Juniper CTP2056-AC-02 Data Sheet
3
Feature
Feature DescriPtion
BeneFit
CTPView Network
Management System
Management System
Secure, multi-user, web-based network management
system provides network monitoring, circuit provisioning,
IP performance reporting, database backup, and circuit
troubleshooting tools.
system provides network monitoring, circuit provisioning,
IP performance reporting, database backup, and circuit
troubleshooting tools.
Managers quickly deploy circuits and services while
proactively monitoring the network. IP performance reports
provide detailed information on IP network jitter, delay and
packet loss. Circuit troubleshooting tools include integral
BERTS and loops to facilitate quick trouble resolution.
proactively monitoring the network. IP performance reports
provide detailed information on IP network jitter, delay and
packet loss. Circuit troubleshooting tools include integral
BERTS and loops to facilitate quick trouble resolution.
Multiple system and
circuit clocking solutions
circuit clocking solutions
CTP Series Circuit to Packet Platforms are designed to
use multiple external clocks as monitored and prioritized
system references. Circuits are configured to use the system
clock, external circuit timing, or to adaptively recover clock
information from the remote port when required by the
application or when no reference is configured.
use multiple external clocks as monitored and prioritized
system references. Circuits are configured to use the system
clock, external circuit timing, or to adaptively recover clock
information from the remote port when required by the
application or when no reference is configured.
Circuit reliability is improved since ports and systems
are configured with the clocking solution that is most
appropriate for the particular application.
are configured with the clocking solution that is most
appropriate for the particular application.
Auto switch
The status of the CTP Series circuit ports is monitored, and
the circuit is automatically switched to an alternate local or
remote port when a failure is detected.
the circuit is automatically switched to an alternate local or
remote port when a failure is detected.
Network and circuit reliability are increased when the
circuits are automatically restored to alternate locations
and equipment in the event of an equipment, site or
network failure.
circuits are automatically restored to alternate locations
and equipment in the event of an equipment, site or
network failure.
Packet protector
Redundant packets are created and transmitted to the IP
network and then processed by the receiving CTP Series.
network and then processed by the receiving CTP Series.
Circuit quality and reliability are increased when IP
connections experience significant packet loss caused by
bit errors.
connections experience significant packet loss caused by
bit errors.
Autobaud
The input timing leads are monitored, and the circuit rate is
automatically changed at both ends of the network if a rate
change is detected.
automatically changed at both ends of the network if a rate
change is detected.
flexible rate agility enables immediate and automatic
provisioning changes.
provisioning changes.
Loops and BERTs
Each CTP Series port supports interface and network loops
and the ability to generate and monitor a bit error rate test
with up to nine BERT patterns selectable.
and the ability to generate and monitor a bit error rate test
with up to nine BERT patterns selectable.
Support for standard circuit troubleshooting tools that are
built into the CTP Series help to quickly isolate network,
circuit or cable problems.
built into the CTP Series help to quickly isolate network,
circuit or cable problems.
Layer 2 IP aggregation
The CTP Series Circuit to Packet Platforms can aggregate
layer 2 traffic from serial EIA530 interfaces onto a fast
Ethernet or Gigabit Ethernet interface. Layer 2 protocols
supported are frame Relay, PPP and Cisco-HDLC. Each CTP
Series port is connected to a different VLAN.
layer 2 traffic from serial EIA530 interfaces onto a fast
Ethernet or Gigabit Ethernet interface. Layer 2 protocols
supported are frame Relay, PPP and Cisco-HDLC. Each CTP
Series port is connected to a different VLAN.
The ability to aggregate layer 2 traffic on the CTP Series
from multiple EIA530 serial interfaces reduces the router
interfaces needed for low-speed EIA530 IP aggregation.
from multiple EIA530 serial interfaces reduces the router
interfaces needed for low-speed EIA530 IP aggregation.
