http://www.killernic.com/
does this really improve things? i always thought your ISP impacted your gaming more than anything else... waste of money or solid purchase?
http://www.killernic.com/
http://www.killernic.com/
Yep those are as far as i know pretty pointless. As you said the most important factor regarding lag is your ISP and the internet facilities around your house e.g. copper cables, fibre optic. How many people accessing it etc... etc...steelie34 wrote:
does this really improve things? i always thought your ISP impacted your gaming more than anything else... waste of money or solid purchase?
http://www.killernic.com/
What is really worth doing though as i found out the other day is making sure your router is connected to the first phone socket of your house, i moved mine and went up about .4 mb/s.
inb4 technical grammer nazi's commenting about my use of units.
The Ultimate Waste Of Money
3930K | H100i | RIVF | 16GB DDR3 | GTX 480 | AX750 | 800D | 512GB SSD | 3TB HDD | Xonar DX | W8
GC_PaNzerFIN wrote:
The Ultimate Waste Of Money
s/mb\s/Mbps/Noobeater wrote:
Yep those are as far as i know pretty pointless. As you said the most important factor regarding lag is your ISP and the internet facilities around your house e.g. copper cables, fibre optic. How many people accessing it etc... etc...steelie34 wrote:
does this really improve things? i always thought your ISP impacted your gaming more than anything else... waste of money or solid purchase?
http://www.killernic.com/
What is really worth doing though as i found out the other day is making sure your router is connected to the first phone socket of your house, i moved mine and went up about .4 mb/s.
inb4 technical grammer nazi's commenting about my use of units.
On your local loop, it doesn't really matter at all whether it's copper or fiber. Even if you run a full 330ft Cat5 UTP cable between your computer and your router, you're talking about a propagation delay of around 500 nanoseconds, so that's a bit of a myth. Making sure you have as little noise as possible in your connection is important, and replacing old outlets and old wiring can in some cases remove enough link attenuation to give you several Mbps of added capacity, which would definitely decrease your latency.
The KillerNIC itself is pretty difficult to place. It lets you outsource the sometimes inefficient network stack in Windows to a very efficient network stack on the card itself. It does have some neat applications for manipulating traffic on it, but none that most users will use. The feature most pertinent to your question, application-based QoS, can be done natively in Windows Vista and Windows 7, so unless you're into XP, it's sort of a moot point. In some cases it might give you a bit of a boost, but considering that on the subject of latency the NIC is a small part in a much bigger equation, it's probably not worth the price tag for most people.
It's a joke. Professional server NICs cost less.
The idea of any hi-fi system is to reproduce the source material as faithfully as possible, and to deliberately add distortion to everything you hear (due to amplifier deficiencies) because it sounds 'nice' is simply not high fidelity. If that is what you want to hear then there is no problem with that, but by adding so much additional material (by way of harmonics and intermodulation) you have a tailored sound system, not a hi-fi. - Rod Elliot, ESP
"Professional server" NICs that cost less than the KillerNIC usually don't have anything going for them other than native 802.1q, LACP, and other stuff you won't have use for in your average home network. Most commodity servers ship with generic Broadcom and Marvell chipsets that you find in workstations as well.Freezer7Pro wrote:
It's a joke. Professional server NICs cost less.
You get a quite decent Intel NIC for $130.mikkel wrote:
"Professional server" NICs that cost less than the KillerNIC usually don't have anything going for them other than native 802.1q, LACP, and other stuff you won't have use for in your average home network. Most commodity servers ship with generic Broadcom and Marvell chipsets that you find in workstations as well.Freezer7Pro wrote:
It's a joke. Professional server NICs cost less.
The idea of any hi-fi system is to reproduce the source material as faithfully as possible, and to deliberately add distortion to everything you hear (due to amplifier deficiencies) because it sounds 'nice' is simply not high fidelity. If that is what you want to hear then there is no problem with that, but by adding so much additional material (by way of harmonics and intermodulation) you have a tailored sound system, not a hi-fi. - Rod Elliot, ESP
Define "decent"Freezer7Pro wrote:
You get a quite decent Intel NIC for $130.mikkel wrote:
"Professional server" NICs that cost less than the KillerNIC usually don't have anything going for them other than native 802.1q, LACP, and other stuff you won't have use for in your average home network. Most commodity servers ship with generic Broadcom and Marvell chipsets that you find in workstations as well.Freezer7Pro wrote:
It's a joke. Professional server NICs cost less.
