1 Extienda sus LAN sin límites con enlaces inalámbricos para exteriores. Hasta 400Mbps y centenares de km. Se trata de acceso por satélite? No. El sistema implementado por Lobometrics no depende de terceros es muchísimo más rápido, sencillo y económico y está basado en la comunicación entre los puntos remotos por radiofrecuencia terrestre. Qué velocidades puedo obtener? Lobometrics dispone de dispositivos capaces de transmitir hasta 400Mb netos por segundo, es decir, lo suficiente para dar un servicio de calidad a miles de usuarios. Como no todo el mundo necesita 400Mbps, Lobometrics también dispone de modelos de 35, 50 y 100Mbps. Requiere permisos administrativos? No, los sistemas Lobometrics trabajan en las bandas de 2.4GHz o 5.X GHz, es decir, son de uso libre y ni su instalación ni su utilización requieren trámites ni licencias. Cuál es el coste? El coste se reduce a tan solo el precio de las radios Lobometrics (una en cada punto a conectar), sus respectivas antenas y su instalación. Es un sistema fiable? Los sistemas Lobometrics están certificados IP67 para resistir las condiciones de exteriores más extremas y están siendo utilizados en miles de instalaciones en todo el mundo, desde ayuntamientos a industrias, empresas constructoras, Fuerzas Armadas, aeropuertos, estaciones de esquí o incluso Juegos Olímpicos. Es un sistema seguro? Los enlaces de Lobometrics pueden establecer túneles inalámbricos VPN por IPSec con encriptación 3DES, el estandar de máxima seguridad en redes corporativas. Los sistemas Lobometrics también permiten el uso de frecuencias intermedias no detectables. Cuál es realmente su utilidad práctica? Interconectar dos redes por radiofrecuencia con sistemas Lobometrics es como si tendiésemos un cable Ethernet entre las dos redes. La transparencia es total, podrá compartir cualquier recurso, incluido, naturalmente, Internet. Las infraestructuras básicas en el mundo del siglo XXI son más que agua, energía y carreteras, las empresas necesitan, estén donde estén, acceso a Internet, acceso a oficinas remotas, telefonía IP... las empresas necesitan conectividad rápida, estable y económicamente accesible. Los enlaces inalámbricos de larga distancia de Lobometrics permiten conectar entre sí oficinas, almacenes, obras y cualquier red informática a distancias de centenares de kilómetros y con velocidades de hasta 400Mbps a costes razonables, sin cables ni complejas instalaciones, sin necesidad de permisos administrativos y utilizando su propia infraestructura, sin cuotas y sin depender de operadores. Lobometrics manufactura sistemas profesionales de transmisión inalámbrica que permiten llevar las comunicaciones más avanzadas a cualquier lugar a costes que hasta ahora parecían imposibles, costes asumibles por pequeños municipios, comunidades y PYMEs. 34Telecom, representante de Lobometrics en España, es el más importante mayorista de sistemas inalámbricos de transmisión de datos del sur de Europa, una empresa curtida con la experiencia de instalaciones en más de 25 paises, en desiertos, mar y alta montaña, una empresa que pone a disposición de quién lo precise los recursos necesarios para que nadie se quede atras, por eso 34Telecom garantiza sus instalaciones no queda satisfecho? Le devolvemos su dinero. Llame sin compromiso al o diríjase a y le informaremos. Distribuido en exclusiva por 34Telecom 34Telecom : / Lobometrics :
2 Cobertura de red inalámbrica en grandes extensiones de interiores con calidad y control. Las personas necesitan, estén donde estén, acceso a Internet, acceso a redes locales u oficinas remotas, telefonía IP... y las organizaciones, para continuar siendo competitivas, desean ofertar esos servicios de conectividad a costes razonables pero con la prudencia que los continuos cambios tecnológicos exigen. Cuantos usuarios soportan? Existen dispositivos Lobometrics que soportan hasta 400 usuarios, y se pueden instalar tantos dispositivos como se desee ya que su tecnología de múltiples radios permite el enlace inalámbrico entre los mismos y un crecimiento a medida. Que cobertura puedo preveer? Es difícil de determinar de modo genérico ya que depende de centenares de variables. Lo que si podemos afirmar es que en las mismas condiciones, un dispositivo de red inalámbrica Lobometrics suele disponer de entre 3 y 10 veces más cobertura que un dispositivo estandar. Solicitenos un estudio de su caso. Requiere que los usuarios de la red inalámbrica tengan nivel técnico? No. Sin preconfiguraciones previas, los usuarios solo tendrán que introducir su nombre y clave en una pantalla que les saldrá automáticamente al iniciar su navegador de Internet. Son fáciles de gestionar? Las redes inalámbricas son la alternativa más flexible, su instalación es rápida y no intrusiva, y su disposición puede crecer o modificarse a la par de las necesidades. Las redes inalámbricas Lobometrics reunen además unos elementos que las hacen una de las alternativas más interesantes. Mayor cobertura que permite la instalación de menos elementos, es decir, menor impacto visual y menor coste, control de usuarios y accesos integrados en el dispositivo, evitando la necesidad de adquirir sistemas auxiliares de control, y un hardware modular actualizable a futuras tecnologías, por eso, los sistemas de red inalámbrica de Lobometrics forman parte de la infraestructura de muchas de las mayores organizaciones del mundo, desde entidades públicas, aeropuertos, hoteles y corporaciones a fábricas, almacenes o clubs. 34Telecom, representante de Lobometrics en España, es el más importante mayorista de sistemas inalámbricos de transmisión de datos del sur de Europa, una empresa curtida con la experiencia de instalaciones en más de 25 paises, por eso 34Telecom garantiza sus instalaciones no queda satisfecho? Le devolvemos su dinero. Llame sin compromiso al o diríjase a y le informaremos. El control de usuarios es sencillo y se administra desde el propio equipo. Desde las altas y bajas, hasta las limitaciones de tiempo, velocidad o servicios. Distribuido en exclusiva por 34Telecom 34Telecom : / Lobometrics :
