Company Overview

Omicron Telesystems Inc. designs, produces, implements and supports network access, restoral and management systems used to build non-stop, wide area information networks.

Since the nineteen sixties, the corporation has pioneered digital communication systems for connectivity and management of networking systems. This technology has become patented and is embedded in multiprotocol, multi-vendor information networks world wide. For example Omicron has provided:. Systems for public wireless communications services for Bell Canada. British Telecom, and Bell operating companies in the US. Network management and restoral systems for the high availability needs of transaction oriented network providers like The Gemini Group, Air Canada, Bank of Nova Scotia, Government of Canada, among others.

Vast experience in communications and modular systems architecture enable Omicron to create adaptable, integrated solutions for the individual needs of major wide area networking customers. Omicron's extensive expertise in wide area communications is used by end users and system integrators alike. Services include:. Network studies (feasibility, topology, design, etc.). Technology development (new hardware/software development). Product customization to fit customer needs. Stand Alone Solutions. System Integration Subcontracts

Omicron's existing systems provide integrated solutions for:

In-Stream and Side-Stream Centralised Network Management

• Networking Alarm Reporting System (NARS)
• Intelligent Network Restoral System (INRS)
• Data Circuit Access & Test System (DCATS)

Network Access and Consolidation

• Modem Sharing Device (MSD)
• Integrated Port and Line Sharing Device (IPLS)
• Intelligent Sharing Device (ISD)
• Dial Backup Controller (DBC)
• Dial Backup Switch (DBS)
• Backup Line Snatcher (BLS)
• FrameWays (Frame Relay Concentrator for SDLC, HDLC, BSC, and

POS traffic)

Switching and Connectivity support for RS232 and V.35 devices

• A/B Automatic Switches
• AIB Fallback Switches
• Dynaback Switch

Company Information

Additional Details

Legal Name: Omicron Teletechnologies Inc.

Number of Employees: 15

Total Sales ($CDN): $100,000 - $200,000

Contacts

Services

• Adp Backup Services
• Automated Information Systems Design
• Computer Software And Services - Communications And Connectivity, Other
• Computer Software And Services - Contract Systems Analysis And Programming
• Computer Software And Services - Corporate Consulting
• Computer Software And Services - Custom System Development
• Computer Software And Services - Database Services
• Computer Software And Services - Hardware Management
• Computer Software And Services - Micro-mainframe Links
• Computer Software And Services - Network Services
• Computer Software And Services - Performance Evaluation, Optimization
• Computer Software And Services - Security Systems
• Computer Software And Services - Systems Consulting
• Computer Software And Services - Systems Integration
• Computer Software And Services - Technical Consulting
• Computer Software And Services - Wide Area Network (wan)
• Network Management
• Programming Services

Products

• Adp Processing Unit - Frame Relay Access Device
• Backup Line Snatcher

  Do Leased Line problems bang your operations to a halt? Are Dial Backup Line costs denting your budget? Are you concerned about secure access of backup modem?

  Solution: Omicron's Backup Line Snatcher provides:. Dial Backup. Backup Line cost savings. Access security

  Omicron's Backup Line Snatcher (BLS) provides automated dial backup without additional line charges. It provides protection against physical communication loss and other malfunctions on Leased Lines.

  Sensing an interruption, the BLS immediately creates a dialup access window and switches traffic to the backup circuit. When Leased Line operation is restored, the BLS returns the traffic to the Leased Line and closes the dial access window.

  Cost savings are immediate since the Backup Line Snatcher function can be installed on an existing line, without affecting its normal usage. The backup function is activated if and when the Leased Line is not available.

  Long-distance charges for dial backup, if applicable, are kept to a minimum.

  Line Snatcher feature saves cost for backup line by sharing an existing telephone line with the backup modem.

  Line Snatcher increases access security of backup modem. Alternative configuration provides centralized testing of backup facilities. The BLS is transparent to Line type, Protocol and speed.

