Product Overview

Technical Specifications

Key Features and Benefits

• High Measurement Accuracy: The W1314A RF receiver delivers fast and accurate RF measurements, enabling precise testing of signal strength, quality, and other parameters of wireless networks. This helps network engineers quickly identify network issues and optimize network performance.
• Multi-Technology and Multi-Band Support: The platform supports multiple wireless network technologies and RF bands, making it suitable for drive testing and optimization of various wireless networks. It can meet the needs of different network operators and service providers.
• Compact Design: The W1314A RF receiver is compact and portable, easy to carry and install. It can be installed in vehicles or used in indoor environments, providing flexibility for drive testing and network optimization.
• Intuitive Software Interface: The E6474A software features a user-friendly interface, allowing users to quickly load floor plans and easily collect and record measurement data. The software also provides powerful data analysis and reporting functions, helping users analyze and evaluate network performance.
• High Reliability: The platform has undergone rigorous testing and validation, ensuring stable and reliable operation in harsh environments. It can provide long-term, stable support for wireless network drive testing and optimization.

Application Scenarios

• LTE Network Optimization: In LTE network deployment and optimization, the platform can measure the signal strength, quality, and other parameters of LTE networks, helping network engineers identify coverage holes, interference issues, and other network problems. By analyzing the measurement data, engineers can develop targeted optimization strategies to improve LTE network performance and user experience.
• UMTS Network Optimization: For UMTS networks, the platform can perform drive tests and optimization. It can measure the signal strength, quality, and other parameters of UMTS networks, helping engineers optimize network parameters such as cell configuration and power control. This enhances UMTS network performance and service quality.
• GSM Network Optimization: In GSM networks, the platform can measure GSM signal strength, quality, and other parameters. It can identify network issues such as coverage holes and interference, enabling engineers to optimize GSM network performance and improve voice and data service quality.
• cdma2000/EVDO Network Optimization: The platform supports cdma2000 and EVDO networks, capable of measuring their signal strength, quality, and other parameters. It helps engineers optimize network performance and enhance user experience.
• Indoor Wireless Network Optimization: The platform’s E6474A software and W1314A RF receiver can be used to measure and optimize indoor wireless networks. In indoor environments such as malls, airports, and train stations, the platform can collect wireless network signal strength, quality, and other data, helping engineers identify indoor network issues and optimize network performance to improve indoor wireless coverage and service quality.

Related Models

• JDSU Agilent E6473B: Another wireless network optimization platform model. While it shares similarities with the E6474A in functionality and application scenarios, it may differ in features and performance.
• JDSU Agilent E5643B: A wireless network test mobile phone model that can be used in conjunction with the W1314A RF receiver to enable more comprehensive wireless network testing and optimization.
• JDSU Agilent 86154A: An external GPS receiver with dead reckoning capability. It can be used with the W1314A RF receiver to enhance GPS signal reception and positioning accuracy in challenging environments, improving the reliability and accuracy of drive testing.
• JDSU Agilent B9990A: A VoIP measurement license option that provides objective measurement of voice quality based on R-Factor MOS defined by ITU-T Recommendation G.107, as well as round-trip delay, jitter, and packet loss based on incoming RTP traffic flows. It helps network engineers optimize VoIP service quality.

Installation and Maintenance

• Installation: Before installing the JDSU Agilent E6474A W1314A, ensure the installation environment meets the requirements, such as a stable power supply and a suitable operating temperature. Install the W1314A RF receiver in the vehicle or indoor test site according to the installation manual. Connect the receiver to the E6474A software via the USB interface. Install the E6474A software on a computer that meets the recommended PC specifications, such as Windows XP Professional or Windows 7 32-bit systems with an Intel Core™ Duo T2500 (2 GHz) processor, 2 GB RAM, and 100 GB hard disk space. Ensure the computer has a parallel port or USB port for the software key and a PCMCIA slot or USB connection for multiple hardware devices.
• Maintenance: Regular maintenance of the JDSU Agilent E6474A W1314A is essential to ensure its stable operation. Clean the receiver and antenna periodically to prevent dust and dirt from affecting measurement accuracy. Check the GPS receiver’s performance regularly to ensure accurate positioning. Update the E6474A software promptly to access new features and performance improvements. Properly store the receiver and other hardware devices when not in use to avoid damage.

Product Warranty