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Keysight E7515A UXM Wireless Test Set

Manufacturer part number: E7515A
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Ensure LTE/LTE-Advanced Pro devices can achieve and sustain maximum data rates up to 1 Gbps DL, 100 Mbps UL

  • Evaluate true CA performance with stable, bidirectional data throughput for up to 5CC1 downlink and 2CC uplink, including support for FDD-TDD mixed CA, LTE-U/LAA and CSAT, and 256 QAM downlink
  • Realistically test data performance and reduce bench-top complexity with built-in applications server, integrated independent fading for each carrier, and DL MIMO up to 8x4
  • Find throughput faults sooner with unique receiver-test capabilities such as flexible yet easy-to-configure channel allocation and closed-loop testing

Go deeper in functional test by emulating a wide range of complex network operations

  • Check LTE intra-RAT and LTE inter-RAT mobility with W-CDMA, TD-SCDMA or GSM using two independent cells (built-in), or connect to another UXM or Keysight 8960 to verify multi-cell wireless handover scenarios
  • Evaluate end-to-end IMS/VoLTE, WLAN calling/offload, (F)eICIC and TM9 with flexible network settings in a simple desktop setup
  • Ensure your Internet of Things devices meet requirements for stability, power consumption, and interoperability: the UXM supports Cat 1, NB-IoT and CAT-M1 with connected and IDLE mode eDRX for comprehensive battery drain testing
  • Quickly check LTE protocol messaging with the UXM's internal logger or thoroughly analyze time-aligned multi-format messaging with Wireshark-based logging software

Achieve greater confidence in RF performance

  • Check transmitter compliance and troubleshoot problems with industry-proven X-Series measurement applications
  • Reduce test time with two-phone or dual SIM dual active (DSDA) parallel RF test for 2G/3G/4G in a single test set
  • Characterize receiver design performance under realistic fading and MIMO scenarios in one simple interface, and simplify your MIMO OTA antenna performance verification with support of all standard test methods
  • Easily modify parameters without dropping the connection and watch for changes in RF performance
Description

Ensure LTE/LTE-Advanced Pro devices can achieve and sustain maximum data rates up to 1 Gbps DL, 100 Mbps UL

  • Evaluate true CA performance with stable, bidirectional data throughput for up to 5CC1 downlink and 2CC uplink, including support for FDD-TDD mixed CA, LTE-U/LAA and CSAT, and 256 QAM downlink
  • Realistically test data performance and reduce bench-top complexity with built-in applications server, integrated independent fading for each carrier, and DL MIMO up to 8x4
  • Find throughput faults sooner with unique receiver-test capabilities such as flexible yet easy-to-configure channel allocation and closed-loop testing

Go deeper in functional test by emulating a wide range of complex network operations

  • Check LTE intra-RAT and LTE inter-RAT mobility with W-CDMA, TD-SCDMA or GSM using two independent cells (built-in), or connect to another UXM or Keysight 8960 to verify multi-cell wireless handover scenarios
  • Evaluate end-to-end IMS/VoLTE, WLAN calling/offload, (F)eICIC and TM9 with flexible network settings in a simple desktop setup
  • Ensure your Internet of Things devices meet requirements for stability, power consumption, and interoperability: the UXM supports Cat 1, NB-IoT and CAT-M1 with connected and IDLE mode eDRX for comprehensive battery drain testing
  • Quickly check LTE protocol messaging with the UXM's internal logger or thoroughly analyze time-aligned multi-format messaging with Wireshark-based logging software

Achieve greater confidence in RF performance

  • Check transmitter compliance and troubleshoot problems with industry-proven X-Series measurement applications
  • Reduce test time with two-phone or dual SIM dual active (DSDA) parallel RF test for 2G/3G/4G in a single test set
  • Characterize receiver design performance under realistic fading and MIMO scenarios in one simple interface, and simplify your MIMO OTA antenna performance verification with support of all standard test methods
  • Easily modify parameters without dropping the connection and watch for changes in RF performance