The rapid spread of Cloud Computing Services is driving massive traffic increases at data centers. Consequently, standards for new high-speed interfaces, such as 400GbE and 56G-CEI are under investigation to increase speeds between servers and network devices. This poster introduces the draft standards and technologies now being discussed by IEEE802.3bs and OIF.

400G Posters Registration Form

Many Anritsu handheld instruments, including the MS2720T Spectrum Master, the MS271xE Spectrum Master, and S3x2E Site Master, may now be controlled from any web-enabled device, including laptops, tablets, and smart phones. Windows, Android, iOS, and Linux operating systems all are supported, as long as the computing device has a current version of either Chrome or Firefox. An optional Ethernet port is required.

Web Remote Tools for Anritsu Handheld Instruments

This Understanding Guide will review the technology and society trends that are driving the future of mobile broadband networks, and derive from here a set of future requirements. We will then look at the key technical challenges and requirements, and some of the research subjects that are addressing these. Examples of this include Cloud- RAN, massive MIMO, mmW access, and new air interface waveforms optimized for HetNet and super-dense networks.

5G Guide Registration Form

Anritsu 安立知提供 Automotive A1尺寸全彩海報，為汽車電子工程師提供需要的所有參考資料。

Automotive Poster Registration Form

Learn how to easily and accurately measure end-to-end loss and reflection on embedded coaxial transmission systems using a swept frequency range, where each end of the system is separated by long physical distances.Properly measuring end-to-end loss in coaxial and waveguide systems can present significant challenges once those systems are permanently installed (embedded) and their physical ends are located at far distances away from each other. Learn how the Microwave Site Master S820E is capable of performing all the required reflection measurements including DTF to overcome these challenges.

Coaxial Transmission Registration Form

Just complete the form to get complimentary access to Anritsu's new white paper. Learn why NLTL is a better solution for all vector network analysis (VNA) applications and how Anritsu’s VNA portfolio delivers NLTL across the board.

VNAportfolio Registration Form

Anritsu 安立知支援 Atheros Radio Test (ART2) 2.x 及 4.x 版測試 Qualcomm Atheros 的最新晶片組，包括具有 802.11ac 功能的設備。如欲索取用於 ART2 的 Anritsu DLL，或實機展示需求，請與安立知業務部聯絡。

Driver

Anritsu 推出的 SmartStudio 智慧型手機基地台模擬器軟體，內建 IMS Server 功能，可輕鬆整合 LTE 網路語音電話 (VoLTE) 及 IMS Server 測試；而其易於使用的 GUI 設計，不必建立複雜的 Multi-RAT 及點對點測試案例，即可簡單的對參數進行設定。SmartStudio 設定功能與程序的簡化，使得智慧型手機的測試效率達到全新境界 — 在提升品質的同時，降低所需的成本。

Smartphone Registration Form

立即索取 Understanding Carrier Aggregation 指南，擴展 LTE-Advanced 測試領域 此72頁指南是您了解LTE-Advanced先進長程演進技術不可或缺的參考指南Understanding Carrier Aggregation針對載波聚合技術以及工程師與網路營運商在測試上可能遇到的問題，提出全面性的綜述。內容包含以下主題

Carrier Guide Registration Form

為改善產能及檢驗效率，對 VCSEL、DFB-LD 和矽光 (Silicon Photonics) 等多種光學裝置的特性進行光纖鏡評估時，除了需要縮短評估時間，還必須提高測量的穩定度等。 MS9740A 光譜分析儀擁有極高的基礎效能規格和多模光纖輸入選項，有助提高 850-nm頻帶以上主動式光學纜線的研發及生產線效率。

MS9740a

支援LTE-Advanced基地台測試所需的聚波載合技術及多重標準無線通訊 MG3710A為一款效能頂級的高功能向量信號產生器，具備優異的RF射頻與基頻信號性能。MG3710A最多可安裝2個RF射頻訊號輸出連接器，每個連接器並分別內建兩組波形記憶體，以合併輸出2組調變訊號，亦即，只需MG3710A單一機台即可提供最多4組調變訊號輸出。

MG3710A Registration Form

跟上LTE產業脈動，60頁LTE Guide - Understanding LTE.專為想要進一步了解LTE的工程師必備之參考指南 此LTE Guide - "Understanding LTE"專門針對工程師與網路業者，提供包含LTE技術與測試問題的全面概述。

LTE Guide Registration Form

隨著中國電信系統業者開始佈建4G TD-LTE (LTE TDD) 服務，未來的智慧型手機將必須能同時支援TD-LTE及現有TD-SCDMA (3G)、GSM (2G) 三種系統。 Anritsu 安立知MD8475A訊令測試儀即為一款基地台模擬器，可以透過無線方式 (Over-the-Air) 進行智慧型手機產品所需的各項測試，如2-cell Testing、處理能力測試 (Throughput Test)、電池管理 (Battery Management) 等。只需要一台精巧的MD8475A訊令測試儀即可針對支援TD-LTE、TD-SCDMA、GSM這3種連線方式的智慧型手機進行測試，有助於提升新款智慧型手機的產品開發品質、降低成本，並縮短產品上市所需的時間

MD8475A

Anritsu之 MS2830A信號分析儀完全聚焦於測試TPMS發射信號所需的效能與功能，為上述需求提供了完美的低成本解決方案。Anritsu以其深獲肯定的通訊測量技術支援TPMS發射器測試，以期協助TPMS發展成為確保車輛安全及穩定性的關鍵裝置。

TPMS Registration Form

Anritsu 以其深獲肯定的通訊測量技術發展TPMS功能，更能確保行車安全及穩定性。胎壓監控系統 (TPMS) 可監控汽車輪胎的壓力與溫度。TPMS在歐盟及韓國等立法強制使用後，預期將能被更廣泛的應用，因此，TPMS發射器廠商迫切需要提升檢驗效率及檢驗設備之成本效能，以增加TPMS發射器的量產效率。

Solution Registration Form