3 Suministro inalámbrico a redes o a Internet a usuarios en grandes extensiones de exteriores En el amplio mercado de redes inalámbricas Lobometrics se diferencia por una única combinación de elementos : Cobertura Los sistemas Lobometrics con potencias antes de antena regulables de hasta 1W y con sensibilidades de recepción de hasta -105dBi ofrecen los mayores niveles de cobertura y homogeneidad del mercado. Compare y verá la diferencia. Resistencia Los sistemas Lobometrics están certificados IP67, es decir, impermeables a polvo y fluidos, y están construidos en sólido chasis de aluminio con grosor de paredes de 4mm. Térmicamente, las electróncias de los dispositivos Lobometrics son de estándar industrial y soportan temperaturas exteriores que pueden oscilar entre los -20ºC y los +70ºC. Bandas de operación Los dispositivos Lobometrics pueden programarse para trabajar tanto en bandas libres como en bandas licenciadas. Potencia Los sistemas Lobometrics incorporan los procesadores más potentes del mercado (hasta Pentium IV a 2.8GHz) que les permite soportar niveles de carga muy altos durante periodos ilimitados sin desconexiones y con un nivel siempre mínimo de latencias. Control, auditoría y seguridad Los sistemas Lobometrics incorporan todas las herramientas de control, auditoría y seguridad que la más compleja organización puede precisar, desde control de ancho de banda, priorización de paquetes relacional y en cascada (indispensable para servicios de VozIP), redundancia, control de acceso programable por usuario, contraseña, IP, MAC, día de la semana y hora, encriptación WPA2, servidor de túneles VPN PPTP, L2TP e IPSec... y más de 200 funcionalidades más. No es casualidad que estén siendo utilizados en miles de instalaciones en todo el mundo, desde ayuntamientos a industrias, empresas constructoras, Fuerzas Armadas, aeropuertos, estaciones de esquí o incluso Juegos Olímpicos de Invierno. Distribuido en exclusiva por 34Telecom Terminales de contenedores, clubs náuticos, clubs de golf, estadios, explotaciones agrícolas, poblaciones rurales, pistas de esquí, obras e infraestructuras públicas como autopistas... hay infinidad de casos en que se precisa dar acceso a red a un número importante de usuarios dispersos en un área geográfica extensa, muchas veces en condiciones adversas donde las redes inalámbricas son en la actualidad la única vía realista. Las redes inalámbricas Lobometrics dan cobertura en grandes extensiones con un solo dispositivo gracias a su elevada potencia (regulables hasta 1W ) y elevada sensibilidad (hasta -105dB), y, en caso de ser preciso ampliar la cobertura estos permiten, gracias a sus múltiples radios por equipo, configuraciones en malla que proporcionan escalabilidad en la cobertura sin necesidad de invertir en infraestructuras terrestres, es decir, permiten el encadenamiento inalámbrico ilimitado de dispositivos sin degradación de prestaciones. Esta posibilidad también permite crear áreas de cobertura muy precisas y no homogeneas. En actividades donde la conectividad es crítica, los sistemas Lobometrics incorporan también unas prestaciones de redundacia únicas que van desde la creación de clusters (grupos) de dispositivos que operan como si fuesen uno solo de modo que la operatividad se mantiene aunque varias unidades fallen, pasando por protocolos redundantes y la programabilidad de enlaces alternativos que automaticamente se activan en caso de que el sistema detecten problemas de conectividad. 34Telecom, representante de Lobometrics en España, es el más importante mayorista de sistemas inalámbricos de transmisión de datos del sur de Europa, por eso 34Telecom garantiza sus instalaciones no queda satisfecho? Le devolvemos su dinero. Infórmese sin compromiso llamando al Telecom : / Lobometrics :
4 MULTIPLE RADIOS BANDS COVERAGE SECURITY Up to 4 radios for unrivaled flexibility 907MHz-922MHz 2GHz-4GHz 5GHz-6GHz Up to 200km (650mW) and up to 400Mbps Advanced encription and IPSec 3Des VPNs 400Mbps, Applications - Hotspot services Within any given metropolitan, suburban or rural area, broadband wireless access is by far the easiest and most cost-effective way to realize your high performance network. Whether you're creating a network from scratch, or need to augment or replace your existing wire line links, broadband wireless access is the most common alternative. Put simply, wireless has the lowest cost and most easily implemented solution today for the last mile. A hotspot is any public area where computers that have been fitted with wireless network technology can gain access to the Internet or a controled network. The computer accomplishes this by contacting a nearby wireless network with its internal NIC (Network Interface Card). The NIC seeks out the radio waves generated by wireless networks. When it detects a signal strong enough, it asks permission to log on to the network. Though this access is often free, other times the wireless network requires registration and a small fee before it will grant the computer access. Many cities and towns have installed wireless networks for their citizenry and visitors by creating a large, free hotspot that covers a specific area of the city. People can park in such areas and use laptops to do online business, collect or send , or hop on to a VPN (Virtual Private Network). Gaining access to the Internet from a vehicle can be extremely handy. When traveling, one can pull over to look up directions or phone numbers, or to get traffic or flight information, among countless other uses. All Lobometrics wireless devices integrate a complete professional hotspot manager with advanced AAA.
