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AT4 wireless and octoScope responding to Wi-Fi and LTE-U coexistence challenges

| 14th April, 2016 | AT4 wireless (now a DEKRA company) and octoScope are collaborating for the development of advanced performance solutions aiming at the uprising technical challenges behind Wi-Fi and LTE-U coexistence.

The AT4 wireless Performance Testing Platform has now the ability to control the octoScope programmable attenuator and turn table for covering a wide variety of performance tests such as LTE-U and Wi-Fi Coexistence and Throughput versus Attenuation versus Rotation.

The integration of the octoBox modules in the AT4 wireless Testing Platform provides many functional and usability features. We can highlight:

• Single Graphical User Interface for scripts definition and KPI reporting

• QoS and QoE KPIs in RF repeatable environment

• Automated test suite for Below Energy Detect Wi-Fi and LTE-U coexistence measurements

 

AT4 wireless Performance Testing Platform Highlights

  • Graphical User Interface

  • Packet Level KPI Resolution

  • QoS KPIs: Throughput, One-way Delay, One-way Jitter, and One-way Packet Loss

  • QoE KPIs: YouTube, Spotify, Web Browsing, File Transfer, Facebook

  • Highly configurable traffic generator: Constant Bit Rate, Ramps, Loops and Bursts.

  • Pass/Fail criteria per data flow based on KPI average and percentile

  • Power supply control for device rebooting between test cycles

  • Real WLAN Access Points control for roaming scenarios

octoScope stack Highlights

  • Stand-alone compact industry-standard benchmark

  • Wi-Fi (802.11a/b/g/p/n/ac), cellular (GSM, UMTS, LTE, LTE-Advanced), Bluetooth, ZigBee, etc.

  • Excellent MIMO-OTA environment optimized for very high throughput

  • Multipath emulation of IEEE standard 802.11 indoor environment

  • Supports up to 8x8 MIMO of any channel width in the 700 MHz to 6 GHz frequency range

  • Adds realistic multi-channel interference using the iGen™ interference generator module

  • Can be left running for days for extensive averaging or fine resolution of attenuation and rotation steps or multiple interference scenarios

 

Press Contact
 Belén García
+34 95 261 93 09

 

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Thursday, April 27, 2017
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