  Because of its modular structure, the BLS functionality can be enhanced to include:. line sharing. speed matching

  Highlights:. Saves cost of backup line. Secures access of backup modem. Supports digital and analog lines. Supports RS232 and V.35 interfaces - interface matching optional. Protocol transparent. Automatic or manual switching. Auto-dial / Auto-answer control of DCE/DSU by the BLS. Easy installation and maintenance. Optional internal modem. Low-cost and unique solutionn

• Cards, Network, Lan
• Circuit Modules, Computer
• Connectivity Software - Sna & Pos Devices
• Connectivity Software For Network Access
• Data Circuit Access And Test System (dcats)

  DCATS (Data Circuit Access and Test System) is an integrated network management tool for centralized fault determination, realtime alarm reporting and enhanced diagnostic support.

  Originally developed for data carriers to provide signal level monitoring, datascoping and V.54 test facilities, DCATS is a very effective tool for all high availability networks.

  Rapidly isolates faulty equipment: Typically attached to communication equipment at hub locations, DCATS concept focuses on 'Nailing the Ailing and Failing' components of your network! Not only does DCATS detect & report fault conditions in real-time, it also enables datascoping and loopback testing from the control centre. Consequently, the network manager is always aware of service outages and is able to isolate problem areas without the costly dispatch of technical personnel.

  Automated fault detection: Using interactively defined conditions, the monitor function detects and reports all signal level alarms related to remote equipment. Audible alarms and link identification error messages rapidly isolate problem areas.

  Internal test facilities locate faulty link sections: DCATS diagnostics offer built-in facilities for end-to-end link testing. Without additional circuits or test equipment, the Network Manager can test local or remote modems on the line or drop side of a link. DCATS internal test generator can call on a variety of diagnostics with standard or user-defined test patterns. If specialized long termor short term tests are required, DCATS provides extensive local and remote access.

  Datascoping of remote links: Datascoping facilities at the control centre is a feature unique to Omicron's product series. Without additional circuits or equipment, the Network Manager can view and analyze Rx and Tx data of remote links to determine protocol related faults.

  Omicron's modular architecture:

  Omicron's wide range of data communication products is based on an innovative modular design. Reliable products can be mixed and matched in 19' racks. Up to 32 racks with 16 interface cards can be combined for a cost-effective, space saving solution. The Omicron modular concept provides a migration path for network growth by building on investments already in place.

  Easy to use operator interface: A menu driven operator interface supported by an on-line help facility provides access and control of network configuration information alarms, trends, link status, tests, etc.

  By combining monitoring, datascoping and testing functions, Omicron provides the Network Manager with another powerful fault isolation system to enhance performance and reduce costs. s.

• Dial Backup Controller (dbc)

  . Do leased line failures disrupt your operations?. Is your Backup procedure disruptive to user sessions?. Are your long distance charges for backup support outrageous?. Are you searching for a system that can manage your line failures without expensive management software?. Have your inquiries into an integrated, cost-effective, nondisruptive backup system gone unanswered?

  If you have answered yes to any of these questions, You need Omicron's Dial Backup Controller (DBC).

  Non-Disruptive Backup: The Dial Backup Controller (DBC) operates in conjunction with Omicron's customer premises equipment to provide a Non-Disruptive Solution For backup support of point-to-point leased lines working in a polled SNA/SDLC environment. Typically attached to a FEP or Router port, the DBC maintains user sessions when dedicated lines fail. This means that network providers can finally ensure services despite leased line, modem or DSU failures.

  Seamless Switchover & Switchback: The DBC uses advanced monitoring techniques to detect communication outages that trigger a Seamless Switchover Procedure to an alternate path established via a dial line. Complete transparency is maintained since the DBC automatically adjusts for the speed difference of the dialed path. Long distance dial line charges, if applicable, are minimized since the DBC continuously monitors the leased line. Once service is restored a Seamless Switchback Procedure is enabled, providing non-disruptive return to normal operations. The combination of transparent and non-disruptive features provides a unique dial backup solution that increases user satisfaction and service quality.

  Outages are a thing of the past: In addition to protecting against line failures, the DBC can be used to establish an alternate path during scheduled outages or new installations. Now services can continue, eliminating the need to schedule outages during off hours. New installations can be operational immediately by using the alternate path until the leased line is installed.