"Intel NIC decent". A solid Ethernet chip with hardware management of pretty much everything, unlike Realtek, Broadcom etc, who tend to just load everything off on the CPU. In my experience with Intel NICs, I've gotten much closer to Gb speeds than with other chips. Mainstream Broadcoms tend to get ~30MB/s, while as my Intel gets ~50MB/s (that's just using shitty Windows file sharing, haven't really done any serious benchmarking) with 1/10th of the CPU utilization. They're also a lot less sensitive to interference. My integrated NIC and some half-cheap Gb card I have (Broadcom) tend to go unstable when I start stuff like large transformers close to the cables. That is not the case when using Intel in both ends.mikkel wrote:
Define "decent"Freezer7Pro wrote:
You get a quite decent Intel NIC for $130.mikkel wrote:
"Professional server" NICs that cost less than the KillerNIC usually don't have anything going for them other than native 802.1q, LACP, and other stuff you won't have use for in your average home network. Most commodity servers ship with generic Broadcom and Marvell chipsets that you find in workstations as well.
This is however just judging from some specs and my own experience with consumer-grade stuff. I don't know that much about the higher-end products.
Last edited by Freezer7Pro (2009-04-17 11:39:05)
The idea of any hi-fi system is to reproduce the source material as faithfully as possible, and to deliberately add distortion to everything you hear (due to amplifier deficiencies) because it sounds 'nice' is simply not high fidelity. If that is what you want to hear then there is no problem with that, but by adding so much additional material (by way of harmonics and intermodulation) you have a tailored sound system, not a hi-fi. - Rod Elliot, ESP
I read somewhere one time ( a review from I dont know where) that the killer ones can take off about 5 from your ping... if you think there price is worth that.....
If you think you need to pay $130 for a NIC that can handle line speed, you're getting ripped off. Chipsets are hit and miss with any manufacturer. I've had cheap Marvell boards outperform expensive Intel boards while point to point flooding 64 byte UDP datagrams, and I have a relatively new box with a high-end Intel NIC in my data center that refuses to transfer more than ~650Mbps across a 1Gbps link. Intel do make many good chipsets, but if you're paying $130 for a regular NIC for your desktop computer, you're insane. There's also an overwhelming chance that the interfaces on your gateway or CPE are 10/100 ports, completely defeating the point in the first place.Freezer7Pro wrote:
"Intel NIC decent". A solid Ethernet chip with hardware management of pretty much everything, unlike Realtek, Broadcom etc, who tend to just load everything off on the CPU. In my experience with Intel NICs, I've gotten much closer to Gb speeds than with other chips. Mainstream Broadcoms tend to get ~30MB/s, while as my Intel gets ~50MB/s (that's just using shitty Windows file sharing, haven't really done any serious benchmarking) with 1/10th of the CPU utilization. They're also a lot less sensitive to interference. My integrated NIC and some half-cheap Gb card I have (Broadcom) tend to go unstable when I start stuff like large transformers close to the cables. That is not the case when using Intel in both ends.mikkel wrote:
Define "decent"Freezer7Pro wrote:
You get a quite decent Intel NIC for $130.
This is however just judging from some specs and my own experience with consumer-grade stuff. I don't know that much about the higher-end products.
I'm just gonna act like I understood this and agree with mikkel here.mikkel wrote:
s/mb\s/Mbps/Noobeater wrote:
Yep those are as far as i know pretty pointless. As you said the most important factor regarding lag is your ISP and the internet facilities around your house e.g. copper cables, fibre optic. How many people accessing it etc... etc...steelie34 wrote:
does this really improve things? i always thought your ISP impacted your gaming more than anything else... waste of money or solid purchase?
http://www.killernic.com/
What is really worth doing though as i found out the other day is making sure your router is connected to the first phone socket of your house, i moved mine and went up about .4 mb/s.
inb4 technical grammer nazi's commenting about my use of units.
On your local loop, it doesn't really matter at all whether it's copper or fiber. Even if you run a full 330ft Cat5 UTP cable between your computer and your router, you're talking about a propagation delay of around 500 nanoseconds, so that's a bit of a myth. Making sure you have as little noise as possible in your connection is important, and replacing old outlets and old wiring can in some cases remove enough link attenuation to give you several Mbps of added capacity, which would definitely decrease your latency.
