Allied Telesis Omni Antenna AT-TQ0202E User Manual
Product codes
AT-TQ0202E
26 | Allied Telesis Product Catalog
SUBCATEGORY
FEATURE
AT-SBx3112
AT-SBx3112-96POE+
AT-SBx3112-8XR
PRODUCT
Chassis with Fan Tray
Chassis Bundle
Chassis Bundle
SWITCH FUNCTIONALITY
Layer 2+
Layer 2+
Layer 2+
ACCESSORIES
Controller Fabric Card (CFC)
1 x AT-SBx31CFC
2 x AT-SBx31CFC
24 x 10/100/1000T PoE+
4 x AT-SBx31GP24
4 x XFP
2 x AT-SBx31XZ4
System Power Supply
1 x AT-SBx3161
2 x AT-SBx3161
PoE Power Supply
1 x AT-SBx3165
Fan Tray
1 x AT-SBx31FAN
1 x AT-SBx31FAN
POWER SUPPLY
PSU type
Hot-swap internal
Hot-swap internal
Hot-swap internal
-48vDC PSU option
Available second half 2011
Available second half 2011
Available second half 2011
POWER OVER ETHERNET
IEEE 802.3at
Q
Q
Q
Max number of PoE-enabled ports
96
Max number of IEEE 802.3at ports
80
Mode
A
ENVIRONMENTAL
Cooling
Fan Tray
Fan Tray
Fan Tray
Temperature range
0°C to 40°C
0°C to 40°C
0°C to 40°C
MANAGEMENT
CLI / Telnet / SNMP
Q
Q
Q
NETWORK RESILIENCE
Spanning Tree
Q
Q
Q
Link aggregation (LACP)
Q
Q
Q
EPSR
Q
Q
Q
QoS
IEEE 802.1p priority queues
8
8
8
SECURITY
IEEE 802.1Q VLANs
4K
4K
4K
VLAN Double Tagging (Q-in-Q)
Q
Q
Q
RADIUS/TACACS+/SSH
Q
Q
Q
DIMENSIONS
(W x D x H)
48.03 x 38.79 x 31.01 cm
18.9 x 12.2 x 4.8 in
48.03 x 38.79 x 31.01 cm
18.9 x 12.2 x 4.8 in
48.03 x 38.79 x 31.01 cm
18.9 x 12.2 x 4.8 in
Weight
17.77 kg / 39.10 lb
30.4 kg / 67.02 lb
28.91 kg / 63.6 lb
The SwitchBlade x3112 is a 12-Slot Access Edge Chassis Switch primarily targeted for service provider
fiber access networks, and equally at home at the enterprise network edge and the data center. The
switch was designed to deliver high availability, maximum performance with wirespeed non-blocking
backplane performance, and high port count.
NEW FOR 2011
FTTx Service Provider Applications
The SwitchBlade x3112 is a versatile carrier-
class FTTx platform for delivering Gigabit
services to residential, Multi-Dwelling Unit
services to residential, Multi-Dwelling Unit
(MDU) and business customers in the last
mile. It features redundant power supplies,
controllers and WAN ports to ensure
reliability standards in carrier networks are
reliability standards in carrier networks are
met, along with powerful sub-50 millisecond
failover protection using EPSR ring for link
level protection. The AT-SBx3112 is available
with either AC or DC power options.
failover protection using EPSR ring for link
level protection. The AT-SBx3112 is available
with either AC or DC power options.
As a FTTx platform, the SwitchBlade x3112
can support a maximum of 240 ports per
chassis using 24-port 100/1000Mbps SFP-
chassis using 24-port 100/1000Mbps SFP-
based line cards (AT-SBx31GS24). It can
also support redundant 10G uplinks using
4-port XFP based line cards with EPSR
(AT-SBx31XZ4). The SwitchBlade x3112 can
act as an aggregation hub for last mile FTTx
applications using 10G line cards. It features
applications using 10G line cards. It features
40 Gigabit non-blocking throughput to each
slot, thus providing a maximum level of
performance for FTTx services, both 1G and
performance for FTTx services, both 1G and
10G. Coupled with ultra-fast 200G switch
controllers, FTTx services can operate at
wire speed connectivity.
wire speed connectivity.
An evolution of the Allied Telesis tried and
tested iMAP carrier-grade platform, the
SwitchBlade x3112 delivers true IP Triple
Play services such as IPTV, VoIP. Tiered High
Speed Internet Access (HSIA) and other
SwitchBlade x3112 delivers true IP Triple
Play services such as IPTV, VoIP. Tiered High
Speed Internet Access (HSIA) and other
cloud-based services such as Over-the-Top
Video, remote storage and backup, and
cloud computing.
Video, remote storage and backup, and
cloud computing.
Raw performance combined with high
availability also allows it to be deployed
as both end-of-row and aggregation in
data center applications, and in campus
applications as the ultimate in network edge
connectivity.
availability also allows it to be deployed
as both end-of-row and aggregation in
data center applications, and in campus
applications as the ultimate in network edge
connectivity.
High-Availability Architecture
The SwitchBlade x3112 is designed to
deliver 99.999% reliability, while offering high
availability with sub-millisecond hitless failover
availability with sub-millisecond hitless failover
for mission-critical applications where uptime
is essential such as data centers, hospitality,
government, and financial institutions.
is essential such as data centers, hospitality,
government, and financial institutions.
Dual Redundant Management/Fabric
Modules inter-connecting through
redundant paths to the line cards over a
passive backplane, and Dual Redundant
Modules inter-connecting through
redundant paths to the line cards over a
passive backplane, and Dual Redundant
Power Options, ensures maximum system
up-time. Power is delivered via up to two
System Power Supplies, and two Power-
over-Ethernet Supplies to ensure continual
operation.
up-time. Power is delivered via up to two
System Power Supplies, and two Power-
over-Ethernet Supplies to ensure continual
operation.
Power over Ethernet Plus (PoE+)
The SwitchBlade x3112 supports IEEE
802.3at PoE+ (30W) to enable customers
to future-proof their network. PoE+
provides greater
power for
applications such
as IP surveillance
cameras supporting pan, tilt and zoom, IP
videophones, RFID readers, point-of sale or
wireless access points.
to future-proof their network. PoE+
provides greater
power for
applications such
as IP surveillance
cameras supporting pan, tilt and zoom, IP
videophones, RFID readers, point-of sale or
wireless access points.
Secure Management
Only authorized administrators can
access the management interface of the
SwitchBlade x3112. Protocols such as SSH
access the management interface of the
SwitchBlade x3112. Protocols such as SSH
provide an encrypted interface for both local
and remote connections, with out-of-band
management achieved though a dedicated
gigabit port if required.
and remote connections, with out-of-band
management achieved though a dedicated
gigabit port if required.