The network driver to break the Internet via broadband technology Traffic Shaping. Optimizes DSL, cable and modem lines, ISDN, and mobile-peer (P2P) Network, online games, VoIP and streaming media. Works with virtually any equipment, and almost all over the world. cFosSpeed will allow you to have a super-fast internet surfing and reduce download time and response. This program is popular with fans of online gaming, peer to peer networks and consumer audio and video streaming.

CfosSpeed is a network driver, which attaches itself to existing Internet connections. It then optimizes data transfer by means of Traffic Shaping. Traffic Shaping is a method for optimizing the Internet traffic. It allows maximum speed while ensuring minimal Ping. You can use cFosSpeed with a router and/or a DSL-modem or cable-modem. You can also use cFosSpeed with other types of Internet access, ie. whenever you already have an existing Internet connection. cFosSpeed supports a wide variety of connections, like DSL, cable, ISDN, UMTS, etc. cFosSpeed has two goals - keep network delays (ping times) small, in order to make Internet applications as responsive as possible. And improve data throughput by avoiding network congestions. You can use cFosSpeed with an Internet connection you use exclusively or which you share with several PCs.

IcFosSpeed is a network driver, which attaches itself to existing Internet connections. It then optimizes data transfer by means of Traffic Shaping. Traffic Shaping is a method for optimizing the Internet traffic. It allows maximum speed while ensuring minimal Ping. You can use cFosSpeed with a router and/or a DSL-modem or cable-modem. You can also use cFosSpeed with other types of Internet access, ie. whenever you already have an existing Internet connection. cFosSpeed supports a wide variety of connections, like DSL, cable, ISDN, UMTS, etc. cFosSpeed has two goals - keep network delays (ping times) small, in order to make Internet applications as responsive as possible. And improve data throughput by avoiding network congestions. You can use cFosSpeed with an Internet connection you use exclusively or which you share with several PCs.

cFosSpeed is a Traffic Shaping driver for DSL modems and routers.
Internet acceleration and advanced Traffic Shaping for: USB DSL Modems, Routers and LAN DSL Modems.

This application will fasten Internet speed with Traffic Shaping

cFosSpeed is a Traffic Shaping driver for DSL modems and routers.

Internet acceleration and advanced Traffic Shaping for: USB DSL Modems, Routers and LAN DSL Modems.

Here are some key features of "cFosSpeed":
· Perfect for online gamers!
· Extended Traffic Shaping for DSL modems, cable modems & routers
· Highly responsive when used with online games and filesharing (P2P) like eMule, Kazaa or Bittorrent
· Minimal ping times for streaming audio & video, Voice over IP (VoIP), Internet Radio, etc.

cFosSpeed is a Traffic Shaping driver for DSL modems and routers.

Internet acceleration and advanced Traffic Shaping for: USB DSL Modems, Routers and LAN DSL Modems.

Here are some key features of "cFosSpeed":
· Perfect for online gamers!
· Extended Traffic Shaping for DSL modems, cable modems & routers
· Highly responsive when used with online games and filesharing (P2P) like eMule, Kazaa or Bittorrent
· Minimal ping times for streaming audio & video, Voice over IP (VoIP), Internet Radio, etc.
· Individual program prioritization

cFosSpeed is a network driver, which attaches itself to existing Internet connections. It then optimizes data transfer by means of Traffic Shaping.
Traffic Shaping is a method for optimizing the Internet traffic. It allows maximum speed while ensuring minimal Ping.You can use cFosSpeed with a router and/or a DSL-modem or cable-modem. You can also use cFosSpeed with other types of Internet access, ie. whenever you already have an existing Internet connection.cFosSpeed supports a wide variety of connections, like DSL, cable, ISDN, UMTS, etc.

cFosSpeed is a high-performance network driver for DSL modems and routers. Highlights of this program include Traffic Shaping, For DSL modems and routers, Fully compatible with conventional PPPoE drivers, Automatic router detection, Self-calibrating, Highly responsive when used with online games and Peer-to-Peer networks like eMule or Kazaa, and Freely configurable priority classes.

cFos Traffic Shaping reduces delays during data transfer and allows you to surf the Internet up to three times faster. Finally, you can use the full bandwidth of your DSL connection!

During TCP/IP transfer, a certain amount of data needs to be confirmed upon reception before more can be sent. Stalling data confirmation results in delays and transfer-rate slowdowns, thus forcing the sender to wait. Especially for ADSL, it is possible to slow a download to a crawl by choking the upstream channel (which has the smaller bandwidth anyway) with an upload. This is because in such a scenario there is not enough upstream bandwidth left for data confirmation. The standard solution so far has been to try and compensate for this by increasing TCP window size, thereby allowing more data to be sent without immediate confirmation. The main problem here is that this also leads to high ping times (latency) and significant delays during Webpage rendering. Latency of up to 2 seconds is not uncommon for TCP windows with a size of 64k. In short, huge window sizes just won?t let you achieve full download speed. By contrast, cFos Traffic Shaping prioritizes data traffic in such a fashion that important packets zip past regular packets. This way, receipts always arrive in time, and uploads won't ever choke your broadband connection again! cFos Traffic-Shaping technology recognizes a number of important packet types and prioritizes them not only to keep Internet traffic running smoothly but also to ensure particularly low ping times. This not only accelerates surfing and download speeds significantly, but it is also a decisive advantage for online gaming.

cFosSpeed is a high-performance network driver for DSL modems and routers. Highlights of this program include Traffic Shaping, For DSL modems and routers, Fully compatible with conventional PPPoE drivers, Automatic router detection, Self-calibrating, Highly responsive when used with online games and Peer-to-Peer networks like eMule or Kazaa, and Freely configurable priority classes.