The KillerNIC itself is pretty difficult to place. It lets you outsource the sometimes inefficient network stack in Windows to a very efficient network stack on the card itself. It does have some neat applications for manipulating traffic on it, but none that most users will use. The feature most pertinent to your question, application-based QoS, can be done natively in Windows Vista and Windows 7, so unless you're into XP, it's sort of a moot point. In some cases it might give you a bit of a boost, but considering that on the subject of latency the NIC is a small part in a much bigger equation, it's probably not worth the price tag for most people.
'scuse me I'll just leave this here.Freezer7Pro wrote:
You get a quite decent Intel NIC for $130.mikkel wrote:
"Professional server" NICs that cost less than the KillerNIC usually don't have anything going for them other than native 802.1q, LACP, and other stuff you won't have use for in your average home network. Most commodity servers ship with generic Broadcom and Marvell chipsets that you find in workstations as well.Freezer7Pro wrote:
It's a joke. Professional server NICs cost less.
http://www.evga.com/products/prodlist.asp?switch=22
Btw, the EVGA NIC has a usb port, audio jacks and a small linux distro. You can offload TS and mumble completely, and can even torrent to a flash drive in the usb port while gaming-lag free.
Edit, if it isn't apparent, I'm thinking-most likely getting this when it comes on the market. However, biggest advantages are said to be in wow, like 70ms ping reduction.
It raises framerate much more, but tbh I don't need frames, rather have the ping reduction.
Last edited by The_Sniper_NM (2009-04-17 17:30:15)
I'd love to see how a massive bandwidth using program can simply save it's data to a flash drive and magically not use so much bandwidth. The problem with torrents is how much data they transfer over the network, not anything to do with where the file is saved.The_Sniper_NM wrote:
'scuse me I'll just leave this here.Freezer7Pro wrote:
You get a quite decent Intel NIC for $130.mikkel wrote:
"Professional server" NICs that cost less than the KillerNIC usually don't have anything going for them other than native 802.1q, LACP, and other stuff you won't have use for in your average home network. Most commodity servers ship with generic Broadcom and Marvell chipsets that you find in workstations as well.
http://www.evga.com/products/prodlist.asp?switch=22
Btw, the EVGA NIC has a usb port, audio jacks and a small linux distro. You can offload TS and mumble completely, and can even torrent to a flash drive in the usb port while gaming-lag free.
Edit, if it isn't apparent, I'm thinking-most likely getting this when it comes on the market. However, biggest advantages are said to be in wow, like 70ms ping reduction.
It raises framerate much more, but tbh I don't need frames, rather have the ping reduction.
Next: A 70ms ping reduction in WoW? Only WoW? Ignoring the fact that it means that there are software tricks being used (hey, didn't that description say something about some basic QOS?) and less advantage to the actual hardware, a 70ms ping difference will hardly be noticed. Finally, offloading 1 program to run on another OS won't raise your framerate by much, a new NIC and the lack of TS in the cpu cycle is simply not a big difference.
If it is so amazing, I'd love to see some benchmarks and I'd prefer to be shut up about it but until then it sounds like a joke. Or at least an expensive one.
Didn't say anything about bandwidth, just lag. Saving to a flash drive will keep it from constantly hitting your HDD with your game on it (saying you only have one drive) and probably QOS to give the game priority. those combined would probably reduce lag, not saying it's worth the $$ for one or that it wold be massive gains.Defiance wrote:
I'd love to see how a massive bandwidth using program can simply save it's data to a flash drive and magically not use so much bandwidth. The problem with torrents is how much data they transfer over the network, not anything to do with where the file is saved.
The bandwidth usage causes lag. In most games, outside the loading screen, you're not using the HDD that much so HDD usage really doesn't matter. Not that it effects the network traffic at all, come to think of it. The biggest thing here would be QOS to hold the torrent traffic back, but I've already got that on my router and Vista (though I only use the router).jaymz9350 wrote:
Didn't say anything about bandwidth, just lag. Saving to a flash drive will keep it from constantly hitting your HDD with your game on it (saying you only have one drive) and probably QOS to give the game priority. those combined would probably reduce lag, not saying it's worth the $$ for one or that it wold be massive gains.Defiance wrote:
I'd love to see how a massive bandwidth using program can simply save it's data to a flash drive and magically not use so much bandwidth. The problem with torrents is how much data they transfer over the network, not anything to do with where the file is saved.
