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To: Frank A. Coluccio who wrote (1384)9/26/1998 10:23:00 AM
From: Kenneth E. Phillipps  Respond to of 3178
 
Article on VoIP and VoIP products reviewed in PC Magazine for 10/6/98

zdnet.com



To: Frank A. Coluccio who wrote (1384)9/26/1998 10:42:00 AM
From: Kenneth E. Phillipps  Respond to of 3178
 
ALTS Urges Strong Measures by FCC to Ensure Continued Growth of
New CLEC Alternatives in Broadband Services

PR Newswire - September 25, 1998 17:15

National Organization Cites Rapid Growth of CLEC Industry and Americans' Choice in Broadband Services as Evidence of
Telecom Act's Success

WASHINGTON, Sept. 25 /PRNewswire/ -- The Association for Local Telecommunications Services (ALTS) today urged
the Federal Communications Commission to take strong measures that will ensure continued growth of new competitive
alternatives in broadband services and provide all Americans with the right to choose among advanced data service providers.
ALTS is a national organization representing facilities-based competitive local exchange carriers (CLECs).

"The FCC needs to focus on the real problem: monopoly control of the essential facilities over which broadband services are
provided," said Cronan O'Connell, ALTS Vice President -- Industry Affairs. "ALTS' members are deploying advanced data
services today and will continue to invest in advanced technology. But the FCC needs to ensure that the incumbent
monopolies truly open their local markets to competitors by removing roadblocks to the competitive provision of service."

ALTS urged the FCC to follow the competitive model proposed by ALTS as the only way to ensure access to ILEC
facilities, and noted that deregulation of incumbent local exchange carrier (ILEC) facilities and services would thwart
broadband services deployment, not incent further investment.

"The CLECs are making one of the most significant contributions to the economy of the 1990s and into the millenium by
building America's broadband infrastructure," said ALTS' O'Connell. "Consumers are the direct beneficiaries of CLEC
investment. FCC policy that ensures opening the local markets will in turn bring more of these advanced services to a broader
range of consumers."

In comments to the FCC, ALTS stated that the Telecom Act did not authorize the FCC to deregulate ILECs for the provision
of advanced data services. However, because the Commission has proposed deregulating such services if provided through a
separate subsidiary, ALTS recommended necessary measures the Commission should take to prevent a subsidiary from
extending the ILEC monopoly into Internet and high-speed data. According to ALTS, the rapid growth of these vital new
markets is being led by entrepreneurial CLECs, not the ILECs, and driven by competition and innovation.

ALTS submitted its comments in response to the FCC's August 7 Notice of Proposed Rulemaking (FCC 98-188) in CC
Docket 98-147, in which the Commission outlined a proposal for ILEC separate data subsidiaries. As an attachment to its
comments, ALTS submitted a 115-page study by HAI Consulting, Inc., entitled Economics and Technology of Broadband
Deployment. (The study is available in full on the ALTS Web site, www.alts.org)

The HAI study found that because ILECs are collocated in every central office where customer loops come together, and all
the central offices are connected, the ILECs can use this control to discriminate against competitive broadband suppliers.
Without appropriate regulation designed to ensure that competitors have access to customers, the end result could be
monopolization over broadband services.

The HAI study concluded that the best way to ensure rapid deployment of new technologies is to encourage competition.
HAI concluded that three conditions absolutely must be met. First, there must be an appropriate division of activities between
the parent and the subsidiary. Second, there must be improved collocation and unbundling requirements so that competitors
are not closed out of the market. Third, there must be effective enforcement of Commission rules that include penalties and
remedies for non-compliance.

ALTS is the national industry association whose mission is to promote facilities-based local telecommunications competition.
Located in Washington, D.C., the organization was created in 1987 and represents companies that build, own, and operate
competitive local networks. For information on ALTS, contact Jim Crawford at 703-715-0844 or visit the ALTS Web site at
www.alts.org.

SOURCE Association for Local Telecommunications Services

/CONTACT: Jim Crawford, 703-715-0844, for ALTS/

/Web site: alts.org

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%TLS %EXE V%PRN P%PRN




To: Frank A. Coluccio who wrote (1384)9/27/1998 2:12:00 PM
From: Frank A. Coluccio  Respond to of 3178
 
OT: Education and Internet2

CENIC Institutions Play Key Role in Internet2 Conference Demonstrations

SAN FRANCISCO--Sept. 25, 1998--Members of the Corporation for Education Network Initiatives in California (CENIC) are playing a key role in the Internet2 Project Meeting on Sept. 27 and 28 at the Hyatt Regency Embarcadero in San Francisco.