During TCP/IP transfer, a certain amount of data needs to be confirmed upon reception before more can be sent. Stalling data confirmation results in delays and transfer-rate slowdowns, thus forcing the sender to wait. Especially for ADSL, it is possible to slow a download to a crawl by choking the upstream channel (which has the smaller bandwidth anyway) with an upload. This is because in such a scenario there is not enough upstream bandwidth left for data confirmation. The standard solution so far has been to try and compensate for this by increasing TCP window size, thereby allowing more data to be sent without immediate confirmation. The main problem here is that this also leads to high ping times (latency) and significant delays during Webpage rendering. Latency of up to 2 seconds is not uncommon for TCP windows with a size of 64k. In short, huge window sizes just won?t let you achieve full download speed. By contrast, cFos Traffic Shaping prioritizes data traffic in such a fashion that important packets zip past regular packets. This way, receipts always arrive in time, and uploads won't ever choke your broadband connection again! cFos Traffic-Shaping technology recognizes a number of important packet types and prioritizes them not only to keep Internet traffic running smoothly but also to ensure particularly low ping times. This not only accelerates surfing and download speeds significantly, but it is also a decisive advantage for online gaming. With cFos Traffic Shaping, you will notice measurable improvements and benefits like:

Traffic Shaping best for
* Broadband: DSL, Cable
* Narrow band: modem, ISDN
* Mobile
* Filesharing (P2P)
* Games
* Streaming Media, VoIP

Features
* Low Ping
* Prioritising programs
* Prioritising protocols
* Online Budgets
* Firewall

Important note on cFos Traffic Shaping
cFos Traffic Shaping is now in calibration and learning phase. This is necessary to determine exact connection speed and performance so as to ensure optimal download and upload rates will be attained while the ping remains low.

Depending on how much you use your connection, this phase can last for a few days. However, you can speed up this process by sending yourself a big file by e-mail, thereby effectively running an upload for several minutes at full bandwidth.

Ping times should start out low from the get-go, while the upload rate will first have to be properly aligned with a connection's maximum specifications. You can switch between having your current ping time displayed either numerically or graphically on the status window.

Traffic Shaping best for
* Broadband: DSL, Cable
* Narrow band: modem, ISDN
* Mobile
* Filesharing (P2P)
* Games
* Streaming Media, VoIP

Internet acceleration through Traffic Shaping

cFosSpeed for existing connections with
-- broadband (DSL, Cable)
-- router and dial-up connections
-- modem or mobile (e.g. UMTS)
-- Windows 2000, XP, Server 2003, Vista

cFos dial-up software for
-- DSL / PPPoE
-- ISDN
-- GSM dial-up with CAPI
-- Windows 2000, XP, 2003, Vista,
-- but also 9x/ME/NT4

cFosSpeed
-- Traffic Shaping best for
-- Broadband: DSL, Cable
-- Narrow band: modem, ISDN
-- Mobile
-- Filesharing (P2P)
-- Games
-- Streaming Media, VoIP

cFos Traffic Shaping reduces delays during data transfer and allows you to surf the Internet up to three times faster. Finally, you can use the full bandwidth of your DSL connection!

During TCP/IP transfer, a certain amount of data needs to be confirmed upon reception before more can be sent. Stalling data confirmation results in delays and transfer-rate slowdowns, thus forcing the sender to wait. Especially for ADSL, it is possible to slow a download to a crawl by choking the upstream channel (which has the smaller bandwidth
anyway) with an upload. This is because in such a scenario there is not enough upstream bandwidth left for data confirmation. The standard solution so far has been to try and compensate for this by increasing TCP window size, thereby allowing more data to be sent without immediate confirmation. The main problem here is that this also leads to high ping times (latency) and significant delays during Webpage rendering. Latency of up to 2 seconds is not uncommon for TCP windows with a size of 64k. In short, huge window sizes just won?t let you achieve full download speed. By contrast, cFos Traffic Shaping prioritizes data traffic in such a fashion that important packets zip past regular packets. This way, receipts always arrive in time, and uploads won't ever choke your broadband connection again! cFos Traffic-Shaping technology recognizes a number of important packet types and prioritizes them not only to keep Internet traffic running smoothly but also to ensure particularly low ping times. This not only accelerates surfing and download speeds significantly, but it is also a decisive advantage for online gaming.

During TCP/IP transfer, a certain amount of data needs to be confirmed upon reception before more can be sent. Stalling data confirmation results in delays and transfer-rate slowdowns, thus forcing the sender to wait. Especially for ADSL, it is possible to slow a download to a crawl by choking the upstream channel (which has the smaller bandwidth anyway) with an upload. This is because in such a scenario there is not enough upstream bandwidth left for data confirmation. The standard solution so far has been to try and compensate for this by increasing TCP window size, thereby allowing more data to be sent without immediate confirmation.

Connections:
* Broadband: Cabel and DSL
* Narrow band: Modem and ISDN
* Mobile
* Media:
o DSL, PPPoE
o DSL, PPPoA (VCmux and LLC)
o DSL, PPTP
o Cable
o ISDN
o IP over AAL
o RFC1483/2684 bridged