NSI-MI Technologies offers its world class test facilities for use to industry, government and educational clients. NSI-MI’s industry leading equipment and instruments are available to support your specific requirements. Our measurement facilities, combined with our expert staff of engineers can tackle any unique test needs with precision and accuracy. Our facilities are A2LA accredited and our equipment is calibrated with NIST traceability providing you with the assurance that we can accurately and consistently characterize your antennas, radomes and other devices.
Guarantee consistent and reliable results by
calibrating antennas with NSI-MI Technologies'
Test Services. We are A2LA accredited and fully
comply with ISO 17025:2005 standards. All
calibration results are also traceable to NIST.
Nothing but the best equipment available is
used for antenna calibration.
Accredited by American Association for Laboratory Accreditation Calibration Lab for the following:
Antenna Pattern – based on IEEE STD 149
Cross Polarization – based on IEEE STD 149
Radome Transmission Efficiency Radome Transmission Efficiency – based on IEEE STD 149 based on IEEE STD 149
Compliant with ISO 17025:2005
Antennas between 2 - 40 GHz
Consulting services offered by NSI-MI
Technologies similarly utilize our industry
experts. We open lines of communication
for accessible, transparent discussions in
analyzing, troubleshooting, and solving
problems that arise both before and during
the measurement testing process.
Custom Test Plans
Design & Fabrication of Mounting Fixtures
Custom Automated Scripting
Reflector Focus & Alignments
Antenna Design Consultations
Turn-key testing involves NSI-MI’s experts completely defining the test plan, performing the testing, and providing test reports of the findings with analysis as specified by the customer.
Includes ALL necessary Test Facilities, Test Equipment and Test Engineers
Expertise in Analyzing Measurement Solutions
Custom Test Plans
Data Analysis and Reports
Custom Cable Assemblies
Custom Fixture Fabrications
Time & Materials
For time and materials testing services, the customer provides the test plan and performs on-site direction, while NSI-MI Technologies provides the test range, test system operator and resulting test data.
Quality Equipment and On-Site Experts
State-of-the-Art Ranges Housed at our Headquarters
Dedicated Test Engineers
Test Plans Defined by Customer
Ideal for Customers who need to Modify Antennas after Testing
Compact Antenna Test Range
Our multi-purpose chamber houses a compact range and measurement system capable of testing antennas, radomes and other devices up to a 6 ft (1.8 m) diameter.
Combo Near-Field Range
Our Combo Near-Field Range is a multi-purpose chamber that provides the capability of Planar Near-field (PNF) antenna measurements, Cylindrical Near-field (CNF) and Spherical Near-field (SNF) measurements.
Spherical Near-Field Range (ATL)
The Spherical Near-Field Test Range located at our office in Atlanta measures 15' x 20' x 15' in size. This test facility is generally used for accurate pattern testing of directive antennas less than 6’ (2m) in diameter.
Spherical Near-Field Range (LA)
We have an antenna test chamber dedicated to Spherical Near-Field measurements at our office in Los Angeles capable of low-frequency measurements down to 300 MHz.
High-Frequency Spherical Near-Field Range (LA)
Located in Los Angeles is our High-Frequency Spherical Near-Field test range. This system extends the frequency range of our testing services up to 110 GHz and beyond.
The Calibration Test Range is a general purpose 20' x 30' x 15' anechoic test chamber. Typical frequencies of operation are from 1 to 40 GHz. Typical antenna sizes tested in this range can be as large as 6’ (2m) depending on test application.
1125 Satellite Blvd., Suite 100 Suwanee, GA 30024-4629 USA
+1 678 475 8300 +1 678 542 2601 email@example.com
19730 Magellan Drive Torrance, CA 90502-1104 USA
+1 310 525 7000 +1 310 525 7100 firstname.lastname@example.org
TU Automotive Detroit
17th Annual Conference and Exhibition06.07.2017 12:00 PM