Performance and capacity |
¡E Campus-connected APs: Up to 2,048
¡E Remote APs: Up to 8,192
¡E Users: Up to 32,768
¡E MAC addresses: Up to 256,000
¡E VLAN IP interfaces: 512
¡E Fast Ethernet ports (10/100): Up to 72
¡E Gigabit Ethernet ports (GBIC or SFP):
Up to 40
¡E 10 Gigabit Ethernet ports (XFP): Up to
8
¡E Active firewall sessions: Up to
2,097,200
¡E Concurrent IPSec tunnels: Up to 32,768
¡E Firewall throughput: Up to 80 Gbps
¡E Encrypted throughput (3DES): Up to 32
Gbps
¡E Encrypted throughput (AES-CCM): Up to
16 Gbps |
Wireless LAN security and control
features |
¡E 802.11i security (WFA-certified WPA2
and WPA)
¡E 802.1X user and machine authentication
¡E EAP-PEAP, EAP-TLS, EAP-TTLS support
¡E Centralized AES-CCM, TKIP and WEP
encryption
¡E 802.11i PMK caching for fast roaming
applications
¡E EAP offload for AAA server scalability
and
survivability
¡E Stateful 802.1X authentication for
standalone APs
¡E MAC address, SSID and location-based
authentication
¡E Multi-SSID support for operation of
multipleWLANs
¡E SSID-based RADIUS server selection
¡E Secure AP control and management over
IPSec or GRE
¡E CAPWAP-compatible and upgradeable
¡E DistributedWLAN mode for remote AP
deployments
¡E Simultaneous centralized and
distributed
WLAN support |
Identity-based security
features |
¡E Captive portal, 802.1X and MAC address
authentication
¡E Username, IP address,MAC address and
encryption
key binding for strong network identity
creation
¡E Per-packet identity verification to
prevent
impersonation
¡E RADIUS and LDAP-based AAA server
support
¡E Internal user database for AAA server
failover protection
¡E Role-based authorization for
eliminating
excess privilege
¡E Robust policy enforcement with
stateful
packet inspection
¡E Per-user session accounting for usage
auditing
¡E Web-based guest enrollment
¡E Configurable acceptable use policies
for guest access
¡E XML-based API for external captive
portal
integration
¡E xSec option for wired LAN
authentication and encryption(802.1X authentication,
256-bit AES-CBC encryption)
¡E Secure AP control and management over
IPSec or GRE
¡E CAPWAP-compatible and upgradeable
¡E DistributedWLAN mode for remote AP
deployments
¡E Simultaneous centralized and
distributed
WLAN support |
Identity-based security
features |
¡E Captive portal, 802.1X and MAC address
authentication
¡E Username, IP address,MAC address and
encryption key binding for strong network identity
creation
¡E Per-packet identity verification to
prevent
impersonation
¡E RADIUS and LDAP-based AAA server
support
¡E Internal user database for AAA server
failover
protection
¡E Role-based authorization for
eliminating
excess privilege
¡E Robust policy enforcement with
stateful
packet inspection
¡E Per-user session accounting for usage
auditing
¡E Web-based guest enrollment
¡E Configurable acceptable use policies
for guest access
¡E XML-based API for external captive
portal
integration
¡E xSec option for wired LAN
authentication and encryption(802.1X authentication,
256-bit AES-CBC encryption) |
Convergence features |
¡E Voice and data on a single SSID for
converged devices
¡E Flow-based QoS using voice flow
classification (VFC)
¡E Alcatel-Lucent NOE, SIP, Spectralink
SVP, SCCP and Vocera ALGs
¡E Strict priority queuing for
over-the-air QoS
¡E 802.11e support ¡V WMM, U-APSD and
T-SPEC
¡E QoS policing for preventing network
abuse
via 802.11e
¡E DiffServ marking and 802.1p support
for
network QoS
¡E On-hook and off-hook VoIP client
detection
¡E VoIP call admission control (CAC)
using VFC
¡E Call reservation thresholds for mobile
VoIP calls
¡E Voice-aware RF management for ensuring
voice quality
¡E Fast roaming support for ensuring
mobile
voice quality
¡E SIP early media and ringing tone
generation
(RFC 3960)
¡E Per-user and per-role rate limits