  Advanced Network Management & Control: The DBC offers extensive network management capabilities. Depending on your specific requirements, the DBC can be configured for InStream or Side-Stream network management. InStream network management provides integrated control of the DBC from Netview using either the LPDA-2 protocol or LL-2 command structure. SideStream network management enables single point control over multiple DBC units from any PC or terminal without specifying any VTAM or NCP definitions. Either way, the Network or Help Desk manager is notified of every DBC event and is empowered with a wide array of support tools for control over any installation.

  Easy to Install, Standalone solution: The DBC is used in conjunction with Omicron's customer premises equipment. Selection of Omicron's customer premises equipment depends on your specific requirements. Options range from simply interfacing with the DBC to providing support for port/line sharing, dynamic bandwidth and remote network management. Together the DBC and Omicron's customer premises equipment provide a standalone solution that is easy to install. In fact, no special skills or changes to your existing set up are required. Simply Plug 'n Play. Play.

• Dial Backup Switch (dbs) - The Com Protector!

  Do Leased Line problems bring your operations to a halt?

  Solution: Omicron's Dial Backup Switch (DBS) - the Com Protector!

  Omicron's DBS provides automated protection against loss of communication on leased lines. Malfunction may be caused by network trouble or physical line loss.

  Operations are restored by the DBS immediately via a dial-up circuit. This reduces the system downtime.

  When used in conjunction with Omicron's Dial Backup Controller, it will even prevent interruption of the user sessions. Users are totally unaware of the interruption.

  The DBS can be used on analog or digital Lines with baud rates from 300 bauds to T1. Support is available for RS232 and V.35 interfaces. Its transparent operation makes it compatible with all protocols.

  Cost savings are immediate since the Dial Backup function can be installed on an existing line, without affecting its normal usage. The backup function is activated if and when the primary Leased Line is not available.

  Incoming or outgoing calls are handled automatically with an internal or external modem (V.32bis).

  Non-intrusive monitoring of critical control signals on the 3 ports Common, Leased and Dialup, optimises the switching operation in order to:. maximize up-time. minimize long distance charge for dial backup, if applicable.

  Because of its modular structure, the DBS functionality can be enhanced to include:. line sharing. speed matching to Leased or Dial Line

  Highlights:. Protects digital and analog lines. Supports RS232 and V.35 interfaces. Provides interface matching. Protocol transparently. Automatic or manual switching

  Leased Line to Dial Line switch:

  • Loss of DCD for 10 seconds on Leased Line
  • Appearance of DCD on Dial Line

  Dial Line to Leased Line switch:

  • Return of DCD for 10 seconds on Leased Line without Test Mode

  signal

  • Loss of DCD on Dial Line. Auto-dial / Auto-answer
  • The dialout unit triggers dial process of DCE/DSU with the DTR

  signal.

  • The Auto-answer unit triggers answering process of DCE/DSU

  with the DTR signal.. Optional internal modemem

• Frameways Quatro
  • Saves costs. Consolidates your traffic. Supports special applications such as POS traffic

  The Omicron 'FrameWays' provides a cost-effective solution for accessing public or private Frame Relay networks. It may be used for connecting a single device or to consolidate traffic from multiple devices with different protocols datarates.

  Designed for painless migration to Frame Relay from Leased Lines and Packet Switched Networks, the FrameWays is ideal for:

  • POS operations.
  • Bridge/Router environments,
  • Legacy systems: point-to-point band multipoint,
  • Client/server environments,
  • Parallel networks,

  HIGHLIGHTS

  FrameWays benefits:. reduce transmission costs. achieve higher data rates and better response time. protect investment in current equipment. improve interconnectivity

  Prioritization and flexible backup features assure the timely and accurately delivery of traffic in mission-critical applications.

  Dynamic Bandwidth Allocation provides a parallel path for additional traffic when backup is not required.

  Extensive support for standard and proprietary protocols provides painless network consolidation.

  Remote support includes software upload, Netview compatibility and superior diagnostics.