5 MULTIPLE RADIOS BANDS COVERAGE SECURITY Up to 4 radios for unrivaled flexibility 907MHz-922MHz 2GHz-4GHz 5GHz-6GHz Up to 200km (650mW) and up to 400Mbps Advanced encription and IPSec 3Des VPNs 400Mbps, Applications - Linking data networks Wireless is easily the lowest cost and most easily implemented solution today for the increasing backhaul demands for a remote network. The easiest and most cost effective way of addresing the growing demands for bandwidth in those corporate links is by providing connectivity between the various network components using high performance wireless systems. Wireless can complement or replace an existing leased line and offer a quick upgrade when links need more bandwidth. Replacing a wired line with wireless also eliminates an annually recurring cost. A wireless component might also be the only solution where there is no wired line feasibility due to physical or other reasons. Lobometrics wireless links can be based on IPSec VPN tunneling with 3Des encryption and with optional layer 2 transparency. Lobometrics high-capacity Ethernet bridges provide the industry's most reliable, secure and easily-deployed solutions for interconnecting corporate and telecommunications networks. Lobo OSB family of point-to-point wireless Ethernet bridges provide transparent, carrier-class connectivity with performance options ranging from 35 to 400 Mbps - easily integrating VPN, real-time video, voice-over-ip, and digital PBX connections over a single wireless network. Lobometrics point-to-point products are the fastest and most economical solutions for expanding or extending telecommunications infrastructures - delivering capacities from fractional T1 to OC-3 wherever needed. Traffic between networks is fully encrypted, and distances can be up to 200km with speeds upscaled up to 400Mbps
6 MULTIPLE RADIOS BANDS COVERAGE SECURITY Up to 4 radios for unrivaled flexibility 907MHz-922MHz 2GHz-4GHz 5GHz-6GHz Up to 200km (650mW) and up to 400Mbps Advanced encription and IPSec 3Des VPNs 400Mbps, Applications - Internet satellite links sharing Wireless and satellite communications can complement each other to provide a cost effective end-to-end solution. Having multiple VSAT terminals is expensive. Using wireless backhauls, access points and client devices, can reduce the costs for VSAT operators and service providers by extending their range of operation and by offering more value-added services. In a typical deployment, a VSAT serves as a backbone and connects to a wireless access point to create a Wireless LAN. The access point combined with a sector or omni antenna provides point-to-multipoint coverage in a Line of Sight (LOS) or Near Line of Sight (NrLOS) condition to multiple customers equipped with client devices and directional antennas. Customers may range from large businesses to individual residents. To extend the WLAN coverage even further, long range backhauls can be used. The VSAT connects to backhauls which form point-to-point links to connect isolated businesses, villages or towns. At the remote end, the backhaul will be connected to an access point which will serve the customers as already described. One of the most amazing advantages of satellite Internet access shared through wireless terrestrial networks is the portability of the complete infraestructure. One example. On June 4, 2002, the Zeyzoun dam in Syria ruptured. Twenty people died and thousands were left homeless. Four days later, at the invitation of the Syrian government and the Red Crescent, a team of emergency wireless telecommunications specialists set off for the disaster scene. Télécoms sans Frontières was out of the Zeyzoun dam region by June 16th, after establishing immediate emergency services that were taken over by local and international long-term relief workers. Success was achived by creating low-cost, rugged, solar-powered, wireless Internet satellite links in areas of Africa where wired infrastructure is non-existent and economically unlikely With Lobometrics and Satellite hotspots become portable.
7 MULTIPLE RADIOS BANDS COVERAGE SECURITY Up to 4 radios for unrivaled flexibility 907MHz-922MHz 2GHz-4GHz 5GHz-6GHz Up to 200km (650mW) and up to 400Mbps Advanced encription and IPSec 3Des VPNs 400Mbps, Applications - Industry Whether it is for forestry, oil & gas, transportation or utilities, for various industries, wireless networks using systems can aid in communication, tracking, monitoring and maintenance of various processes and systems. Eliminate the recurring costs of leasing lines or the truck roll involved in repairing fixed wires. In typical SCADA (Supervisory Control And Data Acquisition) and telemetry applications, wireless networks are ideal for installation at remote sites and give the flexibility and mobility to move points in the network according to changing requirements. Another potential implementation is in the area of public utility operators. Public utility operations have been revolutionized through the use of automatic meter reading (AMR), government controlled and private public utility organizations are reaping the benefits of up-to-the-minute usage statistics and the ability to monitor and control utility access points remotely. Whether it is electric, natural gas, water or other utilities, AMR systems are being installed across the US, saving utility companies millions of dollars. These tremendous savings are provided by dramatic improvements in usage statistics and reductions in overhead and employee hours as employee meter reading positions are eliminated. Public utilities can collect meter data wirelessly simply by driving a data collection vehicle through business and residential areas, or the same information can be gathered up-to-theminute from out in the field when a city deploys a wireless municipal private network. Data can be monitored in control rooms or through handheld terminals. Handheld terminals are typically limited to a very small communication area, usually no more than 30m. However, Lobometrics high power and sensibility enables handheld terminals have range that can extend many times beyond the typical scenario, greatly enhancing the flexibility in the implementation of handheld applications. Monitorization without cables opens unlimited possibilities
