eLTE References for Tianjin Port

1 Huawei eLTE Improves Dispatch Efficiency by 30% at Tianjin Port Pacific International Container Terminal (TPCT) TPCT · China 1st TD-LTE commercial port application in the world Existing Wi-Fi Coverage is poor; manual records used for operations With TD-LTE network, instructions and responses can be given anytime, anywhere; decreases average operation time by 15 seconds Tianjin Port: second largest general port in China with 140 berths, 8 container berths, and annual handling capacity of up to 2 million TEUs TPCT: quay length = 2,300m, design capacity of container handling = 4 million TEUs, yard area = 1.8 million square meters, storage capacity = 140 TEUs

2 TPCT Existing Wireless Network Wi-Fi TOS terminals

3 Challenges for TPCT TPCT Challenges: Difficult to Give Instructions Due to Poor Wireless Coverage of Existing System “The port container stacker operator needs to leave the container area to receive instructions, then return to continue production operations because of the poor coverage of the existing system.” — Mr. Liyan, Director of Information Division, TPCT Wi-Fi disadvantages for port applications: (1)Poor coverage (2)Bad mobility (3)Low stability Quay Yard Empty container area Control center Trailer drivers receive instruction and feedback progress Quay crane drivers receive instruction and feedback progress Yard crane drivers receive instruction and feedback progress TOS: make arrangements and monitor progress

4 Huawei eLTE Solution for TPCT LTE Video Surveillance Broadband Trunking Remote Data Acquisition TV wall Storage Dispatcher Servers Broadband Access Remote Crane Management System (RCMS) Voice + Video for Remote Expert Guidance Real-time Video Surveillance Trunking Voice Dispatch Terminal Operating System Tally System Sensors One network for trunking, video surveillance, and TOS/RCMS/Tally service

5 Phase 1: Network Scale No.BTS SiteConfigurationLongitudeLatitudeHeight 1DT24 # towerS m 2DT26 # towerS m 3DT14 # towerS m Network Scale: 1 CN, 3 BTSs, 18 CPEs, 8 handsets, 8 mini-PCI data cards Coverage: TPCT

6 Phase 1: Radio Coverage 3 BTS cover 2.4 square kilometers Coverage potential is > 95% 600m

7 BTS Antenna Installations

8 Solution 1: Existing TOS terminals with mini-PCI interfaces are updated through TD-LTE mini-PCI modules. Solution 2: Existing TOS terminals without mini-PCI interfaces are updated with TD-LTE CPE. Updating Existing TPCT TOS Terminals to TD-LTE Teklogix TOS terminal TD-LTE CPE installed in stacker Stacker Teklogix TOS terminal

9 eLTE Supports Teklogix TOS Terminal Operating Interface Container label Trailer No. Container position Container size Trailer being boxed Operation action Container being extracted Next container to be extracted

10 Summary: Huawei’s eLTE (TD-LTE) Solution Will Soon Cover the Entire Tianjin Port Huawei eLTE Solution Solves challenges faced by TPCT Coverage, mobility, and stability of existing Wi-Fi is poor and instructions cannot be delivered quickly Existing system does not permit service expansion Existing multiple networks needed for terminal operations Leading 4G port application Worlds’ first TD-LTE port application Stacker can easily receive instruction from command center due to seamless coverage of TD-LTE and dispatching efficiency is improved 30% One network supports voice, video, and data service

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