Justification Letter

0663-EX-ST-2018 Applicant Eligibility

Federal Express Corporation

2018-04-05ELS_207587

M FCC Form STA FedEx 3550—3650 MHz Experiment Proposal 1 Introduction FedEx (NYSE:FDX) is an American multinational courier delivery services company headquartered in Memphis, Tennessee. With networks that span billions of people across six continents, delivering is our business. It‘s also our responsibility to deliver the resources that improve the lives of those we serve. When we help businesses access new markets, they grow and create jobs that boost standards of living in their communities. Investments in safer and more sustainable transportation improve our own footprint and make our communities more livable. A more connected world sparks innovation when shared ideas, goods and technologies interact to transform how welive and work. We believe a connected world is a prosperous and sustainable world. And we aim to deliver that forward. For more information please visit our website: https:/faboutvan.FedEx.com/ 2 Experiment Description FedEx is working with its partner company Nokia to evaluate and trial a private LTE system operating in the frequency range of 3550—3650 MHz to establish its suitability to support operations at the FedEx Superhub located in Memphis, Tennessee. This trial will consist of up to 4 fixed site base stations and will be located inside the geographical region described in Section 2. Note: thistrial area is outside the exclusion zone defined by NTIA (TR—15—517r1). Up to 40 mobile devices will operate within the areas of the fixed base stations. All base station equipment is prototype hardware, controlled and owned by NOKIA and will be removed after the conclusion of the trial. The intent is to operate the LTE uplink/downlink 24 hours per day 7 days per week. The main objectives of this trial are to prove that private LTE over CBRS can be used as superior mobile connectivity technology for increasing our enterprise operations efficiency, improving our technician safety and enhancing overall communications quality which contributes to the general acceptance and broader usage of this mobile technology. 3 Transmitter Information Up to 5— 20 MHz LTE RF channels per base station will be operated within the requested frequency range at any one time The maximum EIRP for mobile and fixed sites is listed in Table 1. The fixed sites support MIMO and the defined poweris the maximum radiated powerfor an individual antenna. A directional antenna may be used but it‘s listed as OMNI to not restrict orientation Table 2 defines the deployment radiuses whereall fixed cell sites will be located duringtesting period 410512018 Page 1 of 2

M FCC Form STA Table 1 Transmitter Information Maximum 7 Transmit Conducted Maximum EIRP EIRP ERP ERP Transmission Emissions ype Frequency (MHz) TX Power Antenna (dBm) (W) (dBm)| (W) Bandwidth Designator (dBm) Gain (dBi) (Miz) Fied 3550—3050 as i8 51 2s 40 rosr 20 Zomowrw Mobie 3550—3650 23 o 23 o2 2ois o2 20 2Z0MoWrW Table 2 Fixed Site Location Radius and Mobile Operational Radius Fixed Site Location and bperstioneltenter Hsint Mobile Operational Radius Location Description Location # Lat Long Mies km Superhub Courtyard #1 1 35° 355.48°N 89582122W 0.3 0.48 Superhub Courtyard #2 2 35° 352.77°N 89°5825. 12W 0.3 0.48 Superhub Courtyard #3 3 35° 354.54°N 80°5836 .25W 0.3 0.48 Superhub Courtyard #4 [ 4 35° 354.30°N 89°5835.75W 0.3 l 0.48 4 Interference Coordination Immediate requests for FedEx to stop transmission should be emailed to mjbrant@fedex.com. Alternatively, a shutdown requested can be submitted through Stephen Routh who can be contacted at (901) 481—5319 or stephen.routh@fedex.com 4105/2018 Page 2 of 2


Document Created: 2018-11-30 04:14:27
Document Modified: 2018-11-30 04:14:27
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