安立知宣布其LMR Master S412E手持式多功能分析儀，BTS Master MT8222B基地台分析儀以及Link Master Air Interface優化工具，將被Andrew Seybold公司採用，成為舊金山灣區真實環境測試計畫的一部份。這項測試是以消防、警備、環境管理系統(EMS)和其他公眾安全相關設備，在發生緊急情況下的網路效能測試。
Anritsu Test Solutions Used by Andrew Seybold, Inc. to Test San Francisco Bay Area LTE Public Safety Network
LMR Master™, BTS Master™, and Link Master™ Part of Real-World Testing of Project Cornerstone, Precursor of 700 MHz LTE Network Planned for Bay Area
Anritsu Company announces that its LMR Master S412E compact handheld multi-function analyzer, BTS Master MT8222B base station analyzer, and Link Master Air Interface Optimization Tools were used by Andrew Seybold, Inc. as part of the consultant’s real-world testing of Project Cornerstone, the first public safety broadband network in the San Francisco Bay area. The tests were conducted to determine the effectiveness of the network in the event of emergencies requiring police, fire, EMS and other public safety personnel.
"Anritsu has been at the forefront of developing test solutions for the public safety broadband market," said David Witkowski, Anritsu Product Manager. "Ensuring the successful deployment, installation, and operation of public safety networks is part of our commitment. When we were approached to be part of this project, we immediately agreed, as we understand the importance of these evaluations."
"We would like to thank Anritsu, as well as all the participating companies, for its support and assistance," said Andrew Seybold. "We share a deep commitment to ensuring the public safety community has all the tools it needs to better serve all of us."
The tests conducted were based on real-world incidents that are typical in both metro and suburban areas. The number of first responder personnel assigned to each scenario and their functions at the respective incident and in the command center were vetted by many within the public safety community. In reality, the number of first responders assigned to the incidents for the tests represents a conservative set of personnel on the scene.
As a result of the in-depth testing, Andrew Seybold, Inc., concluded that the proposed allocation for 10 MHz of spectrum in the 700 MHz Public Safety Spectrum Trust for exclusive use by public safety would not be sufficient to meet real world needs on a daily basis. Utilizing Anritsu’s industry-leading public-safety LTE test equipment, Anritsu engineers monitored, recorded, and mapped the amount and quality of both the uplink and downlink traffic being generated on the LTE network during the tests.
The East Bay Regional Communications System Authority, in partnership with the Bay Area Urban Area Security Initiative (UASI), developed Project Cornerstone as a proof of concept for the larger LTE network planned for the Bay Area. The methodology and test results were presented in a formal report that will be submitted to the Federal Communications Commission (FCC).