As high speed railroad traffic grows, rail companies face many challenges. Trains must be more reliable and cost-effective, plus respond to customer demands for increased mobility and better services. Challenges include interoperability between different types of equipment, poor high-speed coverage, and the inability to easily expand broadband services.
The Huawei GSM-R Solution answers these challenges and more.
The Huawei GSM-R Solution is a digital wireless communication system optimized for railroads. It uses proven GSM wireless communication technology and is third-party certified and EIRENE compliant. It is built primarily for train engineers, dispatchers, controllers, and maintenance personnel and provides:
• Group, multicast, function number, and emergency call services
• Carrier network capability for train control signals to meet tough requirements for high-speed trains
• Improved communications and operational efficiency
• Ability to evolve as requirements change
• Unparalleled stability and reliability
Major functions include:
• High reliability:
The solution meets European Train Control System (ETCS) requirements with reliability policies at the board, NE, and system levels. The backup network is also 99.9999% reliable.
• Professionalism:
The solution complies with the latest version of EIRENE specifications and has passed third-party certification, TUV certification that meets the latest EU regulations, and comprehensive IOT tests with devices from other vendors.
• Evolution:
GSM-R will eventually evolve to a higher standard for broadband services, such as video transmission. The International Union of Railways (UIC) says LTE is the technology of the future as the GSM-R Solution supports LTE, Huawei’s single-cabinet and single-subrack eCNS300 Advanced Telecom Computing Architecture (ATCA) platform works with LTE platforms for easy integration and high performance, and the BTS3900 Base Transceiver Station supports GSM and LTE modes for GSM-R-to-LTE evolution that protects customer investment.
Stay on track with 3-level reliability policies including board, NE, and system levels and a fully redundant system.
Invest in a robust system with comprehensive standard certifications and thorough Interoperability Testing (IOT).
Protect investments with a common platform that supports software upgrade-based evolution.
Core Network Devices
Radio Access Network Devices
Terminals
This Mobile Switching Center (MSC) server is an integrated, customizable GSM-R solution that meets the needs of railway operators and networks around the world. It controls calls and manages the communication of mobile network stations. The GTSOFTX3000 provides services on a GSM-R network that range from basic, to supplementary, to value-added, as required by railway operators.
Functions as a wireless network database shared by circuit- and packet-switched core networks of a GSM-R system. Connected to a signaling network, the HSS9860 can process IP, ATM 2M, or TDM signaling, and stores subscriber data with easy access to add, delete, update, and query. Features include seamless disaster recovery, subscriber data security, and compatibility with third-party data applications.
This unified packet gateway for mobile Packet-Switched (PS) networks is a core of element of PS services in GSM-R networks. The UGW9811 combines the functions of multiple gateways in a single platform, managed conveniently as a single gateway. For GSM-R networks, the UGW9811 functions as a General Packet Radio Service (GPRS) or Gateway GPRS Support Node (GGSN).
This Universal Media Gateway (UMG) helps migrate your GSM-R services from TDM to all-IP communications, reducing your overall costs and protecting your technology investments going forward. The UMG works with Huawei’s Mobile Switching Center (MSC) server and other devices to support a variety of basic, supplementary, and value-added mobile services on a traditional GSM-R network.
This Unified Service Node (USN) lets you start with a 2G or 3G GSM-R system and gradually upgrade to 4G eLTE — minimizing CAPEX in your mobile Packet-Switched (PS) network. The USN9810 is a core network product for PS services on GSM-R networks that reliably handles the delivery of data packets to and from the mobile stations in its service area.
This IP-based, GSM-R base station supports multiple radio systems and features high capacity and performance at low power consumption. As an essential component in Huawei’s GSM-R solution, this base station helps lay the foundation for network evolution. As a network element in a GSM network, the BSC6000 complies with 3GPP Release 8 specifications and offers several types of backup options. The unit’s modular configuration simplifies maintenance.
This indoor macro base station supports both GSM-R and LTE — the ideal solution for railways that want to prepare for evolution to an LTE broadband network. One of the most compact indoor macro base stations in the industry, the BTS3900 features a large, scalable capacity and multi-mode applications that meet the requirements of long-distance railways. The base station cabinet contains as many as six RF modules.
This outdoor macro base station supports both GSM-R and LTE — the ideal solution for railways that want to prepare for evolution to an LTE broadband network. One of the most compact outdoor macro base stations in the industry, the BTS3900A features a large, scalable capacity and multi-mode applications that meet the requirements of long-distance railways. The base station cabinet contains as many as six RF modules.
