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  • Spirent and octoScope anounce a slution for prformance tsting of Wi-Fi and Wireless in a Repeatable RF Environment

     

    2016年2月22日 – Spirent今天宣布了一项提供完整Spirent Landslide Wi-Fi和octoScope系统的协议,该系统将在octoBox测试平台上为真正的接入点和真正的客户端设备提供支持。octoBox测试平台支持多种无线技术的共存,例如LTE和包括MU-MIMO 在内的802.11ac Wave-2,同时还提供一个可控的真实RF环境。octoBox测试平台可实现常用无线测试的自动化,例如吞吐量与距离,以及受控条件下完全隔离环境中漫游和共存,其中还包含干扰、路径丢失和多径等各类的常见真实损伤。

     

    Barcelona – February 22, 2016 – Spirent Communications, the leader in networks, network services and device testing, today announced an agreement to deliver a complete Spirent Landslide™ Wi-Fi and octoScope system supporting real access points and real client devices in the octoBox testbed.  The octoBox testbed supports coexistence of multiple wireless technologies such as LTE and 802.11ac Wave-2 including MU-MIMO while providing controllable a real-life RF environment.  The octoBox testbed automates common wireless tests such as throughput vs. range, roaming and coexistence in a completely isolated environment under controlled conditions with common real-life impairments such as interference, path loss and multipath.

     

    Landslide octoBox无线测试平台是一种强大的集成产物,它将世界上最尖端的协议层Wi-Fi和多用户设备流量生成器与完全隔离的真实RF环境结合在了一起。通过仿真接入侧数以千计的用户设备(UE)和接入点(AP),Landslide可为部署在运营商和企业环境中的Wi-Fi分流网关和控制器提供广泛的测试支持。在与octoBox? STACK无线测试平台集成后,Landslide octoBox解决方案将协议层与MIMO-OTA吞吐量测试结合在了一起。无线测试需要一个可重复的受控、自动化RF环境,以及能够挑战并分析复杂无线自适应算法的各种测试平台组件。

     

    The Landslide™ octoBox wireless testbed is a powerful integration of the world’s most sophisticated protocol level Wi-Fi and multi-UE traffic generator with a completely isolated and real-life RF environment.  By emulating thousands of UEs (User Equipment) and APs (Access Points) on the access side, Landslide provides extensive support for testing Wi-Fi offload gateways and controllers deployed in carrier and enterprise environments.  Integrated with the octoBox® STACK wireless testbed, the Landslide octoBox solution combines protocol layer with MIMO-OTA throughput testing. Wireless testing requires a controlled, automated, and repeatable RF environment and testbed building blocks that can challenge and analyze the complex wireless adaptation algorithms.

     

    octoScope无回声舱是所有RF测试的基本组成部分,并且是OTA或传导测试设置中的推荐组件,是确保可靠和连贯结果的有力保障。Landslide的目标是执行无线局域网控制层和扩展能力测试,以及运营商Wi-Fi应用中的移动性和交接场景。

      

    The octoScope anechoic chambers are an essential part of all RF testing and recommended for any OTA or conducted test setup to ensure reliable and consistent results.  Landslide is aimed at WLAN control plane and scalability testing, mobility and handoff scenarios in carrier Wi-Fi applications.

     

    Frost & Sullivan 测量及仪器业务部通信测试及测量项目经理Olga Yashkova指出:“集成后的Landslide octoBox无线测试平台可提供独特且强大的仿真流量组合,在性能、行为和共存测试中实现真实无线设备与负载测试的有效结合。”

      

    "An integrated Landslide octoBox wireless testbed offers a unique and powerful combination of emulated traffic for load testing combined with real wireless devices for performance, behavior and coexistence testing,” said Olga Yashkova, Program Manager - Communications Test & Measurement Practice, Measurement & Instrumentation, Frost & Sullivan

     

    思博伦octoScope伙伴关系简化了M2M、物联网、共享频谱和车对车等新市场领域的测试。所有这些技术都面临着干扰、拥塞、信号强度,以及数据容量需求日益高涨和用户对质量的期望不断提高的挑战。

     

    The Spirent octoScope partnership facilitates testing for new market areas including M2M, IoT, Shared Spectrum and vehicle to vehicle.  All of these technologies have challenges of interference, congestion, signal strength, and the ever-present demand of increased data volumes and high expectation of user quality.