8 MULTIPLE RADIOS BANDS COVERAGE SECURITY Up to 4 radios for unrivaled flexibility 907MHz-922MHz 2GHz-4GHz 5GHz-6GHz Up to 200km (650mW) and up to 400Mbps Advanced encription and IPSec 3Des VPNs 400Mbps, Applications - Telephone & residential services VoIP gateways have become the world's de facto standard in building voice and video over IP products and services. These gateways provide real-time voice and video IP communications. Many large SMEs are already looking to VoIP service providers for their needs. So are many developing countries that see VoIP as a way to provide services to remote areas that are currently not reachable through traditional means or are under-served with terrestrial infrastructure. Today, hundreds of thousands of people around the world use commercially deployed IP-centric products and services for next generation networks. However, the focus now is not just getting the VoIP service running but in delivering secure and high quality services. The versatility and high performance of the Lobometrics range of products opens up enormous potential for wireless VoIP deployment over Wide Area Networks (WAN). The Intelligent wireless Lobo platform can support multiple VoIP connections for last mile connectivity. VoIP compatibility of the Lobo platform ensures the quick adoption and success of these applications for service providers, governments and enterprises. Lobometrics devices include low latency protocols and packet management to give the needed performance edge for trouble-free VoIP operation even in gatewayless scenarios, where communications are directly managed with hundreds of VoIP wireless terminals (phones). Complete XXI century voice+data infrastructure can now be deployed in days and at fraction of traditional cost
9 400Mbps, Product overview Lobometrics is exclusively focussed on wireless networking equipment, which is divided in two different segments of products, on one hand was Lobometrics calls Wireless Servers, which are devices designed to be the implemented as the core of wireless networks, delivering, regulating and securing traffic, and, on the other, CPE devices designed to be deployed in high volumes at customer premises by telcos. On the wireless servers side, distinguished by the networking load it can support, the maximum speed of the connections and the radio bands used on those connections. Key in the network load capabilities is the systems main CPU, Lobometrics systems are equiped with three ranges of CPU, starting with the low load MIPS cores, then the middle load PowerPC cores, and finally, the heavy load systems based on the last generation of Intel cores, so product range expands from single high sensibility low power radio systems paired with low load CPUs to devices with multihigh-power-radios (up to 4) paired with heavy load CPUs. Each device with output powers of up to 1W and amazing recieve sensibilities of up to -105dB. Apart from hardware, Lobo advanced carrier-grade OS is standard on all systems. Lobo advanced OS has, by far, the most advanced set of features ever seen on a wireless device, this is why, more than the traditional Access Point term, Lobometrics has coined the Wireless server term. Lobometrics OS includes full telco level routing OS, including clustering of devices for high availability, high bandwidth capillarity with the possibility of applying load balancing and bandwidth bonding. Also QoS has been carefully developed, Lobometrics systems have the best and most advanced bandwidth management and quality assurance features available in any wireless device on the market. On outdoor devices, all hardware and software possibilities may add up to nothing if the system in not build to withstand long term deployments in the most harsh environments. Also in this Lobometrics is unique. All Servers share a high quality outdoor alloy platform cemented on an ultra-durable, corrosion resistant AlMgSi structure, covered by a layer of anticorrosion treatment, as well as three layers of a blend of synthetic rubber with silicon crystals on all areas with joints. All Lobometrics devices are also equiped with special outdoor barrel data connectors enabling its waterproof IP67 certification. Lobometrics devices are also the wireless systems available with most optimized thermodynamics, its frame was fully designed to achieve an extreme level of heat dissipation that added to its working temperatures of -30ºC to +70ºC makes of Lobometrics the best devices for continuous outdoor operation. 1
10 400Mbps, Hardware details 2 AlMgSi alloy shell Lobometrics AlMgSi alloy casing provides a light but resistant and protective shell for outdoor deployment. With walls of minimum 4mm Lobometrics devices can withstand heavy structural stress, good isolation and achieve high thermal inertias. Anticorrosion layer Lobometrics devices pass through a electrolytic passivation process used to increase the thickness and density of the natural oxide layer on the surface increasing corrosion resistance and wear resistance. This protective film covers all the device surface inside out and guarantees excellent resistance in harsh environments External and internal fins Electronics generate heat, and heat degrades performance, this is why Lobometrics products are designed from ground up to dissipate as much heat as possible through radiation. Its external array of 20mm comb or fin like protrusions increase the surface contact with the air, and thus the rate of heat dissipation. Rubber + Silica layer Water tightness and protection is achieved through sealing of all joins and reinforced through a three layer synthetic rubber coating in all critical areas that resists moister, acids, abrasion, weathering, electrical shock, skidding/slipping and corrosion.. Superior wireless data systems
11 400Mbps, Hardware details 3 Vibration protection Vibrations can be generated by motors, mounting poles and towers exposed to wind, generators and a long list of very common hardware, and can decrease performance and dramatically degrade life of electronic systems, this is why all the electronics on Lobometrics devices are mounted on floating high frequency vibration absorbers. As a result, Lobometrics devices can be mounted almost anywhere. Sealed antenna and data connectors Connectors in Lobometrics devices are sealed both inside and outside with a special mix of natural rubber and silicon. BD8 proffessional outdoor barrel data connectors Power and data travel together through the Ethernet cable, the use of professional outdoor barrel data connectors gives better isolation, better PoE power conductivity and radically reduces short-circuit downtimes caused by moister or dust.. Superior wireless data systems
12 400Mbps, Hardware details 4 All Lobometrics devices include standard both themultifunction plate and the expansion plate. With this elements, customers can deploy Lobometrics devices fast and solidly. Expansion plate An unlimited number of expansion plates can be added to the standard multifunction plate adding 3D orientation posibilities and direct antenna mounting. Multifunction plate Lobometrics designed a special hardened alloy multifunction installation plate that enables a wide variety of deployments with just one basic element. Antenna cable guides Thick high quality low loss antenna cables can be directly guided and fixed. Lobo vertically adjustable lockers / fastners Connectors in Lobometrics devices are sealed both inside and outside with a special mix of natural rubber and silicon. Pole/Mast mount directly installed in masts / poles. Wall mount directly installed in walls. Adjustable antenna mount Up to two directional or omnidirectional antennas can be direcly mounted and rotated. Superior wireless data systems
