Compatible Systems Octal V.35 - 10/100 RIOP Specifications Page 48

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Frame Relay and X.25
Frame Relay and X.25
43
43
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Fax: 508-660-0339
Fax: 508-660-0339
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.pulsewan.com
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Equipment Order Number
8 PORT X25 FRAD/PAD DDS APD-8/AC/DDS
8 PORT X25 FRAD/PAD V.24 DTE APD-8/AC/V24
8 PORT X25 FRAD/PAD V.35 DTE APD-8/AC/V35
8 PORT X25 FRAD/PAD ETH APD-8/AC/UTP
The SPS-6 and SPS-12, Multi
protocol Packet Switches, are high
performance, X.25/Frame Relay
Switches for routing between
X.25/Frame Relay access units.
The SPS-6 can switch up to six
synchronous links and the SPS-12
up to twelve synchronous links.
Two Asynchronous channels are
available with each model.
Equipment Order Number
SPS-6 Base Chassis RSPS6X
SPS-12 Base Chassis RSPS12X
SPS-V24 RS-232 module RSPSMV24
SPS-V35 V35 module RSPSMV35
SPS-530 RS-530 module RSPSM530
SPS-X21 X.21 module RSPSMX21
APS 8-16-24 Multiprotocol X.25/Frame Relay PAD/FRAD/Switch
APS-8, APS-16 and APS-24 are high performance FRAD / X.25 PADs for
access to Frame Relay / X.25 networks. The number of async channels is
expandable up to 72, via external statistical multiplexers. All models have
three synchronous links, which also function as a multiprotocol packet
switch.
Each of the three switch ports can be programmed to operate with transpar-
ent HDLC for connecting bridges, routers and other HDLC communication
devices over X.25 or Frame Relay networks. The HDLC protocol is encapsu-
lated over X.25 or Frame Relay, providing end-to-end transparent operation.
All async channels can act according to X.3, X.28 and X.29 profiles at traffic
speeds of up to 115.2 kbps. Async traffic can be packetized directly over a
Frame Relay network, or packetized over the X.25 network. All channels are
configured and monitored by the management agent of APS-8, APS-16 and
APS-24.
IP datagrams can be routed over Ethernet, PPP or SLIP links and over
Frame Relay networks (according to RFC 1490) or over an X.25 network
(according to RFC 1356). APS-8, APS-16 and APS-24 support RIP1, RIP2
and triggered acknowledgment RIP messages (according to RFC 1058,
1723 and 1724). The RIP support enables easy IP connection while minimiz-
ing IP user configuration. The triggered RIP enables reduction of the
overhead associated with the RIP mechanism, by minimizing the number of
periodic messages sent. Static IP routing is supported. IP packets are routed
to destination via SLIP, PPP, LAN (Ethernet), X.25 or Frame Relay link,
according to the IP address.
SPS-6 & SPS-12
APD-8
SPS-6/12 Frame Relay/X.25 Switch
Frame
Frame
Relay and
Relay and
X.25 !
X.25 !
Equipment Order Number
APS-8 Base Chassis RASPS6X
APS-16 Base Chassis RAPS12X
APS-24 RS-232 module RAPSMV24
APS-UTP Ethernet module RAPSMUTP
APS-DDS DDS DSU RAPSMDDS
APS-V24 V.24 module RAPSMV24
APS-V35 V35 module RAPSMV35
APS-530 RS-530 module RAPSM530
APS-X21 X.21 module RAPSMX21
APS 8-16-24
APD-8 X.25 PAD/FRAD
APD-8 provides access to public or private Frame Relay networks. Async
data is sent directly over the Frame Relay or encapsulated over X.25 /
Frame Relay (Annex G), to achieve maximum reliability.
All async channels can act according to X.3, X.28 and X.29 profiles, at traffic
speeds of up to 115.2 kbps. Async traffic can be packetized directly over
Frame Relay network, or packetized over the X.25 network. All channels are
configured and monitored by the management agent of APD-8.
APD-8 contains an SNMP agent, which enables remote configuration,
collection of statistics / status reports, and diagnostics. The management
agent can be programmed to periodically send statistics / status reports to a
maximum five management stations.
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