coolbuster2007

amazing speed and very nice reminders in your sig.

that is absolutely more than enough.

just follow the 20 steps carefully and correctly and you're on. base station problems are beyond our control.

yes. here, have this as your reference. http://www.testmy.net/t-18839

nice info there. thanks.

safe. and helpful. try it if you're interested. to tmn!

there's a story similar to that, take a look http://www.theregister.co.uk/2004/12/20/nasa_cracker_jailed/

with the 2x wan strategy, IT IS POSSIBLE to reach MORE OR LESS 1mbps EACH on DL & UL. say: DL = 500kbps for 1 canopy x 2 canopies = 1000kbps or 1mbps UL = 300kbps for 1 canopy x 2 canopies = 600kbps

almost 5x. IDM can help. i think its free http://www.internetdownloadmanager.com/

yes. advanced users can "intercept and modify". take a look at this http://searchsecurity.techtarget.com/sDefinition/0,,sid14_gci549087,00.html "A research group from the University of California at Berkeley recently published a report citing "major security flaws" in WEP that left WLANs using the protocol vulnerable to attacks (called wireless equivalent privacy attacks). In the course of the group's examination of the technology, they were able to intercept and modify transmissions and gain access to restricted networks."

interesting. here's a definition of WEP or Wired Equivalent Privacy from http://compnetworking.about.com/cs/wirelesssecurity/g/bldef_wep.htm "Definition: WEP is a protocol that adds security to wireless local area networks (WLANs) based on the 802.11 Wi-Fi standard. WEP is an OSI Data Link layer (Layer 2) security technology that can be turned "on" or "off." WEP was designed to give wireless networks the equivalent level of privacy protection as a comparable wired network. WEP is based on a security scheme called RC4 that utilizes a combination of secret user keys and system-generated values. The original implementations of WEP supported so-called 40-bit encryption, having a key of length 40 bits and 24 additional bits of system-generated data (64 bits total). Research has shown that 40-bit WEP encryption is too easy to decode, and consequently product vendors today employ 128-bit encryption (having a key length of 104 bits, not 128 bits) or better (including 152-bit and 256-bit WEP systems). When communicating over the wire, wireless network equipment uses WEP keys to encrypt the data stream. The keys themselves are not sent over the network but rather are generally stored on the wireless adapter or in the Windows Registry. Regardless of how it is implemented on a wireless LAN, WEP represents just one element of an overall WLAN security strategy."

please be reminded to use english as your language. only joserizal can answer that.

yes there is. http://www.testmy.net/t-21175

thanks for trusting the 20 Steps

actual download speed

amazing! until now you did not answer my query if you are on a corporate account

kudos! but it would be nicer if you'll get back that speed shown in your sig. anyways, Cablenut works for some people but not for others. likewise with TCP Opti. i am attaching a cablenut setting. try it if you want.

ah ok i got it. try avast again but this time install only the Standard Shield and Web Shield so it won't have that "a lot of movements" thing.

i've used them but was not satisfied

try using TCP Optimizer http://www.download.com/SG-TCP-Optimizer/3000-2155_4-10415840.html here's a reference thread http://www.testmy.net/forum/index.php?topic=20716.0

installing and uninstalling anti-virus softwares might have affected some registry values, which, in turn, slowed down your connection. i recommend this to you. an anti virus that's lite on memory usage, it's userfriendly and most of all free for home use so you don't have to look for keygens and licenses. http://www.avast.com/eng/avast_4_home.html uninstall all your existing anti-virus softwares before you install avast. and establish first a registry integrity by using ccleaner (crap cleaner) http://www.ccleaner.com/ hope that will help.

as tempting as you are

well i think your charm (hidden power) is working

proof

"...an SM with a jitter value of 6 in 1X operation can display a jitter value of 14 when enabled for 2X operation"