(bandwidth
contracts) |
Adaptive radio management (ARM) features |
¡E Automatic channel and power settings
for
thin APs
¡E Simultaneous air monitoring and end
user services
¡E Self-healing coverage based on dynamic
RF conditions
¡E Dense deployment options for capacity
optimization
¡E AP load balancing based on number of
users
¡E AP load balancing based on bandwidth
utilization
¡E Coverage hole and RF interference
detection
¡E 802.11h support for radar detection
and avoidance
¡E Automated location detection for
active RFID tags
¡E Built-in XML-based Location API for
RFID
applications |
Wireless intrusion protection features |
¡E Integration with WLAN infrastructure
¡E Simultaneous or dedicated air
monitoring
capabilities
¡E Rogue AP detection and built-in
location
visualization
¡E Automatic rogue, interfering and valid
AP
classification
¡E Over-the-air and over-the-wire rogue
AP
containment
¡E AdhocWLAN network detection and
containment
¡E Windows client bridging and wireless
bridge
detection
¡E Denial of service attack protection
for APs
and stations
¡E Misconfigured standalone AP detection
and
containment
¡E Third party AP performance monitoring
and
troubleshooting
¡E Flexible attack signature creation for
new
WLAN attacks
¡E EAP handshake and sequence number
analysis
¡E Valid AP impersonation detection
¡E Frame floods, Fake AP and Airjack
attack detection
¡E ASLEAP, death broadcast, null probe
response
detection
¡E Netstumbler-based network probe detection |
Stateful firewall features |
¡E Stateful packet inspection tied to
user identity or ports
¡E Location and time-of-day aware policy
definition
¡E 802.11 station awareness for WLAN
firewalling
¡E Over-the-air policy enforcement and
station
blacklisting
¡E Session mirroring and per-packet logs
for
forensic analysis
¡E Detailed firewall traffic logs for
usage auditing
¡E Application Layer Gateway (ALG)
support for
NOE, SIP, SCCP, RTSP, Vocera, FTP, TFTP,
PPTP
¡E Source and destination Network Address
Translation (NAT)
¡E Dedicated flow processing hardware for
high
performance
¡E TCP, ICMP denial of service attack
detection
and protection
¡E Policy-based forwarding into GRE
tunnels for
guest traffic
¡E External service interface for
third-party security
integration for inline anti-virus,
anti-spam and
content filtering apps
¡E Heath checking and load balancing for
external services |
VPN server features |
¡E Site-to-site VPN support for branch
office
deployments
¡E Site-to-site interoperability with
third-party
VPN servers
¡E VPN server emulation for easy
integration
into WLAN
¡E L2TP/IPSec VPN termination for Windows
VPN clients
¡E XAUTH/IPSec VPN termination for
third-party clients
¡E PPTP VPN termination for legacy VPN
integration
¡E RADIUS and LDAP server support for
VPN authentication
¡E PAP, CHAP, MS-CHAP and MS-CHAPv2
authentication
¡E Hardware encryption for DES, 3DES,
AES, MPPE
¡E Secure point-to-point xSec tunnels for L2 VPNs |
Networking features and
advanced services |
¡E L2 and L3 switching over-the-air and
over-the-wire
¡E VLAN pooling for easy, scalable
network designs
¡E VLAN mobility for seamless L2 roaming
¡E Proxy mobile IP and proxy DHCP for L3
roaming
¡E Built-in DHCP server and DHCP relay
¡E VRRP-based N+1 WLAN switch redundancy
(L2)
¡E AP provisioning-based N+1 WLAN switch
redundancy (L3)
¡E Etherchannel support for link
redundancy
¡E 802.1d Spanning Tree Protocol (STP)
¡E 802.1Q VLAN tags |
WLAN switch-based
management features |
¡E RF Planning and AP Deployment Toolkit
¡E Centralized AP provisioning and image
management
¡E Live coverage visualization with RF
heat maps
¡E Detailed statistics visualization for
monitoring
¡E Remote packet capture for RF
troubleshooting
¡E Interoperable with Ethereal and
Airopeek analyzers
