波音游戏-波音娱乐城赌球打不开

Compact Radio Frequency device enhances a new generation of wireless communication

Regina Lau

 

A team of CityU researchers, in collaboration with Freescale, a major US semiconductor manufacturer, has developed a device that aims at popularizing the use of an emerging global wireless communications standard—ZigBee.

 

The device, an IC-chip module that incorporates a compact antenna-RF (Radio Frequency) circuitry system, marks a successful collaboration between CityU and the wireless communications industry, highlighting CityU’s expertise in antenna and RF circuitry.

 

ZigBee, ideal for middle-distance data transmission, is well suited for sensing and control applications in lighting, air-conditioning and security systems. It works well in the home and for industry automation. When compared with another global standard, Bluetooth, currently popular for hand-free communication over a short distance such as through mobile phone headsets, ZigBee creates an environment for data to be transmitted over a longer distance. It also uses less energy and is more durable. 

 

CityU wireless communications experts in charge of the project are Professor C H Chan, Dean of the Faculty of Science and Engineering; Professor K M Luk, Head of the Department of Electronic Engineering (EE); Dr Xue Quan, EE Associate Professor; and Mr Wong Hang, an engineer in CityU’s Wireless Communications Research Centre

 

“The most challenging aspect of the project is producing a compact module—15 mm x 30 mm—with a powerful performance, i.e. transmission over 70 metres,” Professor Chan said. “CityU’s unique strengths in antenna and RF circuitry have combined to make this happen.”

 

Before this solution offered by CityU, chip modules of that size could only transmit data up to 30 metres.

 

To date, CityU is the first partner in the Asia Pacific region to have offered a successful solution to Freescale. The less-than-thumb-size device is the most compact among Freescale chip modules that have the capability to transmit data within 70 metres. “The smaller the size of the module, the more widely applicable it will be in the control application of electronic appliances,” Professor Luk said.

 

The compact module is on display today at the ZigBee Open House exhibition staged at Langham Plaza Hotel in Mongkok. The exhibition is organized by the ZigBee Alliance, an association of companies promoting ZigBee. Freescale is among its member companies showcasing its ZigBee products at the exhibition.

 


 

YOU MAY BE INTERESTED

Contact Information

Communications and Institutional Research Office

Back to top
百家乐官网信息| 百家乐网址皇冠现金网| 百家乐官网游戏辅助| 百家乐改单| bet365网址yalanad| 百家乐视频游戏中心| 百家乐官网永利娱乐场| 百家乐官网试玩账户| 明升娱乐| 沈阳棋牌网| 大发888免费软件下载| 大发888方管下载| 百家乐破战| 电脑赌百家乐可靠吗| 伟易博娱乐城| 棋牌游戏大厅下载| 大庆冠通棋牌世界| 大发888娱乐城备用网址| 日博bet365| 六合彩 开奖| 皇冠投注| 丰禾国际娱乐| 易胜博百家乐官网输| 百家乐官网下注平台| 百家乐官网赢的技巧| 百家乐官网娱乐城彩金| 足球博彩网| 真人百家乐官网口诀| 定制百家乐官网桌垫| 卓资县| 百家乐官网视频游戏网站| 百家乐官网三号的赢法| 牡丹江市| 大世界百家乐官网娱乐平台| 洛南县| 百家乐官网策略| 澳门百家乐官网家用保险柜 | 百家乐官网代理博彩正网| 蓝盾百家乐官网代理| 百家乐起步多少| 全讯网新|