Signature of Applicant (Authorized person filing application):
Darin Beakley
Title of Person Signing Application:
President, Sat-Lite Technologies
442 application form - Eligibility Questions
Equipment 1 Manufacturer of radio frequency equipment
Manufacturer that integrates radio frequency equipment into their end products
442 application form - Give the following information of person who can best handle inquiries pertaining to this application:
First Name:
Daniel
Last Name:
Hastie
Phone Number:
(903) 987-1164
Title:
Consultant
442 application form - Initial values - Authorized Party to Sign
Signature Date:
2021-07-05 19:39:52.086
442 application form - Insert a short description of the purpose of this application, or for modifications describe what is being modified.
Narrative Comment:
This application transmits a CW carrier in the satcom bands between 3.4 and 31.0 GHz at a power of up to 10 dBm through a horn with 15 dBi to be received by an antenna 9 miles away to measure gain, sidelobe performance and cross-pol isolation
442 application form - Location Information
City:
Gladewater
County:
UPSHUR
North Latitude:
32 ° 36 ' 37 "
Street Address:
1685 Private Road 1975
West Longitude:
94 ° 52 ' 11 "
442 application form - Program Experimental License Questions
Do you intend to operate on commercial mobile radio service (CMRS)?
NO
Do you intend to operate on public safety frequencies?
NO
Do you intend to use any of the federal exclusive and shared frequencies?
YES
Grant actions
Date
Category
Description
2021-07-12
Grant
Grant Generated [Jul 12 2021]
Notes
Date
Comment
2021-07-05
This application transmits a CW carrier in the satcom bands between 3.4 and 31.0 GHz at a power of up to 10 dBm through a horn with 15 dBi to be received by an antenna 9 miles away to measure gain, sidelobe performance and cross-pol isolation
2021-07-05
This application transmits a CW carrier in the satcom bands between 3.4 and 31.0 GHz at a power of up to 10 dBm through a horn with 15 dBi to be received by an antenna 9 miles away to measure gain, sidelobe performance and cross-pol isolation