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To: Stephen B. Temple who wrote (2280)1/12/1999 7:51:00 AM
From: Stephen B. Temple  Respond to of 3178
 
Net to Net Technologies Dramatically Lowers Cost to Provide IP Services Over Digital Subscriber Loops

January 12, 1999

DOVER, N.H.--(BUSINESS WIRE) Net
to Net Technologies today announced
immediate availability of its first of many
product offerings, the INE144 IDSL Network
Extender family. Priced to dramatically
reduce the cost of deploying DSL (Digital
Subscriber Line) technology, the INE144
product family delivers 144/128 Kbps IDSL for
as little as $500 per line, including both CO
and CPE costs.

Net to Net Technologies' implementation of
DSL technology effectively extends Ethernet
technology across the local loop. This
approach dramatically reduces the
complexity of the DSL connection, providing
for true plug 'n' play installation with literally
no configuration. This no configuration setup
allows facilities-based Internet Protocol (IP)
Network Service Providers and
Data-Competitive Local Exchange Carriers
(D-CLECs) to deploy more rapidly, save
costly training dollars and realize a much
faster return on capital investment.

Net to Net IDSL supports distances up to
15,000 feet (3 miles) and is fully compatible
with existing Digital Loop Carriers (DLCs),
allowing increased reachability to all users.
Additionally, Net to Net IDSL provides an "
always on" connection with realistic
throughput up to five times faster than
today's 56K modems.

"We're very excited about the potential of
our first products for the DSL marketplace.
We're confident that Data-CLECs and IP
Network Service Providers will immediately
recognize the simplicity and cost
effectiveness of our DSL solution," stated
Net to Net chief executive officer Kenneth J.
Latimer Jr.

Net to Net Technologies' INE144-P-12
Provider Unit offers 12 IDSL-to-Ethernet
ports in a NEBS-compliant (Level 3) single "U"
chassis, is available in both AC and DC
versions, and is priced at $4995. The
INE144-S Subscriber Unit provides a single
IDSL-to-Ethernet port, and is priced at $299.

Net to Net expects to release SDSL solutions
offering selectable transport speeds from 256
Kbps up to 2Mbps in Q1 '99.

About Net to Net Technologies

Net to Net Technologies engineers low-cost,
high performance DSL products. Net to Net
DSL is unique from competitive offerings,
providing simple, low-cost LAN to DSL media
conversion instead of expensive, complex
routing or ATM multiplexing. Net to Net
Technologies, a privately held company, is
located in Dover, N.H., and can be reached
at 603/740-9377 or via email at
contact@nettonettech.com. Web site at
www.nettonettech.com.



To: Stephen B. Temple who wrote (2280)1/12/1999 9:04:00 AM
From: Stephen B. Temple  Respond to of 3178
 
The Year Of Integration, Vendors unite?

January 12, 1999

INTERNETWEEK:
The new year is always greeted with the
same question: What's coming down the
pipe?

This year, it's not only what's coming down,
but how the size of that pipe will grow, how
users will connect to it, and how it will be
partitioned to handle the convergence of
voice, video, data and a host of new
integrated applications.

From the explosion of bandwidth, to access
services, to convergence, the issues and
trends IT managers should monitor include
quality of service, policy networking, IP/ATM
integration, voice-over-IP interoperability,
application-based Web-to-host solutions,
virtual private networking services, digital
subscriber line deployment, competitive local
exchange carriers and cable modems.

In the enterprise, the battle between Gigabit
Ethernet and ATM switches will be prominent
and IT managers will be presented with
price/performance issues that will be hard to
ignore.

Although Ethernet can't yet offer the kinds
of traffic controls that ATM touts, dropping
port pricing on Gigabit Ethernet will help
make it more attractive. By 2002, Layer 3
Gigabit Ethernet ports are expected to be as
much as $500 cheaper than ATM LAN ports,
according to Cahners In-Stat Group.

This year should see pricing parity, and that
is a big win for Gigabit Ethernet, whose offer
of big bandwidth should satisfy IT managers'
needs until quality-of-service (QoS)
standards begin maturing by year's end.

"I believe Gigabit will have more appeal in the
long run simply because it is Ethernet," said
Jared Huizenga, market research analyst at
Sage Research Inc.

While those two technologies increase in
importance, two others are likely to plummet
out of sight. "Token ring switches will all but
vanish from the LAN switch market in 1999.
The same can be said of 10-Mbps Ethernet,"
according to Huizenga.

IT managers seem to back that up. "We will
phase out 10-Mbps Ethernet in 1999. As we
add machines, we give them 100-Mbps
availability. I don't want to ever buy another
10-Mbps card," said Gary Cosmer, director of
information systems at TRM Copy Centers.
Commodity pricing on Fast Ethernet ports
also will drive the spike into token ring's
heart.

Policy networking may finally get its due this
year after Cisco, Lucent Technologies, Nortel
Networks and others lined up behind Novell's
NDS late last year.

But look for Microsoft and its Active
Directory to throw a wrench into
deployments if it hits the market late in the
year.