13 400Mbps, Performance data 5 Super wireless coverage : High max. receive sensibility High recieve sensibility combined with high output power are the elements that determine the wireless coverage of a wireless system. Lobometrics devices have an extraordinary recieve sensibility of -105dBi, much higher than the industry average of -94dBi, specially if we consider that every 2dBi approximately may double coverage. Super wireless coverage : High maximum output power With output powers of up to 29dB, and considering that every extra 2 db may double coverage, Lobometrics gives between four and eight times more reach and a much faster link at equal distances when compared to any competing product. Up to 160MHz of bandwidth in bonded connections Radios in Lobometrics systems can be bonded to act as a single link adding up speeds for a total of up to 400Mbps in 160MHz which can be distributed in diverse frequencies. Bandwidth bonding in systems can be user defined from 5MHz to 160MHz giving an unprecedented flexibility in a non static wireless spectrum that might change because of legislative updates or by the installation of new networks and other wireless services. The possibility of distributing links in a wide range of bands and frequencies lets users get the maximum speed out of every drop of free spectrum. 40MHz Super channels Every radio can use up to 40MHz channels which means double bandwidth per radio when compared to standard WiFi. 5MHz Mini channels In areas with high density of networks the use of ultranarrow connections of just 5MHz enables links that otherwise would be impossible due to interferences. Superior wireless data systems
14 400Mbps, Software details The O.S. 6 Lobometrics wireless devices are equiped with the most advanced OS available in its category. Some of its features are : Powerful QoS and Bandwidth Control Bandwidth Control is a set of mechanisms that control data rate allocation, delay variability, timely delivery, and delivery reliability. The Lobometrics OS supports the following queuing disciplines: PFIFO - Packets First-In First-Out BFIFO - Bytes First-In First-Out SFQ - Stochastic Fairness Queuing RED - Random Early Detect PCQ - Per Connection Queue HTB - Hierarchical Token Bucket Quality of Service (QoS) means that the router should prioritize and shape network traffic. QoS is not so much about limiting, it is more about providing quality. Below are listed the some features of Lobometrics OS Bandwidth Control mechanism: limit data rate for certain IP adresses, subnets, protocols, ports, and other parameters limit peer-to-peer traffic prioritize some packet flows over others use queue bursts for faster WEB browsing apply queues on fixed time intervals share available traffic among users equally, or depending on the load of the channel Stateful firewall The firewall implements packet filtering and thereby provides security functions that are used to manage data flow to, from and through the router. Along with the Network Address Translation it serve as a tool for preventing unauthorized access to directly attached networks and the router itself as well as a filter for outgoing traffic. IPAddress Lists Firewall address lists allow user to create lists of IP addresses grouped together. Firewall filter, mangle and NAT facilities can use address lists to match packets against them. The address list records could be updated dynamically. RIP Lobometrics OS implements RIP Version 1 (RFC1058) and Version 2 (RFC 2453). RIP enables routers in an autonomous system to exchange routing information. It always uses the best path (the path with the fewest number of hops (i.e. routers)) available. OSPF Lobometrics OS implements OSPF Version 2 (RFC 2328). The OSPF protocol is the link-state protocol that takes care of the routes in the dynamic network structure that can employ different paths to its subnetworks. It always chooses shortest path to the subnetwork first. BGP The Border Gateway Protocol (BGP) allows setting up an interdomain dynamic routing system that automatically updates routing tables of devices running BGP in case of network topology changes. Lobometrics OS supports BGP Version 4, as defined in RFC1771. STP Network loops may emerge (intentionally or not) in complex topologies. Without any special treatment, loops would prevent network from functioning normally, as they would lead to avalanchelike packet multiplication. Each bridge runs an algorithm which calculates how the loop can be prevented. STP allows bridges to communicate with each other, so they can negotiate a loop free topology. All other alternative connections that would otherwise form loops, are put to standby, so that should the main connection fail, another connection could take its place. This algorithm exchange configuration messages (BPDU - Bridge Protocol Data Unit) periodically, so that all bridges would be updated with the newest information about changes in network topology. STP selects root bridge which is responosible for network reconfiguration, such as blocking and opening ports of the other bridges.
15 400Mbps, Software details The O.S. 7 VRRP Virtual Router Redundancy Protocol (VRRP) implementation in the Lobometrics OS is RFC2338 compliant. VRRP protocol is used to ensure constant access to some resources. Two or more routers (referred as VRRP Routers in this context) create a highly available cluster (also referred as Virtual routers) with dynamic fail over. Each router can participate in not more than 255 virtual routers per interface. Many modern routers support this protocol. Network setups with VRRP clusters provide high availability for routers without using clumsy ping-based scripts. Mangle The mangle facility allows to mark IP packets with special marks. These marks are used by various other router facilities to identify the packets. Additionaly, the mangle facility is used to modify some fields in the IP header, like TOS (DSCP) and TTL fields. Mangle is a kind of 'marker' that marks packets for future processing with special marks. Many other facilities in RouterOS make use of these marks, e.g. queue trees and NAT. They identify a packet based on its mark and process it accordingly. The mangle marks exist only within the router, they are not transmitted across the network. NAT Network Address Translation (NAT) is a router facility that replaces source and (or) destination IP addresses of the IP packet as it pass through thhe router. It is most commonly used to enable multiple host on a private network to access the Internet using a single public IP address.
