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Orion Telecom Networks, Inc., offers a wide range of telecom transmission equipment
that include E1 GSM (PRI ISDN Q.931) Gateways, E1 GSM Gateways, T1 GSM Gateways,
GSM Multiplexers, intelligent E1 Channel Banks,
E1 Echo Cancellers, T1 Echo Cancellers, STM-1, STM-4 SDH Multiplexers, Voice
Compression Equipment, Optical Transmission Solutions, Digital Cross
Connects, ISP
Solutions, TCP IP Remote Access for monitoring alarms and remote management solutions. Applications include long distance traffic
termination solutions, Cellular network applications, ISP, Corporate and Data
Network
Applications.
Orion highlights
its TCP-IP Remote Access solutions for monitoring alarms and remote management.
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2002
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1999
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2009
2008
2007
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STM-1/4/16 (VCL100)
Multi-Service Provisioning Platform
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E1 Automatic Protection (Failover) Switch
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8 E1 Links (24 E1 Ports), 1+1 Automatic
Protection Switch
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8 T1 Links (24 T1 Ports), 1+1 Automatic
Protection Switch
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16 E1 Links (48 E1 Ports), 1+1 Automatic
Protection Switch
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16 T1 Links (48 T1 Ports), 1+1 Automatic
Protection Switch
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Ethernet over SDH
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V.35 Fiber Optic Modem (FOM)
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E1 (G.703) Fiber Optic Modem (FOM)
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16 Port E1 / T1 Mixed Configuration DACS and
Interface Converter
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Ethernet over T1 Converter
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64 Port
Plus - E1 Monitoring Groomer
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Ethernet over 8 E1 Converter
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Ethernet over
16 E1 Converter
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64 Port Plus - T1 Monitoring GROOMER
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Orion Telecom Networks, Inc. partners
with Quintum Technologies Inc. for VoIP/GSM Gateways
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STM-4 SDH Add Drop Multiplexer
with E1, T1, E3, E4, DS3, STM-1e, STM-1o, 10/100 BaseT
Ethernet, GigE
2006
2005
2004
2003
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August 19
2003: Orion introduces the latest E1 GSM Gateway with 90 SIMs (3
SIMs per each GSM channel - 90 SIMs per E1) Each GSM channel individual programmable to work with any of the 3 SIMs
assigned to that GSM channel according to the "user" programmed time-table
("user" programmed time-of-day schedule).
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May 18 2003: VCL-DX,
2Mbps E1 digital data Multiplexer with V.35, n X 64 Kbps, V.36, n X 64 Kbps,
X.21, n X 64 Kbps, RS530, n X 64 Kbps, RS530, n X 64 Kbps, G.SHDSL, n X 64
Kbps, 10BaseT-Router, Fractional E1 interfaces
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April 19, 2003: VCL-MX , 2Mbps E1 Drop Insert (Add Drop) Voice Data
Multiplexer with FXO, FXS, E&M, RS232, iDSL, G.703. NX64 Interfaces: V.35,
V.36, X.21, RS530, G.SHDSL, 10BaseT Ethernet / Router Fractional E1
interfaces
2002
2001
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November 30, 2001: T1 echo
canceller solutions with PRI ISDN, SS7 and C7 signaling protocol support.
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November 20, 2001: T1 DCME
(Digital Circuit Multiplication Equipment) solution
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August 30, 2001 E1 echo cancellers with PRI ISDN (Euro ISDN), SS7, C7,
R2 digital signaling protocol support.
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August 15, 2001: T1 E1 data
converters
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July 15, 2001: T1 Digital
Access Cross Connect Switch with TCP-IP Remote Access and Monitoring facility
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May 15, 2001: iDSL DSLAM
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April 2, 2001: PRI
ISDN (Euro ISDN) multiplexer - as per ITU - T Q.931
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March
1, 2001: E1, Digital Voice Compression equipment
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January 2, 2001:
E1, Analog DCME (digital circuit multiplication equipment)
2000
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May 30, 2000
Orion introduces its Voice Compression Equipment
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May 30, 2000: Orion introduces its Voice
Compression Equipment:
Orion Telecom Networks Inc., Voice Compression Equipment provides 30, Toll-Quality, very
clear and sharp, voice channels using an 8:1 compression ratio, for long-distance
telephony, in a bandwidth of 256 Kbps. This is accomplished using an advanced, DSP based
Viterbi decoder with automatic Voice / Silence detection (VAD) and adaptive comfort noise
(CNG) generation.
