|
SYCAMORE
NETWORKS ANNOUNCES ITS SN 16000 INTELLIGENT OPTICAL SWITCH
Sycamore Networks
unveiled its SN 16000 platform, a core optical switching and routing
platform incorporating MPLS and OSPF network intelligence.
Sycamore's SN 16000 Intelligent Optical Switch uses a
software-centric architecture for provisioning and restoring optical
services from OC-3/STM-1 to OC-192/STM-64. The Sycamore software, which is
based on Multiprotocol Label Switching (MPLS) and Open Shortest Path First
(OSPF), enables the optical switch to establish optimum lightpaths based
on traffic engineering requirements including, but not limited to,
available bandwidth, grooming resources down to STS-1 granularity, and
protection requirements. Restoration
capabilities are provided using a unique nested protection hierarchy by
which network operators can assign protection levels to each customer and
manage protection as a service asset.
The SN 1600 is currently undergoing final internal trials and is
expected to be in field evaluation early in calendar year 2000. Sycamore
said its optical switch fabric and would offer the ability to
non-disruptively scale a network "just in time".
http://www.sycamorenet.com/
Sycamore Networks, December 8, 1999
| Sycamore's
product line also includes: |
- The
SN 6000 optical transport node platform, which provides
wavelength conversion and optical multiplexing of OC-48
lightpaths onto OC-192 trunks. On the service side, the SN
6000 provides an OC-48/STM-16 interface to ATM switches, IP
routers or to other SONET/SDH terminals.
|
- The
SN 8000 optical network node, which supports direct
provisioning of OC-N/STM-N services from the optical network
by providing SONET/SDH features including service protection,
performance monitoring, and statistics.
|
PSINET
SELECTS ENNOVATE NETWORKS' MULTISERVICE EDGE SWITCH
PSINet
will deploy Ennovate Networks' Envoy 1600 IP Services Switch as its
next-generation edge platform to aggregate hundreds of T1 and sub T1
PSINet customers with either a T3/DS3, or Packet over SONET OC-3 uplink
for connection to existing Frame Relay switches and other new platforms.
The Ennovate Envoy 1600 supports Frame and IP as well as circuit switched
technologies.
Ennovate IP Service Creation Architecture creates and polices a
Virtual Services Layer for multi-service voice/data access, full IP
routing, IP flow classification at wireline speeds, and an open platform
for customization and future service growth.
The platform allows service providers to automatically provision,
deploy and monitor IP VPNs and related IP WAN services. Financial terms
were not disclosed. PSINet
currently has over 800 POPs in its global network.
http://www.ennovatenetworks.com/
Ennovate Networks, December 8, 1999
ENNOVATE
NETWORKS ADDS FRAME RELAY SWITCHING TO ITS MULTI-SERVICE EDGE PLATFORM
Ennovate Networks
announced frame relay switching capabilities for its Envoy 1600 IP
Services Switch, enabling existing Frame Relay service providers to
provide new differentiated business IP services, such as Network-based IP
VPNs, from the same platform. The
company said its platform increases port density by over 250% and reduces
the port cost of T1s by more than 50% in a seven-foot rack space.
Key features include concurrent and software-configurable Frame
Relay and IP services on the same subscriber interface, and seamless Frame
Relay / IP interworking. General
availability is expected in Q2 2000.
http://www.ennovatenetworks.com/
Ennovate Networks, December 8, 1999
CORNING
TO ACQUIRE SIEMEN'S OPTICAL CABLE BUSINESS FOR $1.4 BILLION
Corning will
acquire Siemens AG's worldwide optical cable and hardware businesses, and
the remaining 50% of its two co-investments with Siemens — Siecor
Corporation and Siecor GmbH — for $1.4 billion.
In addition to Siecor and Siemens’ Communications CablesDivision,
the acquisition includes RXS Kabel Garnituren GmbH (RXS) and Norddeutsche
Seekabelwerke GmbH (NSW) in Germany; RXS Morel in France, Teleco Cavi in
Italy; and Siemens Fiber Optical Kablolari (SFOK) in Turkey.
Corning will create a new operating unit, Corning Communications
Europe, which will be headquartered in London.
The company said the acquisition provides it with a formidable
competitive presence in Europe. http://www.corning.com/news/news_update1/index.html
Corning, December 8, 1999
QWEST
PROVIDES CANADIAN COVERAGE WITH WFI FIBER SWAP
Qwest
Communications announced the completion of a 4,300-mile fiber backbone
across Canada as part of a network asset exchange with Worldwide Fiber
Inc. The network has 12
fibers in its Western section and 24 fibers in its Eastern section with
Minneapolis being the dividing point.
