VideoLibrary

RadioVerse AD9361: Low Power Highly Integrated RF Transceiver

The AD9361 is a highly versatile low power transceiver from the RadioVerse family of transceivers. The versatility and low power, coupled with the RadioVerse design environment greatly reduces radio complexity, SWAP and development time.

7/7/2016 4:41:23 PM

RadioVerse AD9361 Low Power Highly Integrated RF Transceiver

圖片製造商零件編號說明現有數量價格查看詳情
IC RF TXRX CELLULAR 144CSPBGAAD9361BBCZIC RF TXRX CELLULAR 144CSPBGA203 - 即時供貨$2,916.68查看詳情
IC RF TXRX CELLULAR 144CSPBGAAD9361BBCZ-REELIC RF TXRX CELLULAR 144CSPBGA823 - 即時供貨$2,916.68查看詳情
BOARD TRANSCEIVER FOR FMCAD-FMCOMMS2-EBZBOARD TRANSCEIVER FOR FMC17 - 即時供貨$8,276.21查看詳情
EVAL BOARD SOFTWARE DEFINE RADIOAD-FMCOMMS3-EBZEVAL BOARD SOFTWARE DEFINE RADIO28 - 即時供貨$8,621.04查看詳情
EVAL BOARD SOFTWARE DEFINE RADIOAD-FMCOMMS5-EBZEVAL BOARD SOFTWARE DEFINE RADIO25 - 即時供貨$11,891.12查看詳情

Related Videos

A Long-Range HD Video Transmission Solution with AD9361
A Long-Range HD Video Transmission Solution with AD9361

發佈日期：2018-07-11

GNU Radio Conference 2016 - Radio Architecture Design Challenges
GNU Radio Conference 2016 - Radio Architecture Design Challenges

發佈日期：2017-10-26

24GHz Multi-channel Radar and Sensor Solution
24GHz Multi-channel Radar and Sensor Solution

發佈日期：2016-07-07

Related Product Highlight

FPGA 解決方案 ADI 與 Xilinx 攜手合作，努力讓自家產品能更輕易地連至 FPGA 及微處理器，以簡化可編程式系統設計。
AD9361 / AD9364 / AD9371 / AD9680 收發器和 ADC ADI 的 SDR 解決方案結合無線射頻 (RF) 對基頻收發器 PHY 和數位處理器，為現在及未來提供無線電平台。
AD9361/3/4 Wideband Transceivers with ADC and DACs Analog Devices offers its AD9361/3/4 wideband RF Agile Transceivers™ packaged in a 10 mm x 10 mm, 144-ball chip scale package ball grid array (CSP_BGA).

Related Articles and Blogs

Dedicated ICs Ease Wireless Power Control Challenge Dig into wireless charging systems, identify the key design challenges, and see how the latest integrated wireless power transmitter and receiver ICs can help.
How to Add Lighting to the “Internet of Things” The next big leap in lighting technology will be adding it to the “Internet of Things” – devices that can operate autonomously and, in the case of lighting, be controlled remotely by humans using smart phones, tablet computers, and PCs.