Allied Telesis AT-WR4541A-50
Contents
1. IEEE 802 11h WLAN MAC and PHY specifications Amendment 5 spectrum and transmit power management extensions in the 5 GHz band in Europe IEEE 802 1 li WLAN MAC and PHY specifications Amendment 6 MAC security enhancements IETF RFC 768 UDP RFC 791 IP RFC 792 ICMP RFC 793 TCP RFC 826 ARP RFC 854 Telnet protocol specification RFC 855 Telnet option specifications RFC 856 Telnet binary transmission RFC 857 Telnet echo option RFC 858 Telnet suppress go ahead option RFC 932 Subnetwork addressing scheme RFC 950 Subnetting ICMP RFC 951 BootP RFC 959 FTP RFC 1027 Proxy ARP RFC 1035 DNS RFC 1058 RIPvI RFC 1091 Telnet terminal type option RFC 1122 Internet host requirements RFC 1155 MIB RFC 1157 SNMP RFC 1212 Concise MIB definitions RFC 1213 MIB II RFC 1245 OSPF protocol analysis RFC 1246 Experience with the OSPF protocol RFC 1256 ICMP router discovery messages RFC 1305 NTP version 3 RFC 1334 PPP authentication protocols RFC 1350 TFTP RFC 1493 Definitions of managed objects for bridges RFC 1518 An architecture for IP address allocation with CIDR RFC 1519 Classless Inter Domain Routing CIDR RFC 1542 Clarifications and extensions for the BootStrap protocol RFC 1592 RFC 1631 RFC 1643 RFC 1661 RFC 1701 RFC 1702 RFC 1793 RFC 1812 RFC 1829 RFC 1858 RFC 1877 RFC 1918 RFC 1945 RFC 1994 RFC 2003 RFC 2011 RFC 2049 RFC 2068 RFC 2082 RFC 2096 RFC 2113 RFC 2131 RFC 2136 RFC2. Packet size Time QoS management e Hierarchical HTB QoS system with bursts e Per IP protocol subnet port firewall mark PCQ RED SFQ FIFO queue e CIR MIR contention ratios dynamic client rate equalizing PCQ bursts peer to peer protocol limitation Tunneling protocols e PPTP PPPoE and L2TP e PAP CHAP MSCHAPvI and MSCHAPv2 authentication protocols e RADIUS authentication and accounting e MPPE encryption compression for PPPoE e Data rate limitation e Differentiated firewall e PPPoE dial on demand IPIP tunnels EolP Ethernet over IP IPSec e IP security AH and ESP protocols e MODP Diffie Hellman groups 1 2 5 e MD5 and SHAI hashing algorithms DES 3DES AES 128 AES 192 AES 256 encryption algorithms e Perfect Forwarding Secrecy PFS MODP groups 1 2 5 Proxy e FIP and HTTP caching proxy server e HTTPS proxy e Transparent DNS and HTTP proxying SOCKS protocol support DNS static entries e Support for caching on a separate drive e Access Control Lists e Caching lists e Parent proxy support DHCP DHCP server per interface DHCP relay DHCP client e Multiple DHCP networks e Static and dynamic DHCP leases e RADIUS support VRRP VRRP protocol for high availability UPnP e Universal Plug amp Play support NTP e Network Time Protocol server and client Monitoring accounting e IP traffic accounting e Firewall actions logging e Statistics graphs accessible
3. 2236 RFC 2246 RFC 2284 RFC 2328 RFC 2338 RFC 2401 RFC 2402 RFC 2403 RFC 2433 RFC 2453 RFC 2474 RFC 2516 RFC 2616 RFC 2637 RFC 2661 RFC 2663 RFC 2759 RFC 2790 RFC 2863 RFC 2865 RFC 2866 RFC 3007 RFC 3022 RFC 3046 RFC 3164 RFC 3168 RFC 3376 RFC 3768 RFC 4251 RFC 4601 RFC 5059 Simple Network Management Protocol SNMP distributed protocol interface V 2 0 The IP Network Address Translator NAT Ethernet MIB The Point to Point Protocol PPP GRE GRE over IPv4 Extending OSPF to support demand circuits Router requirements IPSec algorithm Fragmentation PPP Internet protocol control protocol extensions for name server addresses IP addressing HTTP 1 0 PPP Challenge Handshake Authentication Protocol CHAP IP encapsulation within IP SNMPv2 Management Information Base for the Internet protocol using SMlv2 MIME