16 400Mbps, Software details The O.S. 8 DHCP Server, Client and Relay The DHCP protocol gives and allocates IP addresses to IP clients. The DHCP (Dynamic Host Configuration Protocol) is needed for easy distribution of IP addresses in a network. The Lobometrics OS implementation includes both - server and client parts and is compliant with RFC2131. The DHCP Server service can work with pools of non-contiguous IPs. Dynamic Routes Automatically created routes for networks, which are directly accessed through an interface. They appear automatically, when adding a new IP address. Dynamic routes are also added by routing protocols. Static Routes User-defined routes that specify the router which can forward traffic to the specified destination network. They are useful for specifying the default gateway. Equal Cost Multi-Path Routing (ECMP) Arouting mechanism that enables packet routing along multiple paths with equal cost and ensures load balancing. With ECMP routing, you can use more than one gateway for one destination network. Policy based Routing A routing mechanism where the next hop (gateway) for a packet is chosen, based on a policy, which is configured by the network administrator. EOIP Server and Client Ethernet-level tunnel. Alows bridging of remote networks and bonding. When the bridging function of the device is enabled, all Ethernet traffic (all Ethernet protocols) will be bridged just as if there where a physical Ethernet interface and cable between the two endpoints. IPSec Server and Client Standard method for multi-protocol high-grade security using encrypted communications over IP networks. IPIP Server and Client Fast and simple IP level tunnel. The IPIP tunnelling implementation on the Lobometrics OS is RFC 2003 compliant. IPIP tunnel is a simple protocol that encapsulates IP packets in IP to make a tunnel between two devices. L2TP Server and Client Common protocol for deploying VPN networks. Uses IPsec for authentication information exchange and supports encrypted tunnels over IP. PPPoE Server and Client Secure and authenticated way of connecting users to a network. Commonly used by Telcos and ISPs. The PPPoE (Point to Point Protocol over Ethernet) protocol provides extensive user management, network management and accounting benefits to ISPs and network administrators. Currently PPPoE is used mainly by ISPs to control client connections for xdsl and cable modems as well as plain Ethernet networks. PPPoE is an extension of the standard Point to Point Protocol (PPP). The difference between them is expressed in transport method: PPPoE employs Ethernet instead of modem connection. Lobometrics OS can act as a RADIUS client - you can use a RADIUS server to authenticate PPPoE clients and use accounting for them. PPTP Server and Client Widely-used low security protocol for deploying VPN networks. VLAN Layer 2 network circuit segregation. VLAN is an implementation of the 802.1Q VLAN protocol. It allows you to have multiple Virtual LANs on a single ethernet or wireless interface, giving the ability to segregate LANs efficiently. It supports up to 4095 vlan interfaces, each with a unique VLAN ID, per ethernet device. Many routers, including Cisco and Linux based, and many Layer 2 switches also support it. A VLAN is a logical grouping that allows end users to communicate as if they were physically connected to a single isolated LAN, independent of the physical configuration of the network. VLAN support adds a new dimension of security and cost savings permitting the sharing of a physical network while logically maintaining separation among unrelated users. Wireless WDS WDS (Wireless Distribution System) allows packets to pass from one wireless AP (Access Point) to another, just as if the APs were ports on a wired Ethernet switch. APs must use the same standard (802.11a, b or g) and work on the same frequencies in order to connect to each other. Lobometrics WDS links can be static or dynamic.
17 400Mbps, Software details The O.S. 9 Wireless VirtualAccess Points (VAP) Virtual Access Point (VAP) interface is used to have an additional APs in a single radio. You can create a new AP with different ssid and macaddress. It can be compared with a VLAN where the ssid from VAP is the VLAN tag and the hardware interface is the VLAN switch. You can add up to 128 VAP interfaces for each hardware interface. WirelessAP-Bridge mode The Lobometrics device is operating as anaccess Point. Wireless Bridge The Lobometrics device is operating as a bridge. Wireless Station The Lobometrics device is operating as a client. Wireless WDS Station The Lobometrics device is working as a station, but can communicate with a WDS peer. Wireless WDS Slave The Lobometrics device is working as it would work in ap-bridge mode, but it adapts to its WDS peer's frequency if it is changed. Wireless proprietary high performance Backbone protocols Lobometrics wireless devices include a set of high throughput, low latency protocols with full duplex communications for point to point and point to multipoint links. The performance enhancement provided by this protocols ensures quality of services like VoIP (Voice over IP) and other speed or latency dependent services. Wireless Mesh mode In its Wireless Mesh mode, both routed or Layer 2 transparent with dynamic WDS Lobometrics wireless devices can be used to create easily expanding and dynamic networks. Dynamic and static WirelessACK timeouts Acknowledgement code timeout (transmission acceptance timeout) in microseconds for acknowledgement messages. Can be configured to be auto-adaptive for each context or to use a fixed user selected value. Asymmetric antennas Can be configured to use different set of antennas for transmitting and receiving. ARP multimode ARP (Address Resolution Protocol setting) can be enabled or disabled and, if enabled, configured to act in standard mode, in proxy mode or in replay only mode. Variable Wireless burst time In Lobometrics OS the time in microseconds which will be used to send data without stopping can be user defined, enabling extra speed in several network topologies like point to point links. Wireless Compression If enabled it advertizes that it is capable to use hardware data compression. If a client, connected to this AP also supports and is configured to use the hardware data compression, it requests the AP to use compression. This property does not affect clients which do not support compression. User defined country selection Limits wireless settings (frequency and transmit power) to those which are allowed in the selected country. WCRL (Wireless Client Rate Limit) Limits in bps the maximum link speed individually per client without having to get intor more advanced general bandwidth management. Highly granular Wireless Security Lobometrics wireless devices are equipped with the most advanced security protocols available (including 64/128/256 bit WEP, WPA and WPA2 with AES), network managers can create an unlimited number of security profiles/strategies and let the Lobometrics system apply one or the other depending on user defined variables, and even further, devices can apply different profiles to different concurrent connections. Inter-Client forwarding Network manager can configure if he wants to disable the forwarding to wireless clients of transmitted data. If disabled clients can t communicate between them but a considerable amount of wireless bandwidth is recovered. Scan List + DFS Lobometrics device can be configured to use a fixed user selectable wireless channel or let the device scan channel list from "scan-list" and chooses the frequency which is with the lowest amount of other networks detected or use scan lists but exclude channels with radar detected. Configurable Wireless Disconnect Timeout (WDT) When a link has no connection for more than a user defined given time the Lobometrics device considers that connection lost and re-initiates a connection negotiation with that device. Setting values for WDT enables faster wireless networks on deployments where disconnections are very often or very rare by avoiding the CPU overhead of unnecessary renegotiations.