  Frame Relay Compliance:

  • Annex G ANSI T1.61 7
  • RFC 1490
  • Frame Relay switching

  Protocol Support:

  • SNA/SDLC, X.25, Frame Relay, BSC, Asynch.
  • Datapac 3201 & 3101, Proprietary BSC
  • Custom Protocols

  Management:

  • LMI - Netview compatible
  • Dedicated port Network Management and Support.
  • Remote Software download.
  • Traffic Prioritization based on DLCI, protocol, or user port.
  • Congestion management with:
  • Handshake control
  • Dynamic speed control based on FECN and BECN.
• Integrated Port And Line Sharing
• Integrated Port And Line Sharing Unit (ipls)

  Integrates modem sharing and dial backup: The IPLS (Integrated Port & Line Sharing Device) ensures branch communications by protecting against leased line or equipment failure. By integrating traditional Modem Sharing facilities with dial backup facilities, the IPLS is the perfect solution for branch connectivity in any high availability network. Most modem sharing devices are useless when dedicated services have failed. The support IPLS, however, automatically reestablishes service often without user knowledge of failure conditions.

  Automatic Dial Backup: Leased line failures trigger a switch over procedure. Typically the host will dial up the backup port of the IPLS. Once Ring Indicator (RI) and Data Carrier Detect (DCD) signals are present, the IPLS will switch from the leased line to the dial up line. If the host detects that the leased line is back in operation, the transmission on the dial up line is stopped. The IPLS then switches back to the leased line.

  DBC initiates auto dial condition: Certain network configurations do not support auto dial from the host. Consequently Omicron's DBC (Dial Backup Controller) can be used in combination with the IPLS as a cost effective, stand-alone solution. The DBC detects leased line outages and initiates the auto dial sequence. DBC also detects service restoral on the leased line and initiates the switchover from the dial line (see the DCB brochure for more information).

  Synchronous or Asynchronous support: The IPLS modemsharing function lets any modem and/or terminal share a modem, multiplexer or computer port in a polled, multidrop environment. Devices connected to the IPLS can transmit and receive using synchronous or asynchronous datastreams. In synchronous mode, the main channel device clock, or any subchannel device clock enables operation up to 64 Kbps.

  Manual or Automatic antistreaming: The main channel broadcasts data and control signals to all subchannels. The subchannel devices contend for transmission to the main channel device, based on RTS/CTS handshaking. Occasionally, a port may stay active longer than a preset time and inhibit other subchannel communication. The IPLS automatically or manually disables the offending subchannel.

  Omicron's innovative combination of modem sharing and dial backup support minimizes branch downtime and maximizes cost savings..

• Integrated Sharing Device - Programmable
• Intelligent Network Restoral System (inrs)

  Intelligent INRS combines monitoring, datascoping and switching functions to ensure that data moves continuously to its indented destination.

  Backup for critical equipment and circuits: The INRS (Intelligent Network Restoral System) is an integrated network management tool for centralised realtime alarm reporting, diagnostic support and intelligent network restoral.

  Most networks, particularly those that are transaction oriented, cannot afford service interruptions. With this in mind, INRS was designed to monitor, control and provide critical backup for network links or equipment. Typically attached to communication equipment at hub locations the INRS enables the network manager to remotely detect problems and instantly restore service from his P. C. Open, this occurs without end-user knowledge of failure conditions!

  Configurable Switching: INRS link and equipment restoral can be set for automatic, controlled or manual switching. Typically, concentration points use INRS automatic switching to minimize downtime. However, network managers occasionally require controlled switching for less critical links or manual switching to dedicate links to their primary or secondary ports.

  Automatic switching triggered by user-defined conditions: INRS continuously monitors remote links for user-defined alarm conditions. Audible alarms and link identification error messages alert the network manager of problem areas. With automatic switching enabled, INRS instantly restores the failed link or equipment to reestablish service. Automatic switching can also be scheduled far weekends or off-hours to satisfy routine outage period requirements.

  Controlled switching regulated by the network manager: With INRS controlled switching, the network manager can supervise the switch over of failed links or equipment. Group or Supergroup definitions enable single command control over individual or multiple link switching.

  Manual switching provides override: With INRS manual switching the network manager can override automatic and controlled switching. By simply setting the appropriate front panel toggle switch, a common port can be dedicated to either the primary or secondary port.

  Safety from unintended switching: INRS protects communications against accidental switching with two safety features. INRS Anti-Glitch Control Feature filters out electrical line noise which might trigger inadvertent switchover. INRS Delay Feature prevents switchover due to transient changes by requiring the new signal state to be stable for 1 to 64 seconds. In addition INRS protects against power outages by maintaining all switch positions with latching relays.

