Radio & Mobile Communication Testers
MT8821C Radio Communication Analyzer
The MT8821C Radio Communication Analyzer is designed for R&D of mobile devices / user equipment (UE), such as smartphones, tablets and IoT modules. It builds on the technologies of its popular predecessor, the MT8820C, preferred by UE and chipset vendors worldwide. The new MT8821C supports all technologies, ranging from LTE-Advanced to 3G/2G, with its easy-to-use measurement functions for efficient RF adjustment and testing in one unit. It even supports LTE-A 2CC 4x4 MIMO and 4CC 2x2 MIMO in a single box as well as LTE-U/LAA. Also, it supports LTE-A 4CC 4x4MIMO or 6CC 2x2MIMO by interlocking two boxes, and 5CC 4x4 MIMO by three boxes.
Key Features
- Supports all cellular technologies compliant with 3GPP/3GPP2 UE RF TRX tests including LTE/LTE-Advanced, Cat-M1/NB-IoT, NTN NB-IoT, W-CDMA/HSPA, GSM/EGPRS, TD-SCDMA/HSPA
- Support LTE-Advanced Downlink Carrier Aggregation 5CCs SISO tests in one unit
- Supports LTE-Advanced Downlink Carrier Aggregation 2CCs 4x4 MIMO and 4CCs 2x2 MIMO tests in one unit
- Supports LTE-Advanced Downlink Carrier Aggregation 4CCs 4x4 MIMO and 6CCs 2x2 MIMO tests in two units
- Supports LTE-Advanced Downlink Carrier Aggregation 5CCs 4x4 MIMO tests in three units
- Supports VoLTE voice/video echoback tests
- Supports up to 6 GHz
- 160 MHz wide frequency bandwidth (Generator/Analyzer)
- Next generation GUI with large touch panel
- Backwards compatibility with the MT8820 series
Technical Specifications
| Type | Radio Communication Analyzer |
|---|---|
| Category | mobile-wireless-communications |
| VoLTE Support | Voice and video echoback tests |
| Frequency Range | Up to 6 GHz |
| Bandwidth | 160 MHz wide frequency bandwidth (Generator/Analyzer) |
| User Interface | Next generation GUI with large touchscreen panel |
| Compatibility | Backwards compatible with MT8820 series |
| Application | R&D and RF testing of mobile devices including smartphones, tablets, and IoT modules |
| Multi-Unit Synergy | Supports advanced MIMO and carrier aggregation via multi-unit interlocking |