IMC Networks IE-MiniFiberLinX-II, TP-TX/FX-SM1310/PLUS-ST + AC Adapter 856-19724 Manuel D’Utilisation
Codes de produits
856-19724
Full-Featured IE-MiniFiberLinX-II
• VLAN Support— VLAN tagging capability keeps customer
data and SNMP traffic separated.
• Troubleshooting Features— FiberAlert and LinkLoss
along with LEDs assist in diagnosing potential problems
on fiber optic networks.
on fiber optic networks.
• Loopback Testing— Functionality loops back all
frames arriving on the fiber port (except for the device’s
management traffic). Supports MAC Address swap on
Loopbacks.
management traffic). Supports MAC Address swap on
Loopbacks.
• Bandwidth Control— Fine granularity allows operators to
offer custom levels of service and easily change bandwidth
allocation, remotely, in seconds via SNMP.
allocation, remotely, in seconds via SNMP.
• Supports the Unified Management Agent (UMA)— The
FiberLinX family has always supported Host/Remote
environments, i.e. managing the Remote from the Host
location. With UMA, operators can centraily manage all
devices installed in an iMediaChassis using only a single
IP address for the chassis. Refer to the UMA datasheet for
more information.
environments, i.e. managing the Remote from the Host
location. With UMA, operators can centraily manage all
devices installed in an iMediaChassis using only a single
IP address for the chassis. Refer to the UMA datasheet for
more information.
• IEEE 802.1Q VLAN compatible.
• Valid VLAN IDs are 1 to 4,094.
• Port-based VLAN tagging and Q-in-Q (extra tagging)
• Transparency Mode passes all data and respects the
• Valid VLAN IDs are 1 to 4,094.
• Port-based VLAN tagging and Q-in-Q (extra tagging)
• Transparency Mode passes all data and respects the
VLAN tag or lack thereof, i.e. allows a mixture of VLAN
Tagged and Untagged traffic.
Tagged and Untagged traffic.
• Configure to support VLAN IDs, filtering/passing up to 32
VLAN IDs for data, plus an additional VLAN ID for SNMP
management.
management.
• IEEE 802.1p provides a two-tier queue for differential
prioritization of inbound and outbound traffic, which is
especially beneficial for traffic requiring high priority, such
as VoIP.
especially beneficial for traffic requiring high priority, such
as VoIP.
Service providers routinely use IEEE 802.1Q Virtual Local Area Network (VLAN) tagging to secure, separate and differentiate
customer traffic. The IE-MiniFiberLinX-II enables service providers support of multiple VLAN-based applications.
customer traffic. The IE-MiniFiberLinX-II enables service providers support of multiple VLAN-based applications.
From a central location, network operators are able to receive real-time device and traffic statistics on the remote device, allocate
bandwidth, turn services on or off, initiate loopback testing, modify VLAN settings and adjust QoS policies assigned to different
traffic types.
bandwidth, turn services on or off, initiate loopback testing, modify VLAN settings and adjust QoS policies assigned to different
traffic types.
Using the VLAN Functionality on the IE-MiniFiberLinX-II
• Scalability allows transport of data on up to eight
wavelengths
• Increase bandwidth without the addition of more fiber
strands
Optionally, the IE-MiniFiberLinX-II provide for Coarse Wave Division Multiplexing, adding scalability to data delivery
Using Coarse Wavelength Division Multiplexing (CWDM) with the IE-MiniFiberLinX-II
SNMP Management Made Easy
The IE-MiniFiberLinX-II features an SNMP
management agent for monitoring the status and
activity on copper and fiber ports at the remote end.
Initial setup and modifications can be performed in
the field via iView² SNMP application, Telnet/TFTP,
or a local serial (CRAFT) connection.
management agent for monitoring the status and
activity on copper and fiber ports at the remote end.
Initial setup and modifications can be performed in
the field via iView² SNMP application, Telnet/TFTP,
or a local serial (CRAFT) connection.
• Remote, software upgrades via Telnet/TFTP or
management software ( iView²).
• Monitor unit and fiber with real-time monitoring
and statistics.
• Change bandwidth “on-the-fly” up to 100 Mbps.
• Create a secure management domain to
isolate management domain broadcasts
from TX Data ports on both units.
from TX Data ports on both units.
• User-definable unit/port descriptions and
information.