  Datascoping of remote links: Datascoping facilities at the control centre is a feature unique to Omicron's product series. Without additional circuits or equipment, the network manager can view and analyze Rx and Tx data of remote links to determine protocol related faults.

  Omicron's modular architecture: Omicron's wide range of data communication products is based on an innovative modular design. Reliable products can be mixed and matched in 19' racks. Up to 32 racks with 16 interface cards can be combined for a cost-effective, space-saving solution. The Omicron modular concept provides a migration path for network growth by building on investments already in place.

  Easy to use operator interface: A menu driven interface supported by on-line help provides access to alarms, trends, utilisation, link status, etc.

  Omicron combines monitoring, datascoping and switching functions, that provide the network manager with a powerful fault isolation tool to minimize cost and maximize uptime. e.

• Intelligent Sharing Device (isd)
  • Are your line costs skyrocketing?. Are users irate due to service outages?. Is bandwidth to branch offices limited by costs?. Do large data transfers require off-hour scheduling?. Is network management compatibility an issue?

  If you have answered yes to any or all of these questions, Omicron's Intelligent Sharing Device (ISD) is for you.

  The ISD was designed to provide a comprehensive, cost effective solution for branch connectivity. Operating in an SNA environment, the ISD combines the unique integration of modem sharing, dial backup, dynamic bandwidth and network management functions. Consequently, the ISD effectively reduces costs, ensures communications and enhances operational efficiency.

  Modem Sharing reduces communication costs: The ISD reduces communication costs in a polled multi-drop environment by sharing leased line modem or computer port facilities with 4 devices. Flexible configuration allows any combination of modems and/or terminals to share the common channel. Contention is typically based on RTS/CTS handshaking, however non-standard applications are easily adapted. Occasionally, device malfunctions will lock out other functioning devices. The ISD automatically disables defective devices after a user defined time out period to maintain communications for the rest of the branch.

  Dial backup ensures branch communications: Unlike most sharing devices the ISD protects against dedicated service failures. The integrated dial backup support feature swiftly establishes an alternate route for branch communication upon leased line failures. This invaluable feature ensures that branch transactions can continue usually without user knowledge of failure conditions.

  Automatic Speed matching: Typically dial back up lines operate at different speeds than the dedicated services they support. The ISD automatically provides the speed conversion such that back up communications are transparent to all connected devices.

  Dynamic bandwidth enhances operational efficiency: Backup lines are normally idle, representing an under utilization of network resources. The ISD enables the branch to use the backup line in parallel with normal branch operations. By allowing a dedicated auxiliary DTE port access to the backup line, the ISD extends usual bandwidth capabilities of the branch. As a result file transfers software updates, etc. can occur in parallel with high priority transactions. Operational efficiency is enhanced since off hour network time is no longer needed for specialized data transfers.

  Netview compatibility: The ISD supports LL2 commands to enable network management using existing Netview facilities. Consequently the ISD is managed as an integrated part of your SNA network. If Netview is not used, the ISD can be used in combination with Omicron's Dial Backup Controller (DBC) as a stand alone solution. Both products are also compatible with Omicron's SureNet network management software.

  Upgradeability: The ISD supports remote pro-tram load. This feature enables all ISD's, installed at customer locations, to be upgraded with out disrupting the installation! New or custom functions can be down loaded to accommodate evolving network requirements. Not only does ISD reduce costs today, it also provides an intelligent migration path for network growth. th.

• Match Maker

  Concerned with protection of investment in existing equipment, while trying to upgrade your system?

  In today's complex networking environment, users want to take advantage of higher speed facilities. However, major investments in lower speed devices, such as ATMs, delay upgrading the network to higher speeds. Omicron's Speed Adapter unit offers a painless, plug and play solution, complete with Netview compatibility, remote side-stream management, diagnostics and support capabilities.

  Based on a standalone intelligent platform, it supports:

  • multiple protocols,
  • data encoding schemes,
  • speeds,
  • software applications.

  Because of its bus structure, its functionality can be enhanced to include port/line sharing and dial back up functions.

  HIGHLIGHTS

  Speed matching: The Speed Adapter provides automatic speed conversion for synchronous or asynchronous data transmissions. Speeds supported range from 300 bps to 64 Kbps.