The interface to the local PSTN Network is ITU-T, G.703,
G.704 compliant E1 with Signaling support for R2 CAS Digital Signaling, PRI ISDN Signaling
and SS7 Signaling.
VCL-LD Carrier is a natural choice for Long Distance Telephony Service Providers
(including Pre-Paid Calling Card Operators), Corporate Customers, Call-Center Operators
wanting to optimize on expensive bandwidth usage and offer a competitively priced,
Toll-Quality service to their customers.
Voice Compression
Equipment
1999
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September 1, 1999 - E1 Channel Bank for terminating long
distance traffic
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July 9, 1999 - DACS, Orion's E1 Digital Access Cross Connect Switch
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July 9, 1999 - DACS, Orion's T1
Digital Access Cross Connect Switch
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July 2, 1999 - E2, 8Mb/s Optical Line Transmission and 2/8 Mbps Digital
Multiplexer.
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June 3, 1999 - 34MBits/Sec.OLTE (Optical Line
Transmission
Equipment)
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September 1, 1999 - E1 Channel Bank for terminating
long distance traffic
VCL-30, 2Mbps E1 Channel Bank multiplexer may be used for terminating long distance
traffic with PSTN lines that SHALL SUPPORT, or, DO NOT SUPPORT "battery reversal /
polarity reversal" (answer supervision).
The VCL-30, E1 channel banks are available in two versions:
VCL-30 can be used with PSTN lines that SHALL SUPPORT "battery reversal / polarity
reversal" (answer supervision).
VCL-30 "spoofs" battery reversal / polarity reversal (answer supervision), and
can be used with PSTN lines even if they SHALL NOT SUPPORT "battery reversal /
polarity reversal" (answer supervision).
The first version of the VCL channel bank version is one which expects a "battery
reversal / polarity reversal" condition on the analog line when the call is ANSWERED
by the CALLED PARTY. The VCL channel bank shall feed the call answered bits to the E1 side
so that the billing server may commence its billing. This happens as soon as the call is
ANSWERED by the CALLED PARTY and the PSTN initiates a "battery reversal / polarity
reversal" on the analog line.
However, if the PSTN lines are NOT SUPPORTING "battery reversal / polarity
reversal" the VCL channel bank shall automatically, based on the
statistical analysis
of a circuit usage, extend the call answered bits to the E1 side, so that the billing
server may log the call and commence billing. This is particularly useful in an
environment where the PSTN analog lines DO NOT SUPPORT "battery reversal / polarity
reversal", which would be otherwise required for commencing the call metering /
billing.
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July 9, 1999 - E1 DACS, Digital Access Cross-Connect Switch
Orion introduces its 8, E1 port DACS, (non-blocking version). The DACS is equipped to
handle the aggregation of "N" x 64Kbps data channels / Fractional E1 channels,
to E1 channels. Multiple DACS may be stacked together to a higher capacity, in a blocking
configuration. The product is available in stand-alone (2U, 19-inch rack mount shelf) and
is powered by -48VDC - (110-260VAC, 44-60Hz, optional) power-supply and is comes with
Windows based system management software.
- July 9, 1999 - T1 DACS, Digital
Access Cross-Connect Switch
Orion introduces its 8, T1 port DACS, (non-blocking version). The DACS is equipped to
handle the aggregation of "N" x 56/64Kbps data channels / Fractional T1
channels, to T1 channels. Multiple DACS may be stacked together to a higher capacity, in a
blocking configuration. The product is available in stand-alone (2U, 19-inch rack mount
shelf) and is powered by -48VDC - (110-260VAC, 44-60Hz, optional) power-supply and is
comes with Windows based system management software.
- July 2, 1999 - E2, (4E1) 8Mb/s
Optical Line Transmission and 2/8 Mbps Digital Multiplexer.
Orion introduces its E2, (4E1) 8Mb/s Optical Line Transmission and 2/8 Mbps Digital
Multiplexer.
