Super LoRa Series of Network & Serial Radio

//Super LoRa Series of Network & Serial Radio

Super LoRa Series of Network & Serial Radio

Powerful    safe and reliable    ultra-long distance

Narrow-band high-speed    rich frequency band    flexible interface

Description

The Super-LoRa in brief:

  • Frequency bands of 135 – 175, 215 – 240, 400 – 520, 757 – 758 and 787 – 788, 896 – 902 and 928 – 960 MHz
  • RS-232 and IEEE 802.3 protocols with multiple port options
  • Software selectable 12.5 kHz, 15 kHz, 25 kHz 30 kHz and 50 kHz channel sizes. For other channel sizes please consult WDS
  • Full and half duplex operation
  • Single or dual frequency
  • Gross data rates greater than 200 kbit/s
  • 256, 192 or 128 bit AES encryption
  • Adaptive Coding and Modulation: QPSK to 64 QAM
  • Advanced forward error correction
  • Ethernet and IP / TCP / UDP header compression
  • (ROHC) and payload compression
  • Software selectable dual / single antenna port operation
  • Transparent to all common SCADA protocols
  • Dedicated alarm port
  • Protected master station and remote station options
  • Power optimized option
  • Radio GPS coordinates
  • –40 to +70 °C operational temperature
  • 210 mm (W) x 130 mm (D) x 41.5 mm (H)
  • FCC and IC standards compliant
  • Seamlessly integrates with Aprisa XE point-to-point radio

performance:

  • High capacity: to meet the growing number of data-intensive applications in the SCADA environment, the Super-LoRa provides data rates of up to 216 kbit/s in 50 kHz licensed channels.
  • Secure: with its defense in depth approach, including AES encryption, authentication, address filtering and user access control including RADIUS, the Super-LoRa protects against vulnerabilities and malicious attacks.
  • Future-proof: the Super-LoRa supports multiple serial and Ethernet interfaces in a single, compact form factor, and is standards-based for long term incorporation into SCADA networks while protecting the legacy investment in serial devices.
  • Advanced L2 / L3 capabilities: selectable L2 Bridge or L3 Router modes, with VLAN, advanced QoS,filtering and IP header and payload compression attributes to support narrow bandwidth channels and mission critical traffic while meeting increasing security and IP network policy requirements. Advanced payload and Ethernet / IP / TCP / UDP header compression.
  • Adaptable: the Super-LoRa integrates into a range of network topologies, with each unit configurable as a master station, repeater or remote station; connect multiple RTUs / PLCs to a single radio.
  • Flexible interfaces: the data interfaces can be configured for serial or Ethernet operation; a range of options are supported, including two serial and two Ethernet, one serial and three Ethernet, or four Ethernet ports. Support for NMEA GPS receiver option.
  • Link efficiency: Adaptive Coding and Modulation (ACM) and forward error correction maintains the integrity of the wireless connection while an effective channel access scheme and IP routing ensures efficient transfer of data across the Super-LoRa network.
  • Reliable and robust: the Aprisa SR+ requires no manual component tuning and maintains its high power output and performance over a wide temperature range.
  • Easily managed: an easy to use GUI supports local element management via HTTPS and remote element management over the air and SNMP support allows network-wide monitoring and control via a variety ofsupported third party network management systems.