HTTP I 1 RIP 2 MD5 authentication IP forwarding table MIB IP router alert option DHCP Dynamic updates in the Domain Name System DNS UPDATE Internet Group Management Protocol version 2 The TLS protocol version 1 0 EAP OSPFv2 Virtual Router Redundancy Protocol Security architecture for IP IP authentication header IPSec authentication MDS Microsoft PPP CHAP extensions RIPy2 DCSP in the IPv4 and IPv6 headers A method for transmitting PPP Over Ethernet PPPoE Hypertext Transfer Protocol HTTP I Point to Point Tunneling Protocol PPTP L2TP IP Network Add
4. UL94 VO plastic and aluminium enclosure Environmental Specifications Operating conditions temperature 30 C to 65 C 22 F to 140 F Relative humidity 5 to 95 non condensing Storage conditions temperature 40 C to 70 C 40 F to 158 F Relative humidity 5 to 95 non condensing Robustness IEC 60529 protection Level IP67 with optional AT TQ0051 3 UTP cables MTBF 39 000 hrs Power Characteristics Power PoE 12 to 24vDC 0 8A Max Power consumption 7W Interfaces Fast Ethernet interfaces Standard IEEE 802 3u MDI MDI X Ports Connector RJ 45 female Radio interfaces Radio l Standard IEEE 802 1 1a b g h Connectors x N type female Allied Telesis Layer 2 Features Bridging IEEE 802 1D Spanning Tree Protocol IEEE 802 1w Rapid Spanning Tree Protocol Multiple bridge interfaces Bridge firewalling e MAC NAT VLAN IEEE 802 1Q VLAN tagging on Ethernet and wireless links e VLAN bridging Layer 3 Features Routing e Static routing e Equal cost multi path routing e Policy based routing e RIPvI v2 OSPFv2 PIM IGMP Firewall and NAT e Stateful packet filtering e Peer to Peer protocol filtering e Source and destination NAT e Packet classification by Source MAC Interfaces IP addresses and subnets Ports and port range Protocols Protocol options ICMP type TCP flags and MSS ToS DSCP Packet content matching sequence frequency
5. tools can be used for configuring and monitoring the network and its users the usual way Any network engineer will be able with little wireless training to design and troubleshoot an Allied Telesis powered wireless network MV Allied Telesis Key Features Feature rich firmware Real IP routing functionalities 2 4 GHz and 5 GHz dual band operations IEEE 802 1 la b g h compliant Certified for HiperLAN bands operation in Europe with DFS and TPC Power over Ethernet remote powering IP67 rated outdoor robust construction Professional look suitable for indoor installation too Embedded IP firewalling functionalities Highly configurable QoS management for multimedia applications High sensitivity radio interface for longer reach and higher throughput on wireless links Wide choice of omnidirectional directional and sector antennas RoHS compliant TDMA operation mode for full QoS control on wireless Multicast routing via PIM and IGMP www alliedtelesis com AT WR454la g IEEE 802 1 Dual Band Outdoor Wireless Routing CPEs Wireless Networking Made Easy Wireless specific functionalities are integrated in the WR4500 firmware in such a way that setting up a Point to Point link is as easy as configuring an interface Specifications Physical Specifications Dimensions 13 3cm x 8 6cm x l cm WxDxH 5 2 x 3 4 x 6 3 Weight 0 45 Kg 1 0 Ibs main unit only 0 59 Kg 1 3 Ibs with mount kit Low flammability