This modular unit is designed to be installed far from other units — speeding site selection and network construction and saving investment in repeaters. It enables flexible coverage along railway lines, especially tunnels and bridges. It consists of a Baseband Unit (BBU) and a number of Remote Radio Units (RRUs), creating a single powerful cell over multiple sites.
GSM-R functions plus a dedicated PTT button and emergency call key enable fast, convenient communications for railway workers on this handset. For maximum flexibility, Huawei incorporates products from market-leading, GSM-R subsystem suppliers. The handset is developed on a proven commercial platform that provides stable functions, performance, and quality. Dual-frequency bands enable use of GSM-R services on both GSM-R and DCS1800 frequency bands.
With protection against dust and water intrusion, this handset for railway workers offers reliable GSM-R performance plus functions such as a dedicated Push-To-Talk (PTT) button and emergency call key. For maximum flexibility, Huawei incorporates subsystems from market-leading GSM-R product suppliers.
Core Network Devices
This Mobile Switching Center (MSC) server is an integrated, customizable GSM-R solution that meets the needs of railway operators and networks around the world. It controls calls and manages the communication of mobile network stations. The GTSOFTX3000 provides services on a GSM-R network that range from basic, to supplementary, to value-added, as required by railway operators.
Functions as a wireless network database shared by circuit- and packet-switched core networks of a GSM-R system. Connected to a signaling network, the HSS9860 can process IP, ATM 2M, or TDM signaling, and stores subscriber data with easy access to add, delete, update, and query. Features include seamless disaster recovery, subscriber data security, and compatibility with third-party data applications.
This unified packet gateway for mobile Packet-Switched (PS) networks is a core of element of PS services in GSM-R networks. The UGW9811 combines the functions of multiple gateways in a single platform, managed conveniently as a single gateway. For GSM-R networks, the UGW9811 functions as a General Packet Radio Service (GPRS) or Gateway GPRS Support Node (GGSN).
This Universal Media Gateway (UMG) helps migrate your GSM-R services from TDM to all-IP communications, reducing your overall costs and protecting your technology investments going forward. The UMG works with Huawei’s Mobile Switching Center (MSC) server and other devices to support a variety of basic, supplementary, and value-added mobile services on a traditional GSM-R network.
This Unified Service Node (USN) lets you start with a 2G or 3G GSM-R system and gradually upgrade to 4G eLTE — minimizing CAPEX in your mobile Packet-Switched (PS) network. The USN9810 is a core network product for PS services on GSM-R networks that reliably handles the delivery of data packets to and from the mobile stations in its service area.
Radio Access Network Devices
This IP-based, GSM-R base station supports multiple radio systems and features high capacity and performance at low power consumption. As an essential component in Huawei’s GSM-R solution, this base station helps lay the foundation for network evolution. As a network element in a GSM network, the BSC6000 complies with 3GPP Release 8 specifications and offers several types of backup options. The unit’s modular configuration simplifies maintenance.
This indoor macro base station supports both GSM-R and LTE — the ideal solution for railways that want to prepare for evolution to an LTE broadband network. One of the most compact indoor macro base stations in the industry, the BTS3900 features a large, scalable capacity and multi-mode applications that meet the requirements of long-distance railways. The base station cabinet contains as many as six RF modules.
This outdoor macro base station supports both GSM-R and LTE — the ideal solution for railways that want to prepare for evolution to an LTE broadband network. One of the most compact outdoor macro base stations in the industry, the BTS3900A features a large, scalable capacity and multi-mode applications that meet the requirements of long-distance railways. The base station cabinet contains as many as six RF modules.
This modular unit is designed to be installed far from other units — speeding site selection and network construction and saving investment in repeaters. It enables flexible coverage along railway lines, especially tunnels and bridges. It consists of a Baseband Unit (BBU) and a number of Remote Radio Units (RRUs), creating a single powerful cell over multiple sites.
Terminals
GSM-R functions plus a dedicated PTT button and emergency call key enable fast, convenient communications for railway workers on this handset. For maximum flexibility, Huawei incorporates products from market-leading, GSM-R subsystem suppliers. The handset is developed on a proven commercial platform that provides stable functions, performance, and quality. Dual-frequency bands enable use of GSM-R services on both GSM-R and DCS1800 frequency bands.
With protection against dust and water intrusion, this handset for railway workers offers reliable GSM-R performance plus functions such as a dedicated Push-To-Talk (PTT) button and emergency call key. For maximum flexibility, Huawei incorporates subsystems from market-leading GSM-R product suppliers.
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