IPGate-4
T1 transport over IP

Over the past decade the government has moved with lighting speed to one ubiquitous protocol and that is IP. But as with most migrations, not all applications can easily be moved primarily for cost or business continuity reasons.   Managing or replacing legacy systems is a major challenge facing many organizations.

IPGate-4 lets you take T1 interfaces and move them over IP or a SONET infrastructure without doing a painful forklift migration. 

With IPGate 4 you can achieve the benefits of:

• Eliminating costly carrier fractional circuits, T1, and E1
• Selectable Interfaces:
  • T1, E1
• Selectable encoding options
  • NRZ, AMI, B8ZS, HDB3
• Dual Reference Clocking with software selectable timing modes
• TDM over IP
• PBX interconnect over IP
• Radio over IP
• Test and monitoring of the Legacy Interfaces

Cornet Technology's IP Gate-4 will allow you to eliminate costly carrier circuits and to utilize the big pipes of multiple Gigabit Ethernet, SONET, and DWDM links. IPGate will let your customers easily take advantage of converged IP networks to connect legacy circuits and applications.

Benefits of IPGate-4

• Reduced training expenses – one less network to operate
• Reduced manpower – personnel can be moved to other operations
• Simplified troubleshooting – same IP skills used across a broader base
• Space savings – less equipment needed

Resources

IPGate-4 Datasheet
IPGate PowerPoint Presentation

IPGate 1000-16

The IPGate 1000-16, a multiservice access concentrator, offers advanced technology features that reliably transport legacy Time Division Multiplexing (TDM) and other circuit-based applications across converged IP networks. Using circuit emulation services over packet standards, the IPGate 1000-16 supports a wide variety of legacy analog and digital interfaces at configurable data rates ranging from 75 bps to 8.192 Mbps. It lets customers easily and reliably take advantage of converged IP networks to connect legacy circuits.

Features

User Interface Monitoring
The IPGate 1000-16 provides optional front panel connectors that let test equipment attach to the front panel monitor bus enabling passive monitoring and interactive testing of legacy port interfaces. The port’s data is presented in real time for monitoring without data disruption.

Broadcast Mode
The IPGate 1000-16 supports an option to establish broadcast mode for each user port for point-to-multipoint communications.

Management
InteliView, web-based graphical user interface, for system management. System maintains the configuration of each user port to protect against the possibility of a power failure. When power is restored, the system automatically restores user ports to their last configuration; restoring circuits without any operator intervention.

Technology

IP Service Terminations
IPGate 1000-16 supports the following protocols: IPv4 and IPv6, RTP, MPLS, GMPLS, L2TPv3, ITU-T Y.1413, IETF CESoPSN, and IETF SAToP.

Interface Types
User port cards are hot swappable for ease of maintenance and can be interchanged within the same IPGate chassis. Interface adapters convert standard DB-25 connectors to the physical connector required for each interface type.

Power Supply Redundancy
The IPGate 1000-16 comes with dual redundant power supply modules that are part of the chassis configuration. The modules are configured to share the total load but are capable of powering the entire unit. If a power module fails, the redundant module will automatically assume the entire load ensuring that the port-to-IP connections continue to pass data. A failure status will be displayed and reported to InteliView.

Ethernet Redundancy
The IPGate 1000-16 supports redundant GigE network ports with automatic failover.

Resources

IPGate-1000-16 Datasheet