Internet2 is the new education and research network that builds upon the success of the last 10 years in generalizing and adapting research Internet technology to academic needs. CENIC is collaborating with Internet2 to deploy the nation's new high speed advanced services education and research network. CENIC is providing the network connection to the Internet2 Project Meeting for the demonstrations.

Global Initiatives Challenge Traditional Data Management Tools:

New modes of sharing information, as well as methodologies to cooperatively access and analyze data, are key to the success of future international scientific joint ventures. For commercial enterprises geographically distributed across the state, the nation and the world, large-scale data management will be a critical function of "doing business" in the global marketplace.

Caltech's globally Interconnected Object Databases (GIOD) project addresses some of the key issues of Petabyte-scale data access and analysis using an ensemble of networked computers, that will challenge scientists searching for the origin of mass and other new physics phenomena in the next generation of high energy physics experiments. More information can be found at pcbunn.cithep.caltech.edu.

Telemedicine: Pushing the frontiers of Health Care Delivery: The advent of "telemedicine" brings together the most advanced computing and communications technologies, combining them with outstanding medical technologies, that will allow for continued improvement of patient care, the reduction of costs and increased access to quality care for all Americans, including those residing in under-served and rural communities. Researchers from the University of Southern California will demonstrate the potential for securing expert medical diagnoses using recent advancements in network technology. More information can be found at www-abc.hsc.usc.edu.

Virtual Lectures -- Anytime, Anywhere: First year medical students UC Davis are enrolled in a new course in Molecular Biology, simply known as "MoBy." MoBy is memorization-based "courseware" that students access on-line. Traditionally, students are challenged with the arduous memorization of molecular biology facts in class, often leading to complaints of excessive rote memorization. With MoBy, the memorization work is done in a "virtual classroom" on the World Wide Web (WWW). More information can be found at trc.ucdavis.edu.

Information Technology Key to Successful Military Disaster Relief Missions: Advancements in digital libraries, geographic information technology, and high performance networks are redefining the Information Age. At the Information Sciences Institute at the University of Southern California, researchers have married the three technologies to form the basis of its GeoWorlds system. GeoWorlds integrates, tests and evaluates digital libraries and geographic information technologies. The function of the system is to help a user understand facts and events in relation to space and time. GeoWorlds shows how a strategic alliance of technology developers can transfer resulting technology to multiple military partners. More information can be found at isi.edu.

Virtual Environments Facilitate Cost-effective Science Collaborations: the world-wide physics community, the creators of the World Wide Web, is now pushing the state-of-the-art in tele-conferencing technology. Under development at Caltech since 1995, Virtual Room Videoconferencing Systems (VRVS) provide a low-cost, bandwidth-efficient, extensible means for videoconferencing and remote collaboration. The high energy and nuclear physics community has launched its virtual system which includes 470 registered host sites running the VRVS software in more than 20 different countries.

Interactive TV System Brings the Classroom to the Student: This fall, students at UC Berkeley are attending fewer lectures and watching more television. They're tuning into BIBS -- The Berkeley Internet Broadcasting System -- an interactive television system that brings the classroom to the student. BIBS is being developed to support distance learning, collaboration, and novel interactive television applications. The system supports an unlimited number of simultaneous programs that may include any number of audio, video, and data streams. Each broadcast reaches an average of 10 to 50 remote viewers, and some "audiences" have been as large as 200 viewers from around the world.

More information can be found at www.CENIC.org.

