AP
Can work as an AP to give wireless access to a network or to Internet...
(read more)

C
Can work as a client device to connect to an AP...
(read more)

WB
Can work as a wireless bridge to link transparently two or more remote networks...
(read more)

WDS
Wireless Distribution System (WDS) allows you to make a completely wireless infrastructure...
(read more)

WDS-S
Can act as a WDS slave changing channels dynamically if the WDS peer does so....
(read more)

WDS-C
Can establish high performance WDS links by avoiding the repeating feature in network ends...
(read more)

HS
Can act as Hotspot giving transparent and automatic service to users through a user name a...
(read more)

VAP
Can act as a virtual AP so with a single device several wireless networks can be deployed,...
(read more)

AR
Can act as a advanced wireless repeater with no MAC masquerading...
(read more)

FW
Has complete Stateful Packet Inspection firewall features enabling the network administrat...
(read more)

NAT
Network Address Translation (NAT) is an IETF standard that enables a local area network (L...
(read more)

PAT
PAT is closely related to the concept of NAT and is often simply called NAT. Similar to NA...
(read more)

M
The capacity to mangle packets or connections assigning them a label that can be user for ...
(read more)

BC
Peer-to-peer file sharing is just one reason service providers and enterprises need bandwi...
(read more)

TP
In Lobometrics devices users can create rules that segregate traffic in un to 256 levels o...
(read more)

EoIP
EoIP or Ethernet protocol over IP (Internet Protocol), is a network protocol for encapsula...
(read more)

VRRP
Several devices can work clustered as a single high availability device...
(read more)

DHCPS
DHCP is a protocol used by networked computers (clients) to obtain unique IP addresses, an...
(read more)

DHCPR
Can relay information from a DHCP Server to IP devices on the wireless network...
(read more)

DHCPC
Can act as client of a DHCP server...
(read more)

MPDHCP
Multiple pools of non-contiguous IP segments can be defined in the DHCP server...
(read more)

ACL
Can authorise or de-authorise wireless clients by their MAC Address...
(read more)

WEP64
WEP security with 64bit encryption : Short for Wired Equivalent Privacy, a security protoc...
(read more)

WEP128
WEP security with 128bit encryption : Short for Wired Equivalent Privacy, a security proto...
(read more)

WPA
Wi-Fi Protected Access (WPA and WPA2) is a class of systems to secure wireless (Wi-Fi) com...
(read more)

WPA2
Wi-Fi Protected Access (WPA and WPA2) is a class of systems to secure wireless (Wi-Fi) com...
(read more)

VLAN
A virtual LAN, commonly known as a vLAN or as a VLAN, is a method of creating independent ...
(read more)

PPTPS
The Point-to-Point Tunnelling Protocol (PPTP) is a method for implementing virtual private...
(read more)

L2TPS
In computer networking, the Layer 2 Tunneling Protocol (L2TP) is a tunneling protocol used...
(read more)

IPSecS
IPsec (Internet Protocol Security) is a framework for a set of protocols for security at t...
(read more)

PPPoES
PPPoE (Point-to-Point Protocol over Ethernet) is a specification for connecting multiple c...
(read more)

PPTPC
Look at PPTPS (PPTP server). The device can be configured as client in a PPTP VPN link....
(read more)

L2TPC
Look at L2TP (L2TP server). The device can be configured as client in a L2TP VPN link....
(read more)

IPSecC
Look at IPSecS (IPSec server). The device can be configured as client in a IPSec VPN link....
(read more)

PPPoEC
Look at PPPoES (PPPoE server). The device can be configured as client in a PPPoE link....
(read more)

P2PF
The device can detect P2P traffic (eMule, Kazaa, Bittorrent,…). Rules can be build upon de...
(read more)

MS
MAC addresses of the device can be changed manually. Very usefull whan having to replace u...
(read more)

RadiusC
The device has a Radius client feature so it can be Authenticaed in a central Radius Serve...
(read more)

BGP
BGP (Border Gateway Protocol) is a protocol for exchanging routing information between gat...
(read more)

OSPF
OSPF (Open Shortest Path First) is a router protocol used within larger autonomous system ...
(read more)

Burst
Frame Bursting is a transmission technique supported by the draft 802.11e QoS specificatio...
(read more)

Fframes
Fast Frames technique bundles two frames into a single larger frame. Thus we eliminate ext...
(read more)

CMPRSN
A technique that extends the 802.11 standard. The devices hardware compresses packets thro...
(read more)

802.11e
IEEE 802.11e is a standard that defines a set of Quality of Service enhancements for LAN a...
(read more)

802.11h
IEEE 802.11h is the IEEE standard for Spectrum and Transmit Power Management Extensions. I...
(read more)

 
 
