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aDSL |
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 Asymmetric
Digital Subscriber Line (aDSL), a modem technology, converts existing
twisted-pair telephone lines into access paths for multimedia and high-speed
data communications. aDSL can transmit up to 6 Mbps to a subscriber, and as
much as 832 kbps or more in both directions.
aDSL is an "always on" service, meaning that as
long as your computer is powered on, it will automatically stay connected to
the Internet unless you manually disconnect via software or hardware. aDSL is
especially suited for gamers, CAD use, streaming multimedia and
downloading large files. aDSL is not available to everyone. DSL providers, or
even your local phone company, can tell you if service is available in your
locale. Speeds will vary depending upon your physical distance from local
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aDSL2
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A new family of aDSL (asymmetric digital
subscriber line) standards called "aDSL2" adds features and functionality that
boost aDSL's performance, improve interoperability, and support new
applications, services and deployment scenarios. Our highest offer of aDSL2 is
20 meg down and 1 meg up. aDSL2
chipsets can bind two or more copper pairs
on the aDSL link. The result is fiber-like
data rates over existing copper lines.
The aDSL2 standard doubles the maximum
frequency used for downstream data
transmission from 1.1 MHz to 2.2 MHz. This
effectively provides downstream data rates
of 25M bit/sec on phone lines as long as
5,000 feet. This is an attractive option for
businesses that have voice services on
different phone lines and value the
additional upstream bandwidth..........More.
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Fiber |
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 Fiber
Optic cables transmit a digital signal via pulses of light through a very thin
strand of glass.
information online.
The fiber cable is connected to a
transmitter. The transmitter converts electronic pulses into light pulses and
sends the optical signal through the fiber cable. At the other end, the fiber
cable is plugged into a receiver which decodes the optical signal back into
digital pulses |
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sDSL
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 sDSL
stands for Symmetric Digital
Subscriber Line. This means that an
sDSL circuit can send the same
amount of traffic upstream as it can
receive. If you have a 768k circuit,
your speed “to the internet” would
be 768k and your speed “from the
internet” would be 768k.
Symmetric service benefits customers
who host their own web server, email
server, send a lot of information to
the internet such as an
architectural firm. sDSL can also be
used in a frame relay solution,
which will connect your remote
offices, or home office, to your
corporate office.
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T1 |
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 T1
is a high speed solution for the
data and voice needs of some
businesses.
As a T1 provider, we are a leader in
this industry.
When
you trust Micronet
to
maintain your T1 circuit, you can be
assured that your systems will
remain in the "uptime zone" 99.9 %
of the time.
No other T1 provider will provide
the high level of service like we
provide for our subscribers.
From problems with the T1 hardware
Circuit and router equipment to
software, Micronet monitors your
circuit.
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T
Ultra Wireless
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 Micronet
business telecommunications services
are a single solution to your
business’ communications needs. If
your business needs 100%
availability for its online
services, our fixed wireless
diversity options can supply you
near real-time fail over from your
wireline circuits and offer you
peace of mind.
Micronet operates an
extensive, high-speed fixed wireless
network that offers both carrier and
physical diversity for fiber and
multiple T connections.
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