6. via HTTP GUI Management SNMP V2 read only e SSH and Telnet CLI e Web GUI e Windows based GUI Tools Ping e Traceroute e Bandwidth test Ping flood e Packet sniffer Dynamic DNS update tool www alliedtelesis com AT WR454la g IEEE 802 1 Dual Band Outdoor Wireless Routing CPEs Wireless Features Operation modes e Point to Point e Point to Multipoint e WDS Wireless Distribution System e Wireless client station mode e Wireless bridging e Dynamic Frequency Selection DFS e Transmit Power Control TPC Access security e 40 and 104 bit WEP e WPA PSK and WPA EAP e WPA2 PSK and WPA2 EAP AES CCM and TKIP encryption e Access Control List e Std FIPS 197 AES Authentication RADIUS e EAP and IEEE 802 1x Allied Telesis Technical Specifications Standards and Protocols IEEE IEEE 802 1D MAC bridges IEEE 802 1Q Virtual LANs IEEE 802 1x Port based network access control IEEE 802 1w Rapid reconfiguration of Spanning Tree IEEE 802 2 Logical link control IEEE 802 3 2002 CSMA CD access method and physical layer specifications IEEE 802 3u 1007X IEEE 802 3x Full duplex operation IEEE 802 1 la WLAN MAC and PHY specifications High speed physical Layer in the 5 GHz band IEEE 802 1 1b WLAN MAC and PHY specifications Higher speed physical layer extension in the 2 4 GHz band IEEE 802 1 1g WLAN MAC and PHY specifications Amendment 4 further higher data rate extension in the 2 4 GHz band
7. Datasheet Wireless LAN AT WR454la g IEEE 802 1 Dual Band Outdoor Wireless Routing CPEs AT WR454la IEEE 802 1 a b g h outdoor wireless routing CPE with I5dBi 5GHz embedded panel antenna AT WR4541g IEEE 802 1 a b g h outdoor wireless routing CPE with 1dBi 2 4GHz embedded panel antenna A Complete Solution for Wireless ISPs Local Utilities Municipalities Hospitality and Enterprises The WR4500 family of dual band outdoor wireless base routers and routing CPEs allow the building of wireless only or hybrid IP networks that are scalable reliable and fully controllable Wireless ISPs can easily and quickly provide homes in rural areas with broadband Internet access and VoIP telephony and at the same time can set up WiFi hot spots for nomadic users Enterprises can connect remote buildings without the need for expensive leased lines and can extend WiFi coverage to outdoor yards providing users with mobile intranet and Internet access everywhere Municipalities can build wireless IP networks for connecting remote offices and for increasing public safety with real time monitored surveillance cameras and continuous communication with local police patrols Local utilities can easily control their remote equipments and read in real time gas water and electricity meters without any need for expensive fiber cabling Hot spot services can be provided to hotel guests and hospital patients illuminating rooms from o
8. Max Output Normal Mode Super AG Mode Sensitivity dBm Power dBm 6 12 88 17 9 18 87 17 12 24 85 16 18 36 83 16 IEEE 802 1 la h 4 48 80 15 36 n 15 15 z 48 96 3 14 54 108 11 13 a 95 18 IEEE 802 1 1b 2 na A E z 55 x 2 18 II 90 18 q 6 12 90 18 3 9 18 89 18 E 12 24 87 17 IEEE 802 1 g z 7 36 R 19 16 48 96 16 15 54 108 14 15 This is the actual Radio Output Power and does not include the Antenna gain Regulatory Approvals EMI EMC FCC part 15 Class B CE marking Class A Safety 1EC60950 UL60950 CSA60950 EN60950 RoHS compliant USA Headquarters 19800 North Creek Parkway Suite 100 Bothell WA 9801 I Ordering Information AT WR454 la xx IEEE 802 1 1a b g h outdoor wireless routing CPE with 15dBi 5GHz embedded panel antenna AT WR454 g xx IEEE 802 1 1a b g h outdoor wireless routing CPE with I1dBi 2 4GHz embedded panel antenna 10 for North America 30 for UK 40 for Australian 50 for European Where xx Associated Products AT TQ00xx Cables and accessories AT TQ02xx 2 4GHz antennas and accessories AT TQ05xx 5 GHz antennas and accessories AT WR456 1 00 IEEE 802 11 dual band single radio outdoor with wireless base router AT WR4562 00 IEEE 802 11 dual band dual radio outdoor with wireless base router AT WR4542 IEEE 802 1 1a h outdoor wireless routing CPE with 22dBi 5GHz embedded panel antenna USA T 1 800 424 4284 F 1 425 481 3895 European Headq