18 400Mbps, Software details The O.S. 10 Configurable Wireless send retry time Time, after which we repeat to communicate with a wireless device, if a data transmission has failed. Fine-tunning this value can speed wireless networks by lowering overhead dedicated to clients with weak links. Configurable Wireless maximum clients Maximal number of clients allowed to connect to AP. Real life experiments show that 130 clients can work with one AP, using traffic shaping. If there is no control on the maximum amount of clients that can connect to anap, a storm of connections can bring thatap down. Configurable MTU MTU value (Maximum Transmission Unit) can be user defined between 68 and Configurable Noise Floor Threshold Value in dbm below which we say that it is rather noise than a normal signal. By using this threshold network can be speeded by avoiding the overhead of negotiating connections to devices who's signal levels are two low, and by saving the bandwidth that is dedicated to packet retransmit in links with bad quality. Configurable radio output power calibration To ensure performance of the wireless links over temperature and environmental changes (day/night, summer/winter, low/high traffic), the Lobometrics OS performs periodic calibration of the radios and readjusts power values. Configurable preambles To maximize compatibility with other wireless devices, Lobometrics OS can be configured to use short, long or simultaneously both preambles. Configurable transmit power Lobometrics OS lets network managers configure the radio transmit power used per protocol or link speed. NTP Client and Server NTP protocol allows synchronizing time among computers in network. If there is an Internet connection available it can read current exact time from an free atomic clock server and through its Lobometrics NTP server service synchronized the whole network on that time DDNS Client Lobometrics wireless devices can be directly hooked to Internet with a public dynamic IP and its services will still be accesible through a fixed domain name. Lobometrics device will communicate with the Dynamic DNS server and update on current IP. Layer 2 Network Discovery and device configuration All accessed at OSI Layer 2, that means that to configure a Lobometrics device you don t need to be in the same IP subnet so configured and monitored with maximum flexibility and in any circumstance. Any Lobometrics device can be used to access remotely another Lobometrics device using OSI Layer 2 connections Scripting host Users can build applications to be executed internally on Lobometrics Wireless devices, an unlimited number of applications can run concurrently. All system variables (connections, signal quality, traffic,...just about anything) are software variables so network administrators can easily build intelligent wireless systems that perfectly fit on the users needs, for example, Lobometrics devices can easily be programmed so if a given connection has less that X users and total bandwidth used is less than Z it should make a secondary link and open certain services. This feature probably makes devices the most powerful and versatile wireless data devices in the market. System Scheduler directly programmed to automatically change between an unlimited number of configurations depending on time and date. Network monitor easily programmed to take certain actions based on network events, for example, if a server is lost, it can automatically redirect its traffic to a secondary server. Internal tools : Bandwidth test Used bandwidth can be monitored in TCP and UDP with variable packet sizes. NWT also lets network managers measure with precision the performance of the wireless networks, and enables more optimized configurations through comparative tests. Internal tools : Packet Sniffer Network packets can be captured, shown and even exported to a file directly from the Lobometrics device. Internal tools : Ping and Trace Lobometrics enables easy network management through its set of internal tools for administrators. All tools are executed within the Lobometrics device so the network manager needs no special PC and applications. Included in the set of tools are the basic and indispensable Ping and Trace utilities. Every installed Lobometrics device is a complete network tool with deep analysis features.