¡E Multi-WLAN switch configuration
management
¡E Location visualization and device
tracking
¡E System-wide event collection and reporting |
Administration features |
¡E Web-based user interface access over
HTTP and HTTPS
¡E Quickstart screens for easy WLAN
switch
configuration
¡E CLI access using SSH, Telnet and
console port
¡E Role-based access control for
restricted
admin access
¡E Authenticated access via RADIUS, LDAP
or
Internal DB
¡E SNMPv3 and SNMPv2 support for WLAN
switch monitoring
¡E Standard MIBs and private enterprise
MIBs
¡E Detailed message logs with syslog event
notification |
Power supply options ¡@ |
¡E Power consumption: Max. 466 Watts per
PSU
OAW-6000-PS200: AC power supplies
deliver 200 W of power
¡E AC input voltage 90-132 VAC, 170-264
VAC
¡E AC input frequency 47-63 Hz
¡E AC input current 5 A @ 110 VAC
OAW-6000-PS400: AC power supplies
deliver 400W of power
¡E AC input voltage 85-264 VAC,
Auto-sensing
¡E AC input frequency 47-63 Hz
¡E AC input current 5 A @ 110 VAC |
Operating specifications
and dimensions |
¡E Operating temperature range: 0¢X to 40¢X
C
¡E Storage temperature range: 10¢X to 70¢X
C
¡E Humidity, non-condensing: 5 to 95%
¡E Height: 5.75? (146 mm)
¡E Width: 17.4? (444 mm)
¡E Depth: 12.5? (317.5 mm)
¡E Weight: 30 lbs. (unboxed) |
Regulatory and safety
compliance |
¡E FCC part 15 Class A CE
¡E Industry Canada Class A
¡E VCCI Class A (Japan)
¡E EN 55022 Class A (CISPR 22 Class A),
EN 61000-3
¡E EN 61000-4-2, EN 61000-4-3, EN
61000-4-4
¡E EN 61000-4-5, EN 61000-4- 6, EN
61000-4-8
¡E EN 61000-4-11, EN 55024, AS/NZS 3548
¡E EN 55022 Class A (CISPR 22 Class A),
EN 61000-3
¡E EN 61000-4-2, EN 61000-4-3, EN
61000-4-4
¡E EN 61000-4-5, EN 61000-4- 6, EN
61000-4-8
¡E EN 61000-4-11, EN 55024, AS/NZS 3548 |
PART NUMBER |
DESCRIPTION |
OAW-6000-PS2 |
Alcatel-Lucent
OmniAccess 6000 chassis for non PoE configurations.
Includes one modular 4-Slot 19" chassis, one fan tray,
two 200 watt auto-sensing 110V/240V AC PSU, and one
accessory kit. |
OAW-6000-PS4 |
Alcatel-Lucent
OmniAccess 6000 chassis for PoE configurations. Includes
one modular 4-slot 19" chassis, one fan tray, two 400
watt auto-sensing 110V/240V AC PSU, and one accessory
kit. |
OAW-SC-1-48 |
OmniAccess
Supervisor Card I with adaptive RF management and
support for up to 48 access points. One OAW-6000 chassis
can accommodate one or two Supervisor Cards. |
OAW-SC-1-128 |
OmniAccess
Supervisor Card I with adaptive RF management and
support for up to 128 access points. One OAW-6000
chassis can accommodate one or two Supervisor Cards. |
OAW-SC-2-256 |
OmniAccess
Supervisor Card II with adaptive RF management and
support for up to 256 access points. One OAW-6000
chassis can accommodate one or two Supervisor Cards. |
OAW-S3-C-2X10G |
OmniAccess
Supervisor Card III, 10x 1000BaseX (SFP), 2x 10GBaseX (XFP),
bundled with license to support 128 AP. One OAW-6000
chassis can accommodate up to four (4) Supervisor Card
III. |
OAW-S3-0-2X10G |
OmniAccess
Supervisor Card III, 10x 1000BaseX (SFP), 2x 10GBaseX (XFP),
(no AP license included). One OAW-6000 chassis can
accommodate up to four (4) Supervisor Card III. |
OAW-LC-2G |
OmniAccess 2GE Line Card
with support for two GBIC uplinks. GBIC adapters shall
be ordered separately. |
OAW-LC-2G24F |
OmniAccess 2GE24F Line Card
with support for 24 auto-sensing 10/100 interfaces and
two GBIC uplinks. GBIC adapters shall be ordered
separately. |
OAW-LC-2G24FP |
OmniAccess
2GE24FP Line Card with support for 24 auto-sensing
10/100 interfaces with power-over-Ethernet (PoE) and two
GBIC uplinks.
GBIC adapters shall be
ordered separately. Requires an OAW-6000-PS4 chassis. |
OAW-GBIC-T |
OmniAccess GBIC Interface
Adapter - T |
OAW-GBIC-SX |
OmniAccess GBIC Interface
Adapter - SX |
OAW-GBIC-LX |
OmniAccess GBIC Interface
Adapter - LX |