Hayes Accura V92 PC Card 08-15327-72 Leaflet

56K V.92/V.90 PCMCIA

Modem for Windows,

Macintosh & Linux

Model H08-15327

The Hayes Accura V.92 PC Card Model H08-15327 is a high-performance 56K
faxmodem that plugs into the PCMCIA slot or PC Card slot of a laptop computer.
Performance of the Model H08-15327 is enhanced by an on-board Digital Signal
Processor (DSP) and an on-board controller, providing a more stable system and better
performance than Windows-only modems.

The Model H08-15327 is fully compatible with all features of the latest V.92 and V.44
international standards and will also communicate at V.90 and slower speeds.

Benefits of V.92 and V.44 include:

 most modems call the same Internet service number every time.

V.92 modems save the connection profile to eliminate negotiation time and significantly
reduce connection time.

 the old V.42bis compression standard was established

before the advent of the World Wide Web!  The newer V.44 standard is designed for
the kinds of content seen on the Web today and can noticeably improve download
speeds.

 V.92 can send e-mail and attachments up to 40 percent faster

than V.90 modems.

 this feature works with call waiting services to allow an incoming

phone call to be answered without losing an Internet connection on the same line.*

In addition to the latest data communications technology, the Model H08-15327
includes other features which make it superior to the competition, including:

 to provide more system stability

than "Windows-only" soft modems or controllerless modems.

 to protect against damage to the modem that can be caused by

accidental connection to a digital PBX outlet.

 when used with an embedded sound chip or sound card in a

laptop computer.

Faster Web
Browsing with V.44
The latest standard in
compression

Faster Connect Times
with V.92 QuickConnect

Modem-on-Hold and
Call Waiting*
Take phone calls while
online

Maximum
Compatibility
With V.92, V.90, and
older standards

On-board DSP and
Controller for
improved performance

for protection against
digital PBX over-voltage