19 400Mbps, Software details The O.S. 11 Internal tools : Torch Realtime Traffic Monitor called also torch is used for monitoring traffic that is going through an interface. You can monitor traffic classified by protocol name, source address, destination address, port. Torch shows the protocols you have chosen and mean transmitted and received data rate for each of them. Internal tools : Professional Hotspot withaaa The Lobometrics HotSpot Gateway enables the creation and management of public network access for clients using wireless or wired network connections. HotSpot Gateway features: Authentication of clients using local client database, or RADIUS server Accounting using local database, or RADIUS server Walled-garden system so non registred users can access some web pages without authorization. HotSpot is a way to authorize users to access some network resources. It does not provide traffic encryption. To log in, users may use almost any web browser (either HTTP or HTTPS protocol), so they are not required to install additional software. The gateway is accounting the uptime and amount of traffic each of its clients have used, and also can send this information to a RADIUS server. The HotSpot system may limit each particular user's bitrate, total amount of traffic, uptime and some other parameters. The HotSpot system is targeted to provide authentication within a local network (to access the Internet), but may as well be used to authorize access from outer networks to access local resources. Configuring Walled Garden feature, it is possible to allow users to access some web pages without the need of prior authentication. Internal/External tools : anti-vandal and anti-sabotage tools Lobometrics wireless devices are designed to be in public places, from malls to ski slopes, so they include specific features that no other wireless device in the market has. Not only there is no possibility of physically resetting the device from the outside, also, there is a special software tool that automatically refreshes to the last verified administrator configuration every 24h at a given time so, in case a device is modified by an un authorised user, or even if the password are changed by a hacker, the devices returns automatically to the administrators control and services are re-stablished. In case the administration password is lost, Lobometrics devices has a time limited software tool unique per device that enables executing a password reset. Each Lobometrics device manufactured has an unique encription key for communications. Internal/External tools : LoboClone Lobometrics devices are used in many big deployments where hundreds or even thousand of units have to be installed with the minimum costs. Lobometrics devices include specific tools for this scenarios, for example, LoboClone lets user defined areas of configuration of a device to be exported to a file that can be re-imported to any other Lobometrics device. Administration : Multiple access methods Lobometrics wireless devices can be administred through a wide variety of interfaces, from easy Web interface to a deep graphic tools of a low bandwidth console mode. accesed by their IP or their MAC address, and needs no prior installation of software in the PC.
20 6100 MHz band 6000 MHz band 5900 MHz band 5800 MHz band 5700 MHz band 5600 MHz band 5500 MHz band 5400 MHz band 5300 MHz band 5200 MHz band 5100 MHz band 5000 MHz band 4900 MHz band 3700 MHz band 3600 MHz band 3500 MHz band 3400 MHz band 2700 MHz band 2600 MHz band 2500 MHz band 2400 MHz band 2300 MHz band 900 MHz band Speed Index CPU Duplex OS Recieve max. sensibility Emitt max. power Radios Superior wireless data systems 400Mbps, Products The range 12 Lobo db -105 db Lobometrics OS v9 Half MIPS low load 170 LI Lobo 912R 1 26 db -105 db Lobometrics OS v9 Half MIPS low load 170 LI Lobo 912RS 1 28 db -105 db Lobometrics OS v9 Half MIPS low load 170 LI Lobo 912N 2 20 db -105 db Lobometrics OS v9 Full MIPS low load 170 LI Lobo db -105 db Lobometrics OS v9 Half MIPS medium load 400 LI Lobo 924R 1 26 db -105 db Lobometrics OS v9 Half MIPS medium load 400 LI Lobo 924RS 1 28 db -105 db Lobometrics OS v9 Half MIPS medium load 400 LI Lobo 924N 2 20 db -105 db Lobometrics OS v9 Full MIPS medium load 400 LI Lobo 924NX 2 20 db -105 db Lobometrics OS v9 Full PowerPC high load 1350 LI Lobo 924T 2 26 db -105 db Lobometrics OS v9 Full MIPS medium load 400 LI Lobo 924TS 2 28 db -105 db Lobometrics OS v9 Full PowerPC high load 1350 LI Lobo 924H 3 20 db -105 db Lobometrics OS v9 Full PowerPC high load 1350 LI Lobo 924HR 3 26 db -105 db Lobometrics OS v9 Full PowerPC high load 1350 LI Lobo 952T 2 26 db -105 db Lobometrics OS v9 Full MIPS medium load 400 LI Lobo 952TS 2 28 db -105 db Lobometrics OS v9 Full MIPS medium load 1350 LI Lobo 952TH 3 28 db -105 db Lobometrics OS v9 Full MIPS medium load 1350 LI Lobo 954R 1 26 db -105 db Lobometrics OS v9 Half MIPS medium load 400 LI Lobo 954RS 1 28 db -105 db Lobometrics OS v9 Half MIPS medium load 400 LI Lobo 954T 2 26 db -105 db Lobometrics OS v9 Full MIPS medium load 400 LI Lobo 954TS 2 28 db -105 db Lobometrics OS v9 Full PowerPC high load 1350 LI Lobo 954HR 3 26 db -105 db Lobometrics OS v9 Full PowerPC high load 1350 LI Lobo 968R 1 26 db -105 db Lobometrics OS v9 Half Intel Ultra load 2700 LI Lobo 968RS 1 28 db -105 db Lobometrics OS v9 Half Intel Ultra load 2700 LI Lobo 968E 2 26 db -105 db Lobometrics OS v9 Full Intel Ultra load 2700 LI Lobo 968ES 2 28 db -105 db Lobometrics OS v9 Full Intel Ultra load 2700 LI Lobo 968T 2 26 db -105 db Lobometrics OS v9 Full Intel Ultra load 2700 LI Lobo 968TS 2 28 db -105 db Lobometrics OS v9 Full Intel Ultra load 2700 LI Lobo 935R 1 27 db -105 db Lobometrics OS v9 Half PowerPC high load 1350 LI Lobo 935T 2 27 db -105 db Lobometrics OS v9 Full PowerPC high load 1350 LI Lobo 935H 3 27 db -105 db Lobometrics OS v9 Full PowerPC high load 1350 LI Lobo 935TX 2 27 db -105 db Lobometrics OS v9 Full Intel Ultra load 2700 LI Lobo 901T 2 29 db -105 db Lobometrics OS v9 Full Intel Ultra load 2700 LI 2 nº Number of radios working in the given frequency (in this case 1) Maximum power of 20db emitting in that frequency Maximum power of 26db emitting in that frequency Maximum power of 27db emitting in that frequency Maximum power of 28db emitting in that frequency Maximum power of 29db emitting in that frequency
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