Keysight F9640A Mini Rack Mountable Test Chamber (Mini RMTC)
Millimeter-Wave Over-the-Air or Sub-6 GHz Conducted Mode Measurement Chamber
The Keysight F9640A Mini Rack Mountable Test Chamber (Mini RMTC) is a shielded anechoic chamber which is suitable for Protocol, Functional, and Throughput testing of FR1 frequency bands in conducted mode or FR2 in radiated mode.
Key Features and Functions
- FR2 protocol, functional, and 2x2 MIMO throughput testing
- FR1 protocol, functional, and 4x4 MIMO throughput testing in conducted mode
- Fully shielded and filtered
- Low path loss
- LED light to facilitate working inside the chamber
- USB camera to monitor inside the chamber
- Laser-guided crosshair for accurate DUT placement
- Optional rack to neatly mount all the system components
Overview
The Keysight F9640A Mini Rack Mountable Test Chamber (Mini RMTC) is a shielded anechoic chamber which is suitable for Protocol, Functional, and Throughput testing of FR1 frequency bands in conducted mode or FR2 in radiated mode. FR2 supports 2x2 MIMO over one Angle of Arrival. FR1 conducted mode supports 4x4 MIMO.
For FR2, there are options to choose mounting brackets based on the RRH used, and both the antennas are installed on the ceiling of the chamber. The 600-8000 MHz dual polarization antenna offers polarization rotation to provide maximal signal de-correlation.
There is an option to neatly mount all the system components in a rack.
Overview
The Keysight F9640A Mini Rack Mountable Test Chamber (Mini RMTC) is a shielded anechoic chamber which is suitable for Protocol, Functional, and Throughput testing of FR1 frequency bands in conducted mode or FR2 in radiated mode. FR2 supports 2x2 MIMO over one Angle of Arrival. FR1 conducted mode supports 4x4 MIMO.
For FR2, there are options to choose mounting brackets based on the RRH used, and both the antennas are installed on the ceiling of the chamber. The 600-8000 MHz dual polarization antenna offers polarization rotation to provide maximal signal de-correlation.
There is an option to neatly mount all the system components in a rack.