The E2, Opti Multiplexer, multiplexes / demultiplexes 4, E1 channels and transports it on optical
fiber cable. The 8Mb/s Optical Line Terminal and 2/8 Mb/s Digital Multiplexer are
implemented in a single card, as a integrated solution. This equipment by-passes the 8MB
Electrical Output to directly provide an optical output (laser - 30dbm margin) for the
multiplexed 4, E1 channels and vice versa. This product is available in a 5 system ETSI,
19-inch shelf version, and also in a singular stand-alone shelf configuration (2U, 19-inch
rack mount shelf).
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June 3, 1999 - 34Mbps OLTE (Optical Line Transmission
Equipment)
Orion's E3, 34MBits / Sec.OLTE (Optical Line Transmission Equipment) converts an ITU-T,
G.703 compliant, E3 electrical signal into a G.823 and G.831 compliant optical signal (and
vice versa) for transport over a 1310nm optical fiber cable.
The system comes with a 1+1 optical protection (optical redundancy) with an automatic
switchover in the event of the failure of an optical link. The system is offered in two
versions, rated for operation in either commercial and industrial temperature ranges.
Each OLTE Card is equipped an RS-232 port for PC interface for performance monitoring and
system control using Network Management System (NMS), a user friendly Graphical Interface
for system control and performance monitoring.
The OLTE and the E3 multiplexer and cards are housed in a standard 19", DIN 2U high,
Subrack. Both have standard CCITT (ITU) compliant electrical Inputs/Outputs. The OLTE may
be used together with the E3 Multiplexer as "One Product" (in an
"Opti Multiplexer" configuration) or separately as a "Stand Alone" product (in
an OLTE configuration). The system may monitored and controlled from Network Management
Software (NMS).
1998
Orion' introduces its VCL-WAN ACCESS, 2Mbps, E1 Network Access Multiplexer for providing
an E1 WAN interface to connect 2 wire PSTN analog, dial-up circuits to the fully digital
corporate LAN and ISP networks, Remote Access Servers requiring E1 WAN connectivity and
Internet Telephony (Voice over IP) application.
VCL-WAN ACCESS, E1 Network Access Multiplexer is an ideal choice for Internet Telephony
(VoIP) application, Corporate and ISP customers, who wish to connect their fully digital
networks to the PSTN through the available analog dial-up PTT lines.
VCL-WAN ACCESS, E1 Network Access Multiplexer bridges the technology gap between the
developing networks and its "users" wanting to upgrade services and interface
the latest technology network access servers. Usually, the cable plant of most service
providers is not designed to deliver E1 services to connect the fully digital corporate
LAN and ISP networks, which in such cases can only be accessed by dial-up, 2 wire analog
lines - the only available links for connecting the
Exchange (Central Office) to the Corporate / ISP networks.
E1 mux application, the VCL-WAN ACCESS, E1 Network Access Multiplexer is especially useful
in countries where the cable plant is not equipped to deliver E1 services to the
customers, who are using the next generation network access equipment which can only
connect to an E1 or a T1 interface.
- October
30, 1998: Orion introduces its E1, Channel Bank
Multiplexer
Orion introduces its E1, Channel Bank Multiplexer that provides full range of POTS (voice)
and digital data services to subscribers located at different locations, requiring to
interconnect and establish a voice and data network over an E1 link.
The Channel Bank is a simple, and yet a powerful channel bank for connecting and
integrating analog communication equipment with digital E1 services.
The E1 Channel Bank, is a very cost effective solution for Internet Service Providers
(ISP's), PTTs and "telcos" for voice and data applications. The E1 Channel Bank
Multiplexer provides voice telephony and digital data services which may include:
Interconnecting computer terminals, Interconnecting LAN (Local Area Networks), providing
leased data lines and real-time video links to subscribers at speeds ranging from 64Kbps
up to 1.024Mbps, using the "N"x64, V.35 data interface card.
Orion Telecom Networks Inc., also provides products, including PRI (Euro) ISDN
multiplexers, E1 WAN Access multiplexers, E1 / T1 Channel Banks, E2
Opti Multiplexer, E3
Multiplexer, 34Mbps OLTE (Optical Line Transmission Equipment), digital loop carrier with
V5.1 interface, digital pair gain systems, E1 / T1 digital access cross connect switch,
bandwidth manager and data communication equipment.
Technical specifications are subject to change without
notice.
All brand names and trademarks are the property of their respective owners
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