  Maximize system throughput: Address filtering minimizes the response time to broadcast and DTE specific frames.

  Clocking options and encoding schemes: Support for multiple clocking and data encoding schemes adds extra integration power to the SA.

  Encoding schemes supported: NRZ, NRZI, FM0 and FM1 Clocking options:. Internal clock. External clock

  Multi-protocol Support: One of the major benefits of the Speed Adapter resides in its power to handle multiple protocols. Currently support exists for:. Asynchronous protocols. SDLC. BSC. HDLC. Frame Relay

  Auto-configuration: The auto-configuration feature of the SA makes installation a snap. Just mount the unit, connect the cables, and turn on the power. The unit automatically determines:. communication speeds. encoding schemes. address(es) of attached unit(s)

  Remote management:. Netview compatible and side-stream management is supported.. Depending on the location of the SA in the system environment, LPDA-2 or LL-2 compatibility applies.. Side-stream management can alert a PC-based Help Desk..

• Modem Fallback Switch (mfs)
• Modem Sharing Device (msd)
• Modem Sharing Device Series (msd)

  Ports contend for shared resources: The Omicron MSD (Modem Sharing Device) Series provides a cost effective solution to optimize leased line, modem or computer port facilities. Available in cost reduction 2, 4 or 8 port configurations, the MSD series lets any combination of modems and/or terminals share a modem, multiplexer or computer port in a polled, multidrop environment.

  Synchronous or asynchronous data support: Devices connected to Omicron's MSD series can transmit and receive using synchronous or asynchronous datastreams. In synchronous mode, the main channel device clock, or any subchannel device clock, enables operation up to 64 Kbps.

  Manual or automatic antistreaming: The main channel broadcasts data and control signals to all subchannels. The subchannel devices contend for transmission to the main channel device, based on RTS/CTS handshaking. Occasionally, a port may stay active longer than a preset time and inhibit other subchannel communication. The MSD Series automatically or manually disables the offending subchannel.

  Front panel controls: Front panel LEDs and operating controls provide convenient access to port & clock selection/deselection facilities and signal status information.

  Stand alone or Rackmount: The MSD Series is available in a stand alone enclosures for branch locations or 19' racks for hub locations. Omicron's 19' rack is based on an innovative modular design that is compatible with SureNeT (see SureNet brochure for more information). The Omicron modular concept provides a cost-effective migration path for network growth by building on investments already in place..

• Network Alarm Reporting System
• Network Alarm Reporting Systems (nars)

  NARS (Network Alarm Reporting Systems): NARS (Network Alarm Reporting Systems) is a central fault management system that provides end-to-end network visibility. Attached to communication equipment at hub locations, NARS fault management capabilities detect and report signal level alarms in realtime. Integrated remote access and control facilities make NARS the perfect tool for attended or unattended sites. Using NARS, the Network Manager can rapidly isolate the ailing and failing components of the network and maximize efficiency.

  Automated fault detection: Using interactively defined conditions, the monitor function detects and reports all signal level alarms related to remote equipment. Audible alarms and link identification error messages rapidly isolate problem areas. NARS access capabilities enable diagnostics to be performed centrally for quick problem resolution without the costly dispatch of technical support personnel.

  Datascoping of remote links: Datascoping facilities at the control centre is a feature unique to Omicron's product series. Without additional circuits or equipment, the Network Manager can view and analyze Rx and Tx data of remote links to determine protocol related faults.

  Omicron's modular architecture: Omicron's wide range of data communication products is based on an innovative modular design. Reliable products can be mixed and matched in 19' racks. Up to 32 racks with 16 interface cards can be combined for a cost-effective, space saving solution. The Omicron modular concept provides a migration path for network growth by building on investments already in peace.

  Easy to use operator interface: A menu driven operator interface supported by an on-line help facility provides access and control of network configuration information, alarms, trends, link status, etc.

  By combining monitoring, datascoping and access functions, Omicron provides the Network Manager with another powerful fault isolation system to enhance performance and reduce costs. s.

• Protocol Conversion - Frame Relay Access Device
• Sharing, Switching & Matching Devices
• Terminals, Computer, Nes

NAICS Categories

• 334110 Computer and Peripheral Equipment Manufacturing

Additional Information