CONTACT: CENIC Development Associate
Susan Estrada, 760/929-0580
sestrada@aldea.com



To: Frank A. Coluccio who wrote (1384)9/28/1998 7:08:00 AM
From: Frank A. Coluccio  Read Replies (1) | Respond to of 3178
 
USA Global Link taps Siemens for global hybrid network

[All, this is another slice of the same story presented in post #1384 upstream. The reason they are using ATM in the core is to cut down on the number of hops, or Hop Count, which reduces end-to-end latency dramatically. ATM is a Layer 2 technology, thus it is virtually "cut through" at silicon speeds taking predetermined virtual circuits. More costly going in, but will assure quality and greater administrative control when traffic eventually ramps up. This also positions them well for IntServ adaptation, if, and when, that time should arrive. Regards, Frank Coluccio]

September 28, 1998

Since making a splash a year and a half ago by announcing
development of a 1,000-point-of-presence (POP) global
voice-over-IP network, USA Global Link has been
relatively quiet. But the company renewed its public
commitment to the network this week with the
announcement of a deal with Siemens Telecom
Networks that is crucial to the international service's
core infrastructure.

Global Link said the deal calls for Siemens to help
design, deploy, and sell on a financed basis central
office and ATM switches. IP telephony technology is
also included in the $12 million deal.

The contract follows a deal with 3Com for voice-over-IP
(VOIP) gateway switches earlier this year.

Global Link intends to match up the Siemens
technology, which provides Signaling System 7 (SS7)
signaling and control capabilities and ATM transport,
with the 3Com VOIP gateways. The calls will be moved
into and out of the public switched telephone network,
Global Link's own fiber-optic network, and the Internet
in a way that makes cost-effective sense, according to
Mark Petrick, a company spokesman.

Global Link is building its network -- dubbed Global
InterNetwork -- on a hub-and-spokes model, according
to Petrick. The network will have five international hubs,
in Denver, New York, London, Seattle, and Tokyo.
These centers will serve as hubs for regional traffic and
will route international calls throughout the world over
the company's high-speed fiber-optic backbone.

The company plans to offer voice, data, fax, video, and
multimedia services to residential, business, and carrier
customers. The Denver, Tokyo, and London hubs will
also serve as network operations centers.

The New York hub will go live in December, Denver a
few weeks from now, and London early next year, with
Seattle and Tokyo to follow in the first half of next year,
Petrick said.

Global Link will offer international services in 18
countries and domestic services in eight countries,
rolling out these services over an 18-month period
starting in the first half of next year. The one catch is
that the exact time frame for rollout will depend on when
the company completes its current round of financing,
Petrick said.

In March of last year, the Global Link declared it would
have a 1,000-POP network completed within 24 months.
That's not going to happen, but circumstances have
changed over the past year and a half and it won't be
necessary to have that many POPs in order to offer
services throughout the world, Petrick said.

At least one analyst agrees.

"Companies are offering services through partnerships,"
noted Tom Jenkins, senior consultant with Telechoice, a
U.S. telecommunications consultancy. For example,
ITXC of North Brunswick, N.J., is offering services that
link Internet telephony service providers to each other,
he said.

Global Link has also been steadily pushing back the time
frame for rollout of services. In February of this year, the
company said several cities would be on its network by
now. Although the company is not as far ahead as
planned, there's plenty of room in the market, Jenkins
noted.

"It's definitely up for grabs," he said.

Global Link already has competitors currently offering
VOIP services. But no one has a VOIP network that
spans the globe -- most companies offer services in two
to 10 countries, Jenkins noted.

Meanwhile, Siemens will provide Global Link with
technology including:

<li>the Siemens InterXpress 2000 platform, built with
3Com technology, which will let Global Link handle
voice- and fax-over-IP;

<li>the Siemens EWSD switch, which will let the
company provide local dial-tone, ADSL, ISDN, and
multimedia services;

<li>the Fast Feature Platform (FFP), which offers carriers
a database for advanced intelligent network services
such as debit card and international call back; and

<li>the MainStreetXpress 36170 switch, an ATM
platform that provides video and frame relay services.

Global Link has built a core business on international
call-back services. These let customers call in to its own
switches, which then call back customers and let them
call internationally using a cheaper circuit than what
otherwise would be available to them. Recently, the
company expanded its services to include call-back
services for Web sites.

USA Global Link Inc., in Fairfield, Iowa, is at
usagl.com. Siemens Telecom Networks is in
Boca Raton, Fla., at stn.siemens.com.

<A HREF="mailto:marc_ferranti@idg.com">Marc
Ferranti</A> is New York bureau chief for the IDG News
Service, an InfoWorld affiliate.

<<InfoWorld Electric -- 09-24-98>>

[Copyright 1998, InfoWorld]