Product Description:
The UXM is a highly comprehensive signaling tester for functional and RF design validation of 4.5G and future communication technologies. It provides you with the comprehensive capabilities necessary to test new designs, not only for current LTE-Advanced Pro testing with data rates up to 1 Gbps, but also for more complex testing requirements in the future. When teams rely on you to determine whether a new chip or user device qualifies, you can rely on UXM to make clear judgments.
Ensure that LTE/LTE-Advanced Pro devices achieve and maintain maximum data rates of up to 1 Gbps on downlinks and up to 100 Mbps on upstream links
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By providing stable, bidirectional data throughput over up to 5CC downlinks and 2CC uplinks, as well as the ability to support PDD-TDD hybrid CA, LTE-U/LAA and CSAT, and 256QAM downlinks, the design's carrier aggregation (CA) performance in real-world scenarios can be evaluated
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Using a built-in application server, comprehensive independent fading for each carrier, and 8x4 DL MIMO, real data performance can be tested and the complexity of testing with benchtop instruments is reduced
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Find throughput issues faster with unique receiver test capabilities, such as flexible and easily configurable channel allocation and closed-loop testing
Through simulation of various complex network operation scenarios, more in-depth functional tests are carried out
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Use two (built-in) independent cells to detect mobility within and between LTE rats in W-CDMA, TD-SCDMA, or GSM, or verify multi-cell wireless handover scenarios by connecting to another UXM or 8960 Keysight
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Flexible network setup in a simple benchtop test system for more accurate evaluation of end-to-end IMS/VoLTE, WLAN call/offload, (F)eICIC and TM9
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Make sure your iot devices meet requirements for stability, power consumption, and interoperability: UXM supports Cat 1, narrowband iot, and CAT-M1, as well as connected and idle modes eDRX for complete battery power testing
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Use UXM's built-in logger to quickly detect LTE protocol messages, or use Wireshark logging software to fully analyze consistently timed multistandard messages
Test RF performance more reliably
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Test transmitter compliance and perform problem diagnosis with industry-proven X-Series measurement applications
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The use of a single tester for 2G/3G/4G dual-voice or dual-card dual-pass (DSDA) parallel RF testing significantly reduces test time
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Make it easier to characterize the performance of receiver designs in real fading and MIMO scenarios with a simple interface, and simplify your MIMO OTA antenna performance verification by supporting all standard test methods
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Easily modify parameters without dropping the line and see changes in RF performance