QoS issues may sail the same choppy waters
as vendors and IT managers try to define
QoS' usefulness in the era of
mega-bandwidth. If the two can't agree,
QoS in the enterprise may be DOA in 1999.

Also on the LAN, Layer 3 switching is likely to
spread its wings in 1999. Although the
technology won't change much, adoption
should soar. "Layer 3 switching will enable us
to get wirespeed routing and maintain our
collapsed backbone and our IP addressing
structure. It removes the bottleneck that
the router creates," said Chuck Yoke,
network architect at Janus.

Layer 4 switching will finally land in hardware
with Alteon Networks Inc. being the first to
unveil an ASIC, and that should make server
farms faster and smarter.

Convergence will be everywhere as IP
continues to dominate. The interoperability
of voice-over-IP products will be a top-level
enterprise issue. To that end, a group of
vendors last month said they would support
the iNOW interoperability standard backed by
ITXC Corp., Lucent and VocalTec
Communications Ltd.

"Our intent is simple," said Lov Kher, Lucent's
general manager for Internet telephony
solutions. "We want our products as
interoperable as they can be. Unless
something is done, calls won't be able to be
made among different service providers that
use different gateways."

Vendors also will have to answer quality
issues in order to win over skeptical IT
managers. According to Cahners In-Stat,
only 9 percent of voice traffic will be
IP-based in the enterprise in 1999, up from 6
percent last year.

In the Web-to-host applications space, Y2K
will be a major distraction for IT managers.
"Y2K will be the prevailing theme this year,
but IT managers will move toward more
application-based solutions for
Web-to-host," said Anura Guruge, an
independent SNA analyst. "The long-range
deployment of Web-to-host will be geared to
customized, application-specific solutions."

For the WAN, access and services will be hot
topics for IT managers in 1999.

"Laser pricing is coming down and DWDM
[dense wave division multiplexing] will be
cheap enough to bring to the customer
premises," said Lisa Allocca, an analyst with
Renaissance Worldwide Inc. She said the real
question is whether DWDM access will be
priced the same as T3 or ATM.

This year likely will be a make-or-break
period for economical, high-speed remote
access. The growth of telecommuting and
the increased use of intranet applications are
driving demand, but whether IT managers will
have the tools to meet the demand is the
question.

Digital subscriber line (DSL) services offer an
economical alternative to T1 lines, but DSL
has not lived up to its hype yet. While DSL
deployments are under way by all the
regional Bells and GTE, few users can
actually get the service today.

IT managers should start to see DSL benefits
with the collaboration between service
providers and computer heavyweights such
as Compaq, Gateway 2000 Inc., Intel and
Microsoft. IT managers will be able to buy
DSL-enabled PCs that essentially have
high-speed Internet access out of the box.

However, IT managers looking for high-speed
alternatives for their telecommuters will get
some help from a handful of competitive local
exchange carriers (CLECs) such as Covad
Communications Co., NorthPoint
Communications Inc. and Rhythms
NetConnections Inc., that specialize in DSL.

CLECs like these are aggressively deploying
DSL services in major cities across the
country and partnering with major service
providers.

At the same time, IT managers may find
another high-bandwidth route for
telecommuters. Specifically, 1999 will see
cable-modem-based high-speed services
gaining respectability as a business-user
data service.

However, even with these developments, IT
managers planning a telecommuter strategy
this year will find no simple solution. While
DSL will become available in more locations,
managers will feel as if they are reliving the
ISDN fiasco of the past 20-plus years.
Specifically, IT managers eager to use DSL
will spend a lot of time just determining if
service is available. Making matters worse,
even when a central office is equipped to
offer DSL, line conditions and a user's
distance from the central office will
determine who gets service.

Of course, even if appropriate DSL and cable
modem services become widely available,
they are really nothing more than a
high-speed pipe to a provider's network.
Making such a connection useful for a
business user means providing a secure path
back to the corporate network.

This is a role that virtual private networks
can fill. And this year will see many
business-oriented service providers offering
managed VPN services that ride over these
high-speed links. "This is the year VPN
matures and we start to see real growth,"
said Renaissance Worldwide's Allocca.

Chuck Moozakis and Salvatore Salamone
contributed to this story.

Copyright (c) 1999 CMP Media Inc.

By John Fontana

<<INTERNETWEEK -- 01-11-99, p. PG23>>

[Copyright 1999, CMP Publications]



To: Stephen B. Temple who wrote (2280)1/12/1999 9:40:00 AM
From: Stephen B. Temple  Respond to of 3178
 
"We're working on being able to offer a DWDM system that would allow you to carry the analog video signals on a wavelength within the same fiber, but we're not there yet".

Cable Puts The Squeeze On Broadband Content

January 12, 1999

Inter@ctive: Wavelength Division
Multiplexing may let operators deliver
services over existing plant

By Fred Dawson, Contributing Editor

New network technology now being
deployed by Tele-Communications Inc.
could help the cable industry avoid what
is shaping up to be a messy bandwidth
problem this year.

Many companies are preparing to test the
TCI approach in 1999, prompting a
growing list of vendors to introduce
products that represent both a departure
from and a low-cost migration supplement
to the 1,310-nanometer (nm) amplitude
modulation lightwave platform used
throughout the cable industry.

