| Application |
Description |
|
IP Conversion for Serial Devices |
This drawing illustrates a Gateway providing Legacy serial connection
for remote IP networks. The Gateway can also be used to connect
new, IP-only devices to an existing network.
|
| Multidrop
Support for Serial Devices |
This drawing illustrates a Gateway acting as a host to several
devices using a multipoint serial protocol. The example uses
Teller Machines. The actual equipment could be any polled serial
device.
|
| Encapsulation |
This drawing illustrates how the Gateway can be used to provide
both ends of a Legacy protocol connection in a router or FRAD-based
network. The Gateways emulate both a host and terminal for the
respective connections.
|
| Branch
Bank System |
This drawing illustrates how a Gateway 530 can support many
dissimilar protocols and devices at a single location.
|
| Hybrid
System |
This
drawing illustrates the flexibility of the Gateway 530 by supporting
both local and modem-attached devices.
|
| Address
Routing |
This drawing illustrates the flexibility of the Gateway to selective
route data to multiple hosts based on the address. The Gateway
routes the message to the appropriate destination and performs
the required protocol, format and data manipulation.
|
| SNA
Migration Example |
This drawing illustrates how one of our customers is using the
Gateway 530 as a migration tool to replace Legacy equipment
with IP-based equipment while retaining the Legacy protocol
network.
|
| X.25
Migration Example |
This drawing illustrates how one of our customers is using the
Gateway 700 as a migration tool to replace X.25 equipment with
IP-based equipment over a satellite system.
|
| Host
Routing Example |
This
drawing illustrates how the Gateway 530 can be used as a migration
tool for Legacy equipment when moving to an IP-based system.
|
| Serial
Protocol Conversion with Fallback Example |
This drawing illustrates how the Gateway 530 can convert one
serial protocol to another serial protocol. This diagram also
illustrates an alternate path (TCP/IP) for data routing that
can be used if the primary path is not available.
|
| Expansion
Example |
This drawing illustrates how several Gateway 1000s can be consolidated
into a single system. The units can be physically dispersed
or centrally located. The Ethernet backbone is used to mesh
the units together. The individual units can be independently
controlled or managed as a single system. Each system can interface
unique outbound protocols and devices.
|
| Dial
POS Terminal Example |
This drawing illustrates how the Gateway 1000 can act as a concentrator
for dial async Point-of-Sale (POS) terminals. The G1000 provides
Visa protocol host emulation and converts the data for input
into a host system.
|
| X.25
POS Terminal Example |
This drawing illustrates how the Gateway 1000 can act as a PAD
and a concentrator for remote Point-of-Sale (POS) terminals.
The POS terminals connect to a local X.25 PAD for connection
to the G1000 through an X.25 network. The G1000 provides X.25
PAD and Visa protocol host emulation and converts the data for
input into a host system.
|
| IP
Conversion Example |
This drawing illustrates how any Gateway with an Ethernet Port
can bi-directionally convert TCP/IP to UDP.
|
| Data
and IP Routing |
The
Gateways offer several routing capabilities, which provide increased
flexibility and integrity for the Gateways by allowing data
to be directed between different addresses based upon selectable
conditions. |