9. ress Translator NAT terminology and considerations Microsoft PPP CHAP extensions version 2 Host MIB The interfaces group MIB RADIUS RADIUS accounting Secure Domain Name System DNS dynamic update Traditional NAT DHCP relay agent information option Syslog protocol The addition of Explicit Congestion Notification ECN to IP Internet Group Management Protocol version 3 VRRP The Secure Shell SSH protocol architecture Protocol Independent Multicast Sparse Mode PIM SM protocol specification revised Bootstrap Router BSR mechanism for PIM www alliedtelesis com AT WR454la g IEEE 802 1 Dual Band Outdoor Wireless Routing CPEs Radio Characteristics Frequency band 2 4 GHz Radio type IEEE 802 11b g Modulation 1Mbps DBPSK DSSS 2Mbps DQPSK DSSS 5 5 and 1Mbps CCK DSSS 6 and 9Mbps 12 and 18Mbps 24 and 36Mbps 48 and 54Mbps Channels US Canada FCC 11 overlapping I to Europe ETSI 13 overlapping I to France 4 overlapping 10 to Japan Telec 13 overlapping I to China 13 overlapping I to Other countries 5 Ghz IEEE 802 1 la h n a n a n a PSK OFDM QPSK OFDM 16 QAM OFDM 64 QAM OFDM 12 non overlapping 5 150 to 5 350 5 725 to 5 825 19 non overlapping 5 150 to 5 350 5 470 to 5 725 19 non overlapping 5 150 to 5 350 5 470 to 5 725 4 non overlapping 5 150 to 5 250 5 non overlapping 5 725 to 5 850 Per local regulations Standard Data Rate Mbps Receive
10. uarters Via Motta 24 6830 Chiasso Switzerland T 41 91 69769 00 F 41 91 69769 11 Asia Pacific Headquarters I Tai Seng Link Singapore 534182 T 65 6383 3832 F 65 6383 3830 www alliedtelesis com 2008 Allied Telesis Inc All rights reserved Information in this document is subject to change without notice All company names logos and product designs that are trademarks or registered trademarks are the property of their respective owners Connecting The World 617 000293 Rev B MV Allied Telesis
11. utside the building with a reduced impact on medical equipments because no transmit radio will be installed inside the hospital Allied Telesis Both models can be used either as CPEs in Point to Multipoint links or as both ends of a Point to Point link Flexibility is the primary advantage of AI WR454 wireless routing CPEs Both models share the same firmware radio module and enclosure The only difference is in the embedded panel antenna AT WR4541a features a 5dBi 5GHz antenna while AI WR454 g is equipped wth an dBi 2 4GHz antenna Both models feature an additional type N coax connector for using any 2 4 or 5GHz external antennas Real Wireless IP Routers WAR4500 dual band wireless routers have all the features of IP routers and much more A full set of routing protocols together with enhanced filtering capabilities make the WR4500 series the best choice for building simple and complex wireless and hybrid wired wireless networks with a tight integration between the wired and wireless parts IP routing allows network designers to design and deploy fully redundant networks with predictable behaviour in any working condition while network operations managers retain full control over packet forwarding Point to Point Point to Multipoint as well as partially or fully meshed networks can be easily designed and deployed with limited need for deciding in advance the network architecture Common network management
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