Compatible con el sistema de gestión remota (RMS) de Teltonika Networks para un monitoreo fácil y seguro.
Tiene cuatro puertos Ethernet, dos soportes de SIM externos, E / S digital e indicadores LED de estado de intensidad de la señal.
Desarrollado por RutOS, un sistema operativo unificado para todos los enrutadores de Teltonika Networks, este dispositivo es altamente seguro y personalizable.
RUT950 es un enrutador WiFi profesional 4G / LTE industrial para aplicaciones IoT. Este dispositivo móvil robusto ofrece comunicación celular de alto rendimiento en entornos hostiles y un amplio rango de temperaturas de funcionamiento. También es compatible con RMS, la plataforma de administración remota de Teltonika que está lista para ofrecer el verdadero valor de las aplicaciones de redes M2M e IoT. El enrutador está equipado con cuatro puertos Ethernet, dos soportes SIM externos, entrada / salida digital e indicadores LED de estado de intensidad de señal, mientras que los conectores SMA externos permiten conectar las antenas deseadas. RUT950 es un enrutador profesional LTE CAT4 con RutOS, un sistema operativo unificado para todos los enrutadores Teltonika, creado para las aplicaciones de redes móviles más exigentes. Asegure la continuidad de su negocio con Dual-SIM y 4G failover.
PRODUCT | |
Model/Part# | See table below for full set of Model and Part Numbers |
SPECTRUM | |
Channel Spacing | Configurable on 5 MHz increments |
Frequency Range | 5150 - 5970 MHz (exact frequencies as allowed by local regulations) |
Channel Width | 5 I 10 I 20 I 40 MHz |
INTERFACE | |
MAC (Media Access Control) Layer | Cambium proprietary and optionally standard 802.lln |
Physical Layer | 2x2 MIMO/OFDM |
Ethernet Interfaced | 100/lOOOBaseT, rate auto negotiated, 802.3at compliant |
Powering Methods Supported | 56 V PoE (included), standard 802.3at PoE Supply, or CMM4 with 56 V and 5 pin to 7 pin cross over cable adapter |
Protocols Used | IPv4/IPv6 (Dual Stack), UDP, TCP, ICMP, SNMPv2c, NTP, STP, IGMP, SSH |
Network Management | IPv4/IPv6, HTTPs, SNMPv2c, SSH, Cambium Networks CnMaestro™ |
VLAN | 802.lQ with 802.lp priority |
PERFORMANCE | |
Subscribers per Sector | Up to 120; Lite version limited to 10 |
ARQ | Yes |
Nominal Receive Sensitivity (w/FEC) @20MHz Channel | MCSO = -93 dBm to MCS15 = -69 dBm (per branch) |
Nominal Receive Sensitivity (w/FEC) @40MHz Channel | MCSO = -90 dBm to MCS15 = -66 dBm (per branch) |
Modulation Levels (Adaptive) | MCSO (BPSK) to MCS15 (640AM 5/6) |
GPS Synchronization | Yes, via internal GPS or CMM4 with 56 V and 5 pin to 7 pin cross over cable adapter |
Quality of Service | Three-level priority (Voice, High, Low) with packet classification by DSCP, COS, VLAN ID, IP & MAC Address, Broadcast, Multicast, and Station Priority |
Transmit Power Range | 0 to +30 dBm (combined, to regional EIRP limit) (1 dB interval) |
RECOMMENDED ANTENNAS | |
Sector Antenna | ePMP Sector Antenna (C050900D021A) available |
ePMP 2000 Smart Antenna | ePMP 2000 Smart Antenna (C050900D020A) available (complimentary; does not replace Sector Antenna) |
PHYSICAL | |
Sector Antenna Connection | 2 x 50 ohm, RP (reverse polarity) SMA |
Beamforming Antenna Connection | 2 x 50 ohm, RP (reverse polarity) SMA, DC coupled (powering antenna) |
GPS Antenna Connection | 1 x 50 ohm, RP (reverse polarity) SMA |
Surge Suppression | 1 Joule Integrated |
Environmental | IP55 |
Temperature | -30°C to +55°C (-22°F to +131°F) |
Power Consumption | 20 W Maximum [1] |
Input Voltage | 44 V to 59 V |
Weight | 0.7 kg (1.54 lbs.) without brackets |
Dimensions | 125 x 210 x 37 mm (4.9 x 8.3 x 1.5 in.) without brackets |
Pole Mount Included | Yes |
Environmental Cover Included | Yes |
SECURITY | |
Encryption | 128 bit AES (CCMP mode) |
CERTIFICATIONS | |
FCCID | Z8H80FT0020 |
Industry Canada Cert | 109W-0020 |
CE |
EN 301 893 V2.1.1 EN 302 502 V2.1.1 |
Notes:
[1] The maximum power consumption of the Access Point is the same regardless of whether the optional Smart
Beamforming Antenna is equipped or not. This is because the Beamforming Antenna draws its power during the uplink
cycle when the Access Point power consumption is not at its maxium.
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