Super LoRa Series of Network & Serial Radio Technical Specifications

Overview
NETWORK TOPOLOGYPoint-to-multipoint(PMP),Master,Remote,Repeater
NETWORK INTEGRATIONSerial and Ethernet(router or bridge mode)
PROTOCOLS
ETHERNETIEEE802.3,802.1d/q/p
SERIALLegacy RS-232 transport
WIRELESSProprietary
SCADATransparent to all common SCADA protocols such as Modbus, IEC 60870-5-101/104, DNP3 or similar
RADIO
FREQUENCY RANGE150 MHz                  135 – 175 MHz                                      0.625 kHz
230 MHz                 215 – 240 MHz                                     0.625 kHz
400 MHz                 400 – 470 MHz                                     6.25 kHz
450 MHz                 450 – 520 MHz                                     6.25 kHz
700 MHz                 757 – 758 & 787 – 788 MHz               6.25 kHz
896 MHz                 896 – 902 MHz                                      6.25 kHz
928 MHz                 928 – 960 MHz                                      6.25 kHz
CHANNEL SIZE12.5 kHz, 15 kHz, 25 kHz, 30 kHz and 50 kHz software selectable
DUPLEXSingle frequency half-duplex
Dual frequency half-duplex
Dual frequency full-duplex
FREQUENCY STABILITY± 0.5 ppm
FREQUENCY AGING< 1 ppm / annum
TRANSMITTER
MAX PEAK ENVELOPE POWER (PEP)10.0 W (+40 dBm)
AVERAGE POWER OUTPUT64 QAM 0.01 – 2.5 W (+10 to +34 dBm, in 1 dB steps)
16 QAM 0.01 – 3.2 W (+10 to +35 dBm, in 1 dB steps)
QPSK 0.01 – 5.0 W (+10 to +37 dBm, in 1 dB steps)
4-CPFSK 0.01 – 10.0 W (+10 to +40 dBm, in 1 dB steps)
ADJACENT CHANNEL POWER< –60 dBc
TRANSIENT ADJACENT CHANNEL POWER< –60 dBc
SPURIOUS EMISSIONS< –37 dBm
ATTACK TIME< 1.5 ms
RELEASE TIME< 0.5 ms
DATA TURNAROUND TIME< 2 ms
EMISSION DESIGNATOR SUFFIXQPSK G1D, QAM D1D
RECEIVER                                                                                                          12.5 kHz           25 kHz           50 kHz
SENSITIVITY (BER < 10-6)64 QAM                 –103 dBm        –99 dBm       –96 dBm
16 QAM                 –110 dBm         –107 dBm      –104 dBm
QPSK                     –115 dBm          –112 dBm      –109 dBm
4-CPFSK               –113 dBm          –110 dBm      –107 dBm
ADJACENT CHANNEL SELECTIVITY                                > –47 dBm       > –37 dBm    > –37 dBm
                               [> 48 dB]           [> 58 dB]       [> 58 dB]
CO-CHANNEL REJECTION max coded QPSK> –10 dB
CO-CHANNEL REJECTION max coded 64 QAM> –20 dB
INTERMODULATION RESPONSE REJECTION> –35 dBm [> 60 dB Note 1]
BLOCKING OR DESENSITISATION> –17 dBm [> 78 dB Note 1]
SPURIOUS RESPONSE REJECTION> –32 dBm [> 63 dB Note 1]
FORWARD ERROR CORRECTIONVariable Reed Solomon plus convolutional code
ADAPTIVE BURST SUPPORTAdaptive Coding and Modulation
SECURITY
DATA ENCRYPTION256, 192 or 128 bit AES
DATA AUTHENTICATIONCCM
INTERFACES
ETHERNET2, 3 or 4 port RJ45 10/100Base-T switch (specified at order)
SERIAL2, 1 or 0 port RJ45 RS-232 (specified at order)
Additional RS-232 / RS-485 port via USB converter (optional)
MANAGEMENT1 x USB micro type B (device port)
1 x USB standard type A (host port)
1 x Alarm port RJ45
ANTENNA2 x TNC 50 ohm female
Software selectable single or dual port operation
LEDsStatus: OK, MODE, AUX, TX, RX
Diagnostics: RSSI, traffic port status
TEST BUTTONToggles LEDs between diagnostics / status
PRODUCT OPTIONS
DATA PORT CONFIGURATION2 x Ethernet ports + 2 serial ports
3 x Ethernet ports + 1 serial port
4 x Ethernet ports
POWER OPTIMIZEDProviding optimized power and sleep mode
PROTECTED STATIONProviding hot-swappable / hot-standby redundant hardware
switching (13.8 VDC or 48 VDC)
GPS RECEIVERSupport for NMEA GPS receiver with radio coordinates
POWER
INPUT VOLTAGE10 – 30 VDC (13.8 V nominal)
RECEIVE All bands< 3 W (217 mA at 13.8 VDC) in active receive state
< 2 W (145 mA at 13.8 VDC) in idle receive state
< 0.5 W (36 mA at 13.8 VDC) in sleep mode
TRANSMIT 135 and 220 MHz< 26 W (1884 mA at 13.8 VDC)
400, 450, 700, 896, 928 MHz< 28 W (2028 mA at 13.8 VDC)
MECHANICAL
DIMENSIONS210 mm (W) x 130 mm (D) x 41.5 mm (H)
8.27” (W) x 5.12” (D) x 1.63” (H)
WEIGHT1.25 kg (2.81 lbs)
MOUNTINGWall, Rack or DIN rail
ENVIRONMENTAL
OPERATING TEMPERATURE–40 to +70 ˚C (–40 to +158 ˚F)
HUMIDITYMaximum 95 % non-condensing
MANAGEMENT & DIAGNOSTICS
LOCAL ELEMENTWeb server with full control / diagnostics
Partial diagnostics via LEDs and test button
Software upgrade from PC or USB flash drive
REMOTE ELEMENTOver-the-air remote element management
with control / diagnostics
Network software upgrade over-the-air
NETWORKSNMPv2 and SNMPv3 security support for integration with
external network management systems

Super-LoRa applications:

  • Electricity grid: distribution automation control and protection in MV / HV distribution / transmission
  • Smart grid: concentrator communications and GPRS replacement
  • Oil & Gas: production metering, lift pump automation
  • AMI / AMR: high density data concentrator backhaul
  • Renewables: wind farm, tidal, hydro automation
  • Water and wastewater: flow, level, pressure modulation automation and pump status

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