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.
Key features of "cFosSpeed":
· Free configurable Prioritization
· self-calibrating
· Layer-7 Analysis
· Firewall
· automatic router detection
· optimal Dial-Up connections
· VPN - WLAN - WiFi - MTU-Optimization
· Multi User Features
· broadband limits
cFosSpeed has two goals
Keep network delays (ping times) small, in order to make Internet applications as responsive as possible.
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.
System requirements:
* Windows XP / Windows Vista / Windows 7, but also Windows 2000
* 32bit / 64bit (x64)
* Existing Internet connection
Key features of "cFosSpeed":
· Free configurable Prioritization
· self-calibrating
· Layer-7 Analysis
· Firewall
· automatic router detection
· optimal Dial-Up connections
· VPN - WLAN - WiFi - MTU-Optimization
· Multi User Features
· broadband limits
cFosSpeed has two goals
Keep network delays (ping times) small, in order to make Internet applications as responsive as possible.
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.
System requirements:
* Windows XP / Windows Vista / Windows 7, but also Windows 2000
* 32bit / 64bit (x64)
* Existing Internet connection
Normal data transfer:
Data reception needs to be confirmed (ACKnowledgment packets) before new data can be sent
Data reception needs to be confirmed (ACKnowledgment packets) before new data can be sent
No Traffic Shaping:
ACK packets are stalled and delayed by a simultaneous upload. As a result, the download is slowed down as well.
ACK packets are stalled and delayed by a simultaneous upload. As a result, the download is slowed down as well.
ACK packets are prioritized in the upstream, allowing the download to continue at maximum speed.
DOWNLOAD : HERE
