The Nokia 9500 MPR solution consists of a combination of an radio unit — the Microwave Packet
Transceiver (MPT) — and a networking unit — the Microwave Service Switch (MSS)
Three segments are served: small cell backhaul, shorthaul and longhaul. Several types of
wireless cell site connection options are required to support mobile network capacity and coverage
expansions. Nokia's 9500 MPR solutions support a full suite of wireless frequency options including
unlicensed 5.8GHz, for macro cell backhaul, 80 GHz millimeter wave (e-band) solutions for both
macro and small cells, unlicensed 60 GHz millimeter wave (v-band) and sub-6 GHz solutions that
are typically used to support the backhaul of small cells.
Depending on the option chosen, the solution can be split-mounted,full-indoor or full-outdoor, as
shown in Figure. The solution can be used in tail, hub and longhaul packet microwave applications.
9500 MPR solution components
2.2.1 Microwave Packet Transport
9500 MPR Microwave Packet Transport (MPT) units all leverage the same software and technologies
whether they are deployed in a split-mount, full-indoor, or full-outdoor configuration. This offers
operators more deployment flexibility, minimizes spares inventory and results in lower network total
cost of ownership (TCO).
The MPTs support:
• Advanced packet compression.
• Hitless, high-order adaptive modulation .
• IP along with legacy technologies .
• Integrated cross-polarization to double capacity .
• N+N hot standby with spatial diversity options .
• Both shorthaul (less than 20 km) and longhaul (greater than 20 km) .
• MPTs are available to address any distance and availability needs.
Microwave Service Switch indoor units Full-outdoor MPTs can be deployed independently (for example, connecting directly to an LTE eNode B mobile base station) or together with Microwave Service Switch (MSS) indoor units that provide advanced Carrier Ethernet networking, aggregation and demarcation functions. Optimized to reduce space and power consumption, the MSS exists in different form factors to address all network sizes and locations, including tail, hub and backbone. The entire MSS family uses the same software and management systems, enabling consistent operations across end-to-end packet microwave networks.
The complete range of right-sized MSS microwave units addresses any site footprint requirement. The units are energy efficient, extremely scalable and offer deployment flexibility. All indoor units support traditional services, such as TDM, and newer Ethernet and IP services over a converged, packet-based, operationally efficient network.
To minimize operational complexity, the various MPTs and MSSs share common technology, software and network and service management. They can be combined to support any wireless transmission application.
the following document describes the Nokia 9500 Microwave Packet Radio (MPR) portfolio, its hardware components, its main features and supported architectures and applications.
The MPTs support:
• Advanced packet compression.
• Hitless, high-order adaptive modulation .
• IP along with legacy technologies .
• Integrated cross-polarization to double capacity .
• N+N hot standby with spatial diversity options .
• Both shorthaul (less than 20 km) and longhaul (greater than 20 km) .
• MPTs are available to address any distance and availability needs.
Microwave Service Switch indoor units Full-outdoor MPTs can be deployed independently (for example, connecting directly to an LTE eNode B mobile base station) or together with Microwave Service Switch (MSS) indoor units that provide advanced Carrier Ethernet networking, aggregation and demarcation functions. Optimized to reduce space and power consumption, the MSS exists in different form factors to address all network sizes and locations, including tail, hub and backbone. The entire MSS family uses the same software and management systems, enabling consistent operations across end-to-end packet microwave networks.
The complete range of right-sized MSS microwave units addresses any site footprint requirement. The units are energy efficient, extremely scalable and offer deployment flexibility. All indoor units support traditional services, such as TDM, and newer Ethernet and IP services over a converged, packet-based, operationally efficient network.
To minimize operational complexity, the various MPTs and MSSs share common technology, software and network and service management. They can be combined to support any wireless transmission application.
the following document describes the Nokia 9500 Microwave Packet Radio (MPR) portfolio, its hardware components, its main features and supported architectures and applications.
The document is further completed by Technical Summary documents where all main technical
characteristics are described.
In general, for each feature, component and frequency availability, please refer to the product
roadmap and to customer release notes.
http://www.mediafire.com/file/juqc1a9vn5zdc2c/9500+MPR-E+R5+1+0+User_Manual+3DB19901AEAA_01.pdf
http://www.mediafire.com/file/cay3tsxy60caneh/9500+MPR+Rel.5.1.0_MPR-e_MPT-HC_V2_MPT-MC_MPT-XP_UserManual.3DB19901EEAA_01.pdf
http://www.mediafire.com/file/11568xb4tmmu2zb/9500+MPR+Installation+%281%29.pdf
http://www.mediafire.com/file/2z7udyl51g3wady/Nokia_9500_MPR_R7-1_Product_Description.pdf/file
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