iPASOLINK EX

2017

Tests of iPASOLINK EX

On March 2, 2017 the JSC NEK Neva Kommunikatsionnye Sistemy company announced testing of the radio relay station iPASOLINK EX, joint with PJSC MTS.

Were tested in the northwest of the Russian Federation at distance between stations from 3 to 8 km in difficult weather conditions.

The weight of 3 kg, wide functionality of a system allows to reduce costs for its installation and connection. Function of bezobryvny adaptive modulation with dynamically changeable bandwidth of AMBR (Adaptive Modulation and Bandwidth Radio) allows to provide the maximum capacity of the channel in the conditions of the fog and rainfall complicating passing of radio waves.

Testing of the iPASOLINK EX model showed work indicators, and high transmission rate in difficult weather conditions. We were convinced that two flights in 4.8 km between stations provide capacity of 10 Gbps, and one flight 8.3 km long – the speed of 8.5 Gbps. It will allow us from three to 20 times to increase traffic transmission on radio relay lines at such distances. Thus, on remote base stations we will be able to involve completely the potential of equipment 3G and 4G and also to create a backlog for construction of 5G networks. Dmitry Smirnov, the technical director of the branch of MTS in St. Petersburg

The iPASOLINK EX model the reliable technological solution which completely meets the growing requirements of the modern telecommunication market. Thanks to installation of a system mobile operators can increase capacity and increase length of intervals of the radio relay line, saving data transfer rate. Akihiro Sakurai, CEO of JSC NEK Neva Kommunikatsionnye Sistemy

iPASOLINK EX

For March 2, 2017 iPASOLINK EX is a digital radio relay system of data transmission.

iPasolink EX provides access to digital trunking and complex use of capacity of end-to-end modern networks on a radio frequency of 71-86 GHz with band width 250 MHz.

The radio relay station iPASOLINK EX is effective in places where laying of the optical cable is complicated or impossible, providing the capacity of a transport network comparable to cable capacitance.

iPASOLINK EX, (2016)

The iPASOLINK EX system provides interface units and the local computer network (LCN) and maintains data transfer rate to 2000 Mbps with a width of channel of 250 MHz.

A system represents the separate completely mounted outdoor installation providing simultaneous connection of an Ethernet network.

The equipment works in the ranges which are not requiring a design of frequency assignments (The decision of SCRF No. 10-07-04-01/10-07-04-02 of 6/15/10)

Performance

• a set of schemes of modulation (from QPSK to 256QAM) with adaptive functioning (R1.5/R2.0: from QPSK to 256QAM);
• support of multiple ports GbE/FE: up to 3 ports;
• capacity more than 1 GB / with;
• replaceable antennas of different diameter without the need for repeated orientation;
• the synthesized RF channels for ease of use;
• methods of compression of headings L1/L2/L3/L4 are available.

Function of switching of packets of an operator class

• Possibilities of service of Ethernet of an operator class via the built-in GbE L2 switch;
• Effective network planning through the GbE connection of high capacity;
• The fast and recustomized commissioning.

Reliability of an operator class up to 99.999%.

Security

• The protected antenna with a narrowly targeted beam;
• The LINK ID codes set by the user;
• Management tools passwords of multiple level on the M-plane.

Flexibility

• Adjustable speed of data transmission for links of network of different length on the same equipment;
• Broad range of input voltages in network;
• Low level of energy consumption;
• There is PoE port (PoE ++);
• Synchronization of watch of SyncE.

Maintenance

• Function of local and remote observation of the equipment using the administrative agent who is built in a web (HTML) or options of management of HTTPS with secure access;
• Remote observation of operating conditions of the equipment using the web and administrative agent;
• Installation at placement of cables in water protective execution;
• Means of loopback of GbE/FE port.