This kind of expensive crap was already proven fail in first gen. Go buy a new graphics card instead. I bet you see a little bit better framerate increase than with this joke.
And torrenting to flash drive? lol I have so many HDDs to torrent to without touching my main drive... its the damn bandwidth loss that causes issues.
And torrenting to flash drive? lol I have so many HDDs to torrent to without touching my main drive... its the damn bandwidth loss that causes issues.
3930K | H100i | RIVF | 16GB DDR3 | GTX 480 | AX750 | 800D | 512GB SSD | 3TB HDD | Xonar DX | W8
Torrenting is pretty taxing on much more than just your network connection and your disks. Try torrenting onto a disk while playing a single-player game off of another disk. Chances are your framerate will drop significantly.GC_PaNzerFIN wrote:
This kind of expensive crap was already proven fail in first gen. Go buy a new graphics card instead. I bet you see a little bit better framerate increase than with this joke.
And torrenting to flash drive? lol I have so many HDDs to torrent to without touching my main drive... its the damn bandwidth loss that causes issues.
ghettoperson wrote:
GC_PaNzerFIN wrote:
The Ultimate Waste Of Money
O really like I haven't been playing Crysis with torrents on without issues?mikkel wrote:
Torrenting is pretty taxing on much more than just your network connection and your disks. Try torrenting onto a disk while playing a single-player game off of another disk. Chances are your framerate will drop significantly.GC_PaNzerFIN wrote:
This kind of expensive crap was already proven fail in first gen. Go buy a new graphics card instead. I bet you see a little bit better framerate increase than with this joke.
And torrenting to flash drive? lol I have so many HDDs to torrent to without touching my main drive... its the damn bandwidth loss that causes issues.
Hmm I wonder which one gives better framerate.... NIC + GTX 260 or GTX 260 SLi.... hmmmm
edit: Killer NIC Xeno Ultra will ship in May, priced at $179.99.
Last edited by GC_PaNzerFIN (2009-04-18 03:38:06)
3930K | H100i | RIVF | 16GB DDR3 | GTX 480 | AX750 | 800D | 512GB SSD | 3TB HDD | Xonar DX | W8
That's wonderful for you, but depending on the client and the machine you're running it off, it can kill. Hence me saying "chances are". Case in point, I have an older machine here that does GTA: IV at around 45 FPS regularly, and 10 FPS while torrenting onto a different disk. As with all software, YMMV. It's a perfectly usable feature for some.GC_PaNzerFIN wrote:
O really like I haven't been playing Crysis with torrents on without issues?mikkel wrote:
Torrenting is pretty taxing on much more than just your network connection and your disks. Try torrenting onto a disk while playing a single-player game off of another disk. Chances are your framerate will drop significantly.GC_PaNzerFIN wrote:
This kind of expensive crap was already proven fail in first gen. Go buy a new graphics card instead. I bet you see a little bit better framerate increase than with this joke.
And torrenting to flash drive? lol I have so many HDDs to torrent to without touching my main drive... its the damn bandwidth loss that causes issues.
Why are you saying this to me?GC_PaNzerFIN wrote:
Hmm I wonder which one gives better framerate.... NIC + GTX 260 or GTX 260 SLi.... hmmmm
Last edited by mikkel (2009-04-18 03:45:35)
Because you can buy africking GTX 260 instead of the NIC.
And that will result in 100000000000000000000000000 times higher results than that NIC.
And that will result in 100000000000000000000000000 times higher results than that NIC.
Last edited by GC_PaNzerFIN (2009-04-18 03:58:53)
3930K | H100i | RIVF | 16GB DDR3 | GTX 480 | AX750 | 800D | 512GB SSD | 3TB HDD | Xonar DX | W8
But, why are you saying this to me?GC_PaNzerFIN wrote:
Because you can buy africking GTX 260 instead of the NIC.
And that will result in 100000000000000000000000000 times higher results than that NIC.
Last edited by mikkel (2009-04-18 04:14:45)
You got in the way, sorry if you thought its about you. Probably because you quoted me first
Last edited by GC_PaNzerFIN (2009-04-18 05:24:17)
3930K | H100i | RIVF | 16GB DDR3 | GTX 480 | AX750 | 800D | 512GB SSD | 3TB HDD | Xonar DX | W8