The question facing cable engineers is
how best to exploit a set of options based
on Wavelength Division Multiplexing
(WDM) technology at the 1,550-nm
wavelength.

"The combination of TCI and AT&T
backing this technology has everybody in
the industry looking at it," says Randy
Schmid, director of marketing for the
analog transport systems business unit at
ADC Telecommunications (www.adc.com).

There's urgency behind the interest,
because the bandwidth growth curve is
proving to be steeper than many
strategists predicted. That growth is
being driven in the short term by
accelerating preparations for entering the
data and voice businesses and in the
longer term by plans for rollouts of
video-on-demand (VOD) and
high-definition television (HDTV) services.

The immediate squeeze from data and
voice services is on the narrow 5- to
50-megahertz (MHz) upstream path. But
by year's end, even the 750 MHz of
downstream bandwidth at current node
divisions of 1,000 homes or more may
become a problem as operators look to
deliver 80 analog 6-MHz channels, a
sizable chunk of digital broadcast
channels, VOD and HDTV, which takes up
more than six times the amount of
bandwidth consumed by the average
Motion Picture Experts Group2 channel,
says Paul Connolly, vice president of
marketing and network architecture at
Scientific-Atlanta (www.sci-atl.com).

Harmonic Divergence

TCI (www.tci.com) is using gear from
Harmonic Lightwaves to distribute
dedicated digital signals from its headends
over separate wavelengths on the same
fiber to primary distribution hubs. At the
hubs, one of the dedicated wavelengths
carrying digital broadcast, data and, in
the future, VOD services for customers in
that part of the network is optically
amplified, passed through optical splitters
and then combined with a 1,310-nm
analog video feed onto a fiber to each
coaxial interface node.

This approach contrasts with today's
all-1,310-nm wavelength distribution
systems, in which high-capacity fiber
rings or dedicated fiber links deliver a
combined 750-MHz payload of analog and
digital services from the headend to each
hub, using time division or frequency
division rather than wavelength division to
apportion out dedicated signals among
the hubs.

The TCI approach takes advantage of the
fact that vendors have learned how to
combine multiple wavelengths of digital
radio frequency quadrature amplitude
modulated (QAM) signals onto a single
fiber. While makers of Dense WDM
(DWDM) gear are able to supply systems
that can carry dozens of baseband time
division Synchronous Optical Network
(SONET) streams over a single fiber, the
maximum number of wavelengths carrying
frequency-divided QAM signals achieved
so far is 16, a benchmark just reached in
a new distribution system from
Scientific-Atlanta.

"We're working on being able to offer a
DWDM system that would allow you to
carry the analog video signals on a
wavelength within the same fiber, but
we're not there yet," Connolly says.

TCI can combine a 1,310-nm analog video
wavelength with a 1,550-nm QAM
wavelength over fiber from the hub to
each node because of the difference in
power levels between the two signals,
says Mark Trail, director of product line
management for transmission systems at
Harmonic Lightwaves. "We have several
other [cable] customers making use of
this technology," he adds.

The new wavelength multiplexing strategy
lets operators expand incrementally into
the digital domain by adding 1,550-nm
wavelengths without reconfiguring or
replacing the 1,310-nm optoelectronics
already in place. It also lets operators
push fiber deeper into the network
without having to add more lasers at the
hubs to accommodate more nodes.

Deeper fiber means fewer customers per
coaxial serving area, which means there
are fewer customers contending for
upstream bandwidth, Trail says. That
means the new approach also has
ramifications for resolving the upstream
bandwidth crunch.

The VOD Curve

Synchronous Group, the first company to
offer optical amplifiers and DWDM
products for the cable industry, is working
on a new generation of technology that
fully exploits the advantages of new
optical technology with an eye toward
VOD deployment, says Al Johnson,
president and chief operating officer of
the company. "The more reach you have
with high-wavelength density, the more
centralized your VOD operation becomes,"
he says.

When signals are already being
regenerated at each hub, it makes sense
to put the VOD server there, Johnson
says. But with the centralized point of
distribution for dedicated signals offered
by DWDM, a single master server or small
server cluster can serve the entire cable
system, he adds.

Interest in DWDM also is driving vendors
to look at alternatives to SONET as a
means of assuring adequate protection
against system failures, says David
Berman, director of integrated video
solutions at Northern Telecom
(www.nortelnetworks.com), which
recently signed an agreement to acquire
DWDM system supplier Cambrian Systems
(www.cambriansys.com). "When people
are looking at connecting hubs to a single
master headend, they don't necessarily
want to use SONET, which requires that
signals be remodulated and regenerated
for distribution to nodes," Berman says.

Cambrian and Nortel Networks are
developing a ring-based DWDM product
based on Cambrian's OPTera technology,
which provides route protection over
DWDM for signals operating in native
protocols over different wavelengths.
"SONET is great if you're trying to get one
hell of a lot of bits through on a single
wavelength," Berman says. "But if you're
using QAM channels, that's the equivalent
of putting DS-3 [45 megabits per second]
on each wavelength. That's not an
efficient use of SONET."