High Speed Internet Access
Different types of DSL
WebSurf currently provides SDSL, and IDSL. However, DSL has
many additional flavors as well.
When discussing the different flavors of DSL it is
important to understand the concepts of upstream and downstream. Downstream is like
downloading. It means information is traveling from the Internet to your computer.
Examples would be opening a web page on your computer screen, or opening e-mail messages.
Upstream, on the other hand, means you are sending
information from your computer to the Internet. Examples of information traveling upstream
are sending e-mail messages or hosting a web server. If you have ever tried to send e-mail
with a large attachment, like pictures, large spreadsheets, or electronic presentations,
you understand how a sluggish upstream connection can really slow down your business.
SDSL (Symmetrical Digital Subscriber Line)
SDSL is a symmetrical service, which means that information travels upstream and
downstream at the same rate. It was designed for applications requiring high speeds in
both directions. SDSL speeds begin at 192 Kbps and go as high as 1.1 Mbps. SDSL is well
suited for business applications because of its symmetrical nature.
ADSL (Asymmetrical Digital Subscriber Line)
ADSL is an asymmetrical service, which means that information travels downstream at a
different rate than it travels upstream. ADSL is faster downstream than upstream. Upstream
speeds are 128 Kbps - 384 Kbps while downstream speeds can be as fast as 768 Mbps. ADSL is
primarily used by residential power users who spend most of their time online downloading
information. Websurf does not currently offer ADSL service.
IDSL (ISDN DSL)
IDSL is essentially used to provide DSL service to customers who do not qualify for SDSL
or ADSL. IDSL is capable of reaching customers who are up to 36,000 feet away from the
telephone company Central Office. IDSL operates at a symmetrical speed of 128 Kbps.
And now, back to the menu...
Pricing
Please contact us for
pricing, availability, and bandwidth requirements.