Port mirroring
The CTP Series is able to port-mirror any transmit or any
receive up to 10 local or remote destinations.
receive up to 10 local or remote destinations.
Port mirroring minimizes the bandwidth required to send the
same traffic to multiple sites across the network. It enables
easy monitoring for troubleshooting circuit problems. Port
mirroring enables the replication of data to multiple local or
geographically dispersed locations.
same traffic to multiple sites across the network. It enables
easy monitoring for troubleshooting circuit problems. Port
mirroring enables the replication of data to multiple local or
geographically dispersed locations.
Analog voice—4WE&M
The CTP Series supports analog 4WE&M type I, II,and V
interfaces with software selectable transmit and receive-
level adjustments per interface.
interfaces with software selectable transmit and receive-
level adjustments per interface.
The ability to support analog 4WE&M interfaces allows the
CTP Series Circuit to Packet Platforms to offer another PBX
trunking option. The 4WE&M interface can also be used for
radio interfaces with push-to-talk requirements.
CTP Series Circuit to Packet Platforms to offer another PBX
trunking option. The 4WE&M interface can also be used for
radio interfaces with push-to-talk requirements.
Analog voice—2WfXS
The CTP Series supports analog 2WfXS loop start, ground
start, and PLAR modes with software selectable transmit
and receive-level adjustments per interface.
start, and PLAR modes with software selectable transmit
and receive-level adjustments per interface.
The ability to support analog 2WfXS interfaces allows the
CTP Series Circuit to Packet Platforms to offer 2-wire voice
extensions over IP for remote phones, remote central office
or PBX equipment.
CTP Series Circuit to Packet Platforms to offer 2-wire voice
extensions over IP for remote phones, remote central office
or PBX equipment.
Analog voice—2WfXo
The CTP Series support analog 2WfXo loop start and
ground start modes with software selectable transmit and
receive-level adjustments per interface.
ground start modes with software selectable transmit and
receive-level adjustments per interface.
The ability to support analog 2WfXo interfaces allows the
CTP Series Circuit to Packet Platforms to offer 2-wire voice
extensions over IP to remote phones, or remote central
office or PBX equipment.
CTP Series Circuit to Packet Platforms to offer 2-wire voice
extensions over IP to remote phones, or remote central
office or PBX equipment.
Voice compression
The CTP Series Voice Compression module supports 64k
G.711, 32k G.726, 16k G.726, 16k G.728, 8k G.729, and 2.4k
MELP compression algorithms. The voice compression
module also supports echo cancellation, silence suppression,
fax and modem detection, and companding conversion.
G.711, 32k G.726, 16k G.726, 16k G.728, 8k G.729, and 2.4k
MELP compression algorithms. The voice compression
module also supports echo cancellation, silence suppression,
fax and modem detection, and companding conversion.
Voice compression can be applied on any T1 or E1 DS0
and on the analog 4WE&M interfaces. The use of voice
compression and silence suppression can dramatically
reduce the bandwidth required in the IP network. Multiple
DS0s or analog channels can be bundled into one packet to
further reduce the bandwidth required in the IP network.
and on the analog 4WE&M interfaces. The use of voice
compression and silence suppression can dramatically
reduce the bandwidth required in the IP network. Multiple
DS0s or analog channels can be bundled into one packet to
further reduce the bandwidth required in the IP network.
IRIG-B
The CTP Series supports an inter-range instrumentation
group time code (IRIG-B) signal to be transported through
an IP network. IRIG-B encodes day of year, hour, minute, and
second data on a 1-kHz carrier frequency, with an update
rate of once per second.
group time code (IRIG-B) signal to be transported through
an IP network. IRIG-B encodes day of year, hour, minute, and
second data on a 1-kHz carrier frequency, with an update
rate of once per second.
Provides the ability to support IRIG-B transport over the IP
network with options to configure direction, output high and
low levels, and data range per interface.
network with options to configure direction, output high and
low levels, and data range per interface.
Features and Benefits (continued)