 OSB Series 954 : Common features 
Extreme load system IP67 Outdoor
AP C WB WDS WDS-S WDS-C HS VAP AR FW
NAT PAT M BC TP EoIP IPT DHCPS DHCPR DHCPC
CRR ACL WEP64 WEP128 WPA WPA2 VLAN PPTPS L2TPS IPSecS
PPPoES PPTPC L2TPC IPSecC PPPoEC P2PF MCL PF PP MPL
Burst Fframes CMPRSN 802.11e 802.11h
 
 Lobo 954HR :
130Mbps/190km multi-purpose wireless networking server with three high power transmitters
1-100mW 1-400mW 600-XmW 1Radio 2Radio 3Radio 4Radio 6Radio 2CB 4CB
8CB HDuplex FDuplex 5km 30km 50km 90km 150km 17Mbps 30Mbps
35Mbps 50Mbps 100Mbps 150Mbps 200Mbps 300Mbps 400Mbps LR 900MHz 2.0GHz
2.1GHz 2.2GHz 2.3GHz 2.4GHz 2.5GHz 2.6GHz 2.7GHz 2.8GHz 2.9GHz 5.0GHz
5.1GHz 5.2GHz 5.3GHz 5.4GHz 5.5GHz 5.6GHz 5.7GHz 5.8GHz 5.9GHz 5MHzC
10MHzC 20MHzC 40MHzC 80MHzC 160MHzC NSF DFS 802.11a 802.11b 802.11g

The Lobo 954HR is a multi-purpose wireless networking server with all the high end features that professional production deployments need. The Lobo 954HR is based on a triple high output power radio (26dB) that combined with its extraordinary receive sensibility, that ranges from -105.0dBi to -74.0dBi, makes solid long distance high speed wireless links possible. High power and sensibility not only enables long distance links, it also enables noticeably higher throughput than standard systems in short distance links.

The bonding features of the Lobo 954HR give also an important added performance, the Lobo can bond six simultaneous wireless channels into a single transparent link which is in fact like having the speed of six links in a single device, giving an effective channel width for data of 120MHz instead of the industry standard of 20MHz

The Lobo 954HR is a full duplex system that enables even higher performance on long distance links where adding lows fade margin connections has an important impact. Full duplex also has also advantages on certain type of applications.

Its propietary Linux based operating system and graphic and dual graphic/console interface enables network administrators to control each and every aspect of the network performance and quality of services, from connection priorities to bandwidth control.

With the Lobo 954HR users can deploy the safest networks available with its advanced encryption algorithms and its wide range of VPN tunneling protocols, including IPSec server and client. Naturally, standard and advanced 802 encriptions like WEP, WPA and WPA are also available. The Lobo 954HR also incorporates an unique extra security feature, it can stablish wireless links at non standard frequencies, for example, a standard 802.11a system connects in frequencies 5200Hz, 5220Hz,..., instead it can connect at intermediate non-standard frequencies like 5205, 5210, 5215,... using intermediate frequencies our network becomes invisible to starndard wireless equipment.

The Lobo 954HR comes fitted in the new Lobometrics HD AlMgSi alloy enclosure, a watertight casing capable of an unequalled level of heat dissipation, that in combination with its industrial grade electronics ensures a fault free continuous full speed operation in any outdoor environment..The enclosure provides three industry standard N-Female connectors for plugging external antennas

The Lobo 954HR also includes some exclusive features like redundancy (if one main link fails it can be configured to automatically connect to a backup link), programable static routes (having several default gateways and sending data to one or the other based on user defined rules), special WDS modes that avoid starndard WDS transparent links speed loss due to retransmission, OSPF, STP, internal backups, automatic restores in case of sabotage so the network and the control of the device can be restored after unauthorised manipulation, system configuracion replciation for big deployments, automatic link optimization, hot spot services,...


 
  • Tri radio 802.11a system
        Radio #1 : from 4.920MHz to 6.100MHz
        Radio #2 : from 4.920MHz to 6.100MHz
        Radio #3 : from 4.920MHz to 6.100MHz
  • Output power :
        Max. Radio #1 : 26dB (400mW) at antenna connector
        Max. Radio #2 : 26dB (400mW) at antenna connector
        Max. Radio #3 : 26dB (400mW) at antenna connector
  • Receive sensibility :
        Max. : -105dBi at antenna connector on each radio
  • CPU :
        Single CPU
        1 x IBM RISC at 335 MHz with network coprocessor
  • Casing :
        High dissipation watertight outdoor AlMgSi Alloy
  • Integrated antenna :
        No
  • Antenna connectors:
        Three N-Female
  • LAN Interface :
        1 x 10/100 Auto-MDI/X
        3 x 10/100 Auto-MDI/X (with multiport option)
  • Data connectors :
        Professional Outdoor IP67 8-Pin DB8 barrel
  • Power :
        Power over Ethernet (PoE) (Included)
        24VDC-110/220VAC Power adaptor (included)
        Accepts power adaptors from 14VDC to 28VDC
        Power consumption (Typical): 10,92W
        Power consumption (Max.) : 16,87W
        Max. Data/PoE cable length 100m
  • Performance :
        Wireless link throughput of 130Mbps
        Speed tested in a 20km LOS link
  • Directional coverage (between equals) :
        Physical link : over 190km
        At low speed : over 190km
        At medium speed : over 190km
        At high speed : over 140km
  • 120º sector beam coverage (between equals) :
        Physical link : over 110km
        At low speed : over 30km
        At medium speed : over 10km
        At maximum speed : over 5km
  • 360º omnidirectional coverage (between equals) :
        Physical link : over 50km
        At low speed : over 10km
        At medium speed : over 5km
        At maximum speed : over 5km
Lobo
954HR
Call
US$ MSRP






