HBTE RF Solutions

This solution adopts compact field technology, uses high-precision hyperbolic paraboloid reflector to reflect the signal from the feed antenna, and forms plane wave in the test area to test the radiation performance.

This solution is a sub-6g MPAC (multi probe anechoic chamber) multi probe test system.

Adopting significantly higher bandwidth mode is one of the technologies discussed in 5g domain to achieve higher data rate. Compared with the current cellular network implementation (below 6 GHz), this bandwidth mode can only be used for significantly higher carrier frequencies.

This solution has a complete experimental environment of millimeter wave full band anechoic chamber, three-dimensional reconfigurable probe wall, millimeter wave antenna, millimeter wave inverter and high-precision turntable. By accessing 5g core network and base station equipment (or using base station simulator), adopting advanced instruments such as high-end channel simulator, it fully supports 5g millimeter wave mainstream frequency band, supports all millimeter wave channel fading models of 3GPP, and supports communication performance test of 5g base station, terminal, chip and other equipment in various forms.

It provides a controllable, repeatable, real and objective WiFi performance testing solution. It is a WiFi product application performance testing solution from user application scenarios.

HBTE provides a test scheme using programmable attenuation phase-shifting matrix and a low-cost test scheme, which adopts the combination of fixed phase shifter and programmable attenuation matrix.

This solution is mainly used to complete the base station transmission consistency test, including output power, ACLR and parasitic transmission parameters.

This solution mainly completes the following parameter tests: Trp, tis, MIMO throughput, and antenna efficiency.

CATR is an indirect far-field test method, which uses mirrors to perform physical near-field to far-field transformation. The beam reflected from the parabolic mirror becomes a collimated beam.

This solution provides three test scenarios: radiated emission test, Radiated Immunity Test and radiated spurious test. At the same time, it can provide a test environment that meets the requirements of CISPR, ANSI, IEC and other international standards.

This solution can real-time monitor the power consumption of each laboratory, indoor environmental status, and record all data during operation. It can also intelligently control the power consumption of each laboratory, but in case of potential risks such as overload, it can give an alarm in time. In case of abnormality, it can automatically cut off the power of the corresponding room.