The Canadian facilities will connect with Qwest's US network in
Seattle, Minneapolis and Buffalo, New York.
The Canadian routes bring Qwest's overall North American fiber
miles to 24,500. http://www/qwest.com
Qwest Communications, December 8, 1999
ERICSSON
AND MICROSOFT ANNOUNCE WIRELESS PARTNERSHIP
Ericsson
and Microsoft will form a joint venture to market and deliver mobile
e-mail solutions for network operators.
Under the partnership, Ericsson will also provide its Wireless
Application Protocol (WAP) stack to Microsoft and will adopt Microsoft
Mobile Explorer for feature phones. The
companies also agreed to collaborate on Universal Plug and Play (UPnP),WAP
and Bluetooth technology. The
cooperation does not include joint development or licensing of operating
systems. Ericsson said it
remains committed to the
Symbian venture and to the EPOC
scaleable operating system. http://www.ericsson.com/pressroom/19991208-0000.html
Erisson, December 8, 1999
COAST-TO-COAST
PLANS $50 MILLION VODSL DEPLOYMENT WITH SIEMENS, ACCELERATED
Coast to Coast
Telecommunications, a CLEC based in Michigan, signed a $50 million
contract for integrated broadband access solutions, including voice-over-DSL,
from Siemens Information and Communication Networks and Accelerated
Networks. Coast-to-Coast will
deploy Siemens' TransXpress hybrid ATM/SONET multiplexers and Fastlink
next generation digital loop carriers (NGDLCs), and Accelerated Networks'
AN-3200 DSL and T1 concentrators. The
AN-3200 concentrators aggregate a large number of physical DSL or T1
subscriber lines into a smaller number of high-speed ATM virtual circuits.
The AN-3200 concentrators also collect POTS voice traffic from Fastlink
NGDLCs using GR-303 signaling. Coast-to-Coast
plans to have up to 50 collocation POPs online within the next twelve
months. Accelerated Network's
VoDSL, DSL and T1 integrated access devices (IADs) will be used at
customer locations. Coast to
Coast's subscribers will receive local and long distance voice over DSL
(VoDSL), Internet services, high-speed corporate access, conference
calling and VPN services on one bill.
http://www.acceleratednetworks.com
Accelerated Networks, December 7, 1999
PF.NET
OUTLINES CONSTRUCTION SHARING ARRANGEMENT WITH AT&T
PF.Net, a new
company backed by the Koch Industries, will construct over 5,000-route
mile of conduits as part of AT&T's recently announced network
expansion program. PF.Net
will retain a minimum of three or more empty conduits for its own network
use, as well as place fiber-optic cable in AT&T-owned conduits. PF.Net
and AT&T will market some fibers to third parties. Financial terms
were not disclosed. PF.Net is
also building its own nationwide, long haul fiber network using
rights-of-way owned by Koch Telecom Ventures.
http://www.pf.net
PF.Net, December 8, 1999
In
June, PF.Net signed a $200 million agreement with Lucent Technologies
covering its TrueWave RS fiber.
GDC
ANNOUNCES LOW-SPEED DATA CIRCUIT MODULE FOR ITS ATM PLATFORM
General
DataComm (GDC) announced a low-speed data circuit module for its APEX
multiplexing and switching platform.
The LCE-16 module provides for up to 16 independently
software-selectable asynchronous and/or synchronous circuits operating
between 75bps and 64Kbps over EIA-232, X.21, V.35 or EIA-530 interfaces. GDC's
algorithms adapt these circuits to the ATM network, providing an efficient
method for combining very high densities of low-speed circuits into a
broadband, inter-switch trunk. The
network operator can tune the delay and bandwidth characteristics of each
discrete circuit across the network.
A single GDC APEX chassis can support well over 200 such circuits,
while a clustered GDC APEX system can support thousands.
The module is in pilot testing.
http://www.gdc.com/corporate_news/cni_pr/newlife991207.html
GDC, December 6, 1999
A Daily Journal For Broadband Networking
Copyright 1999 ATM News Inc.
All Rights Reserved. ISSN 1084-2438
News sources are listed for your reference.

A
Daily Journal For Broadband Networking
Copyright 1999 ATM News Inc.
All Rights Reserved. ISSN 1084-2438
News sources are listed for your reference. |