 
 

 
1-100mW
The device output power it less than 100mW...
(read more)

1-400mW
The device output power is 400mW...
(read more)

600-XmW
The device output power is more than 600mW...
(read more)

1Radio
The device is single radio...
(read more)

2Radio
The device is dual radio...
(read more)

3Radio
The device has three radios...
(read more)

4Radio
The device has 4 radios...
(read more)

6Radio
The device has 6 radios...
(read more)

2CB
The device can bond 2 channels in a single communication...
(read more)

4CB
The device can bond 4 channels in a single communication...
(read more)

8CB
The device can bond 8 channels in a single communication...
(read more)

HDuplex
The device is half duplex capable...
(read more)

FDuplex
The device is full duplex capable...
(read more)

5km
Recomended for up to 5 km links...
(read more)

30km
Recomended for up to 30 km links...
(read more)

50km
Recomended for up to 50 km links...
(read more)

90km
Recomended for up to 90 km links...
(read more)

150km
Recomended for up to 150 km links...
(read more)

17Mbps
Real world throughput of up to 17Mbps...
(read more)

30Mbps
Real world throughput of up to 30Mbps...
(read more)

35Mbps
Real world throughput of up to 35Mbps...
(read more)

50Mbps
Real world throughput of up to 50Mbps...
(read more)

100Mbps
Real world throughput of up to 100Mbps...
(read more)

150Mbps
Real world throughput of up to 150Mbps...
(read more)

200Mbps
Real world throughput of up to 200Mbps...
(read more)

300Mbps
Real world throughput of up to 300Mbps...
(read more)

400Mbps
Real world throughput of up to 400Mbps...
(read more)

LR
Tha device an work as a lossles repeater extending networks without degradating performanc...
(read more)

900MHz
The device can operate at 900MHz...
(read more)

2.0GHz
The device can operate at 2.0GHz...
(read more)

2.1GHz
The device can operate at 2.1GHz...
(read more)

2.2GHz
The device can operate at 2.2GHz...
(read more)

2.3GHz
The device can operate at 2.3GHz...
(read more)

2.4GHz
The device can operate at 2.4GHz...
(read more)

2.5GHz
The device can operate at 2.5GHz...
(read more)

2.6GHz
The device can operate at 2.6GHz...
(read more)

2.7GHz
The device can operate at 2.7GHz...
(read more)

2.8GHz
The device can operate at 2.8GHz...
(read more)

2.9GHz
The device can operate at 2.9GHz...
(read more)

5.0GHz
The device can operate at 5.0GHz...
(read more)

5.1GHz
The device can operate at 5.1GHz...
(read more)

5.2GHz
The device can operate at 5.2GHz...
(read more)

5.3GHz
The device can operate at 5.3GHz...
(read more)

5.4GHz
The device can operate at 5.4GHz...
(read more)

5.5GHz
The device can operate at 5.5GHz...
(read more)

5.6GHz
The device can operate at 5.6GHz...
(read more)

5.7GHz
The device can operate at 5.7GHz...
(read more)

5.8GHz
The device can operate at 5.8GHz...
(read more)

5.9GHz
The device can operate at 5.9GHz...
(read more)

5MHzC
The device an make links with 5MHz bandwidth...
(read more)

10MHzC
The device an make links with 10MHz bandwidth...
(read more)

20MHzC
The device an make links with 20MHz bandwidth...
(read more)

40MHzC
The device an make links with 40MHz bandwidth...
(read more)

80MHzC
The device an make links with 80MHz bandwidth...
(read more)

160MHzC
The device an make links with 160MHz bandwidth...
(read more)

NSF
The device can work at legal propietary frequencies...
(read more)

DFS
The device can swith automatically channels in case of interference...
(read more)

802.11a
The device complies with 802.11a standard...
(read more)

802.11b
The device complies with 802.11b standard...
(read more)

802.11g
The device complies with 802.11g standard...
(read more)