware is concerned: 1) You need as much memory as the OS can support, especially if you're serving web pages. For XP, max supported memory is 3gb. For 2003 Server, I think it's 8gb. 2) Your CPU is pretty slow, but you may get decent performance as long as your web pages aren't very popular. 3) If you're serving files on your intranet AND serving web pages, I'd use three separate hard drives, a 60gb for the OS, a 80gb for the web sites, and at least a 320gb for intranet files. 4) Invest in a decent name-brand power supply. The power supplies that come in most computer cases are just barely able to do the job. I would get nothing smaller than a 500w PSU. 5) Make sure you have a decent case. A case with LOTS of room, and that supports at LEAST two 120mm fans. Heat kills electronics. A small case allows a lot of heat build up. 6) Get the cheapest video card you can find. There's no reason to have a fancy video card on a server. I think the one I have in my server cost me $15 new, and the circuit board is a little larger than a credit card. It generates almost no heat at all. 7) Invest in a large UPS - at least 1500vA. If you lose power, you don't want your server to shut itself down 8) To effect prompt repairs, always keep spare parts available. Essentially, you should have enough parts to actually build a second machine. Leaving the machine on 24/7 is actually better for it than powering it up and down every day. The reason is the small power surge that hits all the components when you turn it on. Above and beyond all of the above, always buy quality retail components. If nothing else you'll have a warranty so you can replace stuff that breaks prematurely.
"Why don't you tie a kerosene-soaked rag around your ankles so the ants won't climb up and eat your candy ass..." - Dale Earnhardt, 1997
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"...the staggering layers of obscenity in your statement make it a work of art on so many levels." - Jason Jystad, 10/26/2001Can you explain me the following sentence, "The reason is the small power surge that hits all the components when you turn it on." Thanks
Nikhil Bandekar Mumbai, India
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Can i know what would be the electricity consuption for one desktop pc with 400 watts powersupply. I am talking only about a Processing unit and not monitor. What was the actual purpose to keep your machine on for 24/7? Which OS was installed in the machine and what was its config? Thanks
Nikhil Bandekar Mumbai, India
YOu can buy hardware to measure it. The one I have is called Kill-A-Watt, and can be found online for $25US. No idea about availability in your part of the world. Depending on how many and how highend the parts in the system are probably somewhere between 100-300W average at full CPU load.
-- You have to explain to them [VB coders] what you mean by "typed". their first response is likely to be something like, "Of course my code is typed. Do you think i magically project it onto the screen with the power of my mind?" --- John Simmons / outlaw programmer
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Can you explain me the following sentence, "The reason is the small power surge that hits all the components when you turn it on." Thanks
Nikhil Bandekar Mumbai, India
-
First, you should reconsider running a server OS because all infrastructure software costs more if you're running a server OS. Backup software, anti-vrus software, defrag software - everything costs more. Take my advice and run XP Pro instead. As far as hardware is concerned: 1) You need as much memory as the OS can support, especially if you're serving web pages. For XP, max supported memory is 3gb. For 2003 Server, I think it's 8gb. 2) Your CPU is pretty slow, but you may get decent performance as long as your web pages aren't very popular. 3) If you're serving files on your intranet AND serving web pages, I'd use three separate hard drives, a 60gb for the OS, a 80gb for the web sites, and at least a 320gb for intranet files. 4) Invest in a decent name-brand power supply. The power supplies that come in most computer cases are just barely able to do the job. I would get nothing smaller than a 500w PSU. 5) Make sure you have a decent case. A case with LOTS of room, and that supports at LEAST two 120mm fans. Heat kills electronics. A small case allows a lot of heat build up. 6) Get the cheapest video card you can find. There's no reason to have a fancy video card on a server. I think the one I have in my server cost me $15 new, and the circuit board is a little larger than a credit card. It generates almost no heat at all. 7) Invest in a large UPS - at least 1500vA. If you lose power, you don't want your server to shut itself down 8) To effect prompt repairs, always keep spare parts available. Essentially, you should have enough parts to actually build a second machine. Leaving the machine on 24/7 is actually better for it than powering it up and down every day. The reason is the small power surge that hits all the components when you turn it on. Above and beyond all of the above, always buy quality retail components. If nothing else you'll have a warranty so you can replace stuff that breaks prematurely.
"Why don't you tie a kerosene-soaked rag around your ankles so the ants won't climb up and eat your candy ass..." - Dale Earnhardt, 1997
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"...the staggering layers of obscenity in your statement make it a work of art on so many levels." - Jason Jystad, 10/26/2001 -
Can i know what would be the electricity consuption for one desktop pc with 400 watts powersupply. I am talking only about a Processing unit and not monitor. What was the actual purpose to keep your machine on for 24/7? Which OS was installed in the machine and what was its config? Thanks
Nikhil Bandekar Mumbai, India
Nikhil Bandekar wrote:
What was the actual purpose to keep your machine on for 24/7?
Because turning it off and on everyday wears out the electronics.
Nikhil Bandekar wrote:
Which OS was installed in the machine and what was its config?
Windows 2000 Pro. The machine was home-built and resided in a full tower case: AMD Thunderbird 1ghz CPU Abit BH6 motherboard (or something like that) 768MB of PC133 RAM two 60gb IDE hard drives Various video cards SB Audigy sound card Netgear 310TX NIC 400w power supply
"Why don't you tie a kerosene-soaked rag around your ankles so the ants won't climb up and eat your candy ass..." - Dale Earnhardt, 1997
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"...the staggering layers of obscenity in your statement make it a work of art on so many levels." - Jason Jystad, 10/26/2001 -
r41n© wrote:
machines that are on 24/7 usually fail much sooner
That's completely untrue. My wifes old machine was on 24/7 for over 8 years without so much as a hiccup. That machine was replaced simply because it was pretty damn old.
"Why don't you tie a kerosene-soaked rag around your ankles so the ants won't climb up and eat your candy ass..." - Dale Earnhardt, 1997
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"...the staggering layers of obscenity in your statement make it a work of art on so many levels." - Jason Jystad, 10/26/2001If you drive your car 24/7 or just a few hours a day you will see a big difference, especially for mechanical parts (HDs & FANs), this is the same for every machine. The more it is used the sooner the materials it is made of will get damaged. Just because your car ran that long it doesn't mean every car will.
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If you drive your car 24/7 or just a few hours a day you will see a big difference, especially for mechanical parts (HDs & FANs), this is the same for every machine. The more it is used the sooner the materials it is made of will get damaged. Just because your car ran that long it doesn't mean every car will.
r41n© wrote:
ust because your car ran that long it doesn't mean every car will.
Well, duh... I was giving anecdotal evidence that contradicts your theoretical claims. We're not talking about cars - we're talking about electronics, and we're really not even talking about the fans in a computer. I've been assembling my own systems since 1985, and have been leaving them on 24/7 since 1980. I've *never* had a system fail in all that time.
"Why don't you tie a kerosene-soaked rag around your ankles so the ants won't climb up and eat your candy ass..." - Dale Earnhardt, 1997
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"...the staggering layers of obscenity in your statement make it a work of art on so many levels." - Jason Jystad, 10/26/2001
