Application Examples
Advanced & Rugged Commercial-Grade Equipment for Unlicensed
Implementing a private communications network while leveraging the cost benefits of an unlicensed band requires a solution that utilizes the latest technology to obtain the maximum signal range while supporting high data capacity. Intrepid P2MP's implementation of full 2x2 MIMO technologies on both the base station and subscriber units provide optimum performance in difficult, frequency dense and NLOS/nLOS systems. The use of scalable OFDM modulation provides robust communications at the highest bandwidth and throughput possible during path disturbances and fading events.
Asymmetrical data bandwidth permits more data throughput for the uplink rather than the downlink – a requirement for high definition video and one-way high data rate deployment. The MDS Intrepid P2MP provides Quality of Service for data prioritization and Service Level Performance.
Application Example: Video Security – Transportation and Public Safety
Transportation and Public Safety are using more and more high-definition video security system. Below is an example of a secure wireless backhaul system for a high capacity video security system requiring software adjustable asymmetric upload traffic assignment and loading.
Application Example: Oil & Gas Facilities
Below is an example of an oil well-head application utilizing the MDS Mercury™, Intrepid P2MP and Intrepid Ultra as a complete and universal solution for SCADA and video traffic at well-head sites.
Application Example: Water & Wastewater Facilities
Below is an example of a wireless network utilizing Intrepid P2MP and Intrepid Ultra to aggregate data from devices that monitor vital flow, pressure and temperature measurements, and video surveillance.
System Components
MDS Intrepid P2MP provides high capacity and scalable solutions for deployment within multipoint communication networks. By selection of the base station's sector angle (60, 90 or 120 degrees) multiple subscriber systems can installed within a given area to optimize efficiency and maximize sector throughput up to 200 Mbps aggregate. Time-Division Duplexing (TDD) synchronizes Intrepid P2MP base stations to accommodate multiple co-location systems and coverage overlap without introducing self-inflicted interference. MDS Intrepid P2MP is optimized as an Ethernet bridge for IP traffic operating with 10/100/1000Base T at the base station and with 10/100BaseT at subscriber units.
MDS Intrepid P2MP System Components
Base Station Unit
200Mbps / Sector
60, 90, or 120 Degree Sector
Asymmetric throughput
Up to 32 Subscribers
4-level QoS for SLA
Ethernet Only Bridge
Single Ethernet port
10/100/1000BaseT
PoE supplied
OFDM/ MIMO
Max Output: +25 dBm
-35°C to 60°C
IP67 all weather
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Subscriber Units
Three Subscriber Units
- 10 , 20, or 50 Mbps
Asymmetric throughput
Ethernet Only Bridge
Single Ethernet port
10/100BaseT
PoE supplied
OFDM/ MIMO
Max Output: +25 dBm
-35°C to 60°C
IP67 all weather
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PoE & Accessories
Indoor and Outdoor Units
120/240 VAC
-20 to -60 VDC
Indoor PoE: 10/100/1000BaseT
Outdoor PoE: 10/100BaseT
Plus Accessories:
25-100 Meters UTP Cables
PoE Surge Arresters
HSS
GPS Sync
Antennas
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