Power-Video transceiver with RJ45 jack

March 2006
Security: Solutions for Enterprise Security Leaders;Mar2006, Vol. 43 Issue 3, p94
Trade Publication
The article features the single-channel Power-Video transceiver with RJ45 jack. It has a built-in surge protection and complete crosstalk immunity, male BNC video and 18 AWG power connections. The device is also used for organized cable management to IDF closet and control room.


Related Articles

  • Blazing-Fast Transceivers Swap Fiber For Copper In Short-Range Apps. Frenzel, Louis E. // Electronic Design;10/28/2004, Vol. 52 Issue 24, p28 

    The article presents information on new physical layer transceivers from Analogix Semiconductor Inc., which can be used to implement traditional standards-based links or proprietary links. The transceivers address the gnarly problems associated with trying to transmit high-speed binary data on a...

  • New optical packaging required for 10-Gbit/sec transceiver components. Wiseman, Gary H.; Verdiell, Jean-Marc // Lightwave;Oct2002, Vol. 19 Issue 10, p45 

    Reports on developments related to optical packaging required for 10-Gbit per second transceiver components for the U.S. telecommunication industry as of October 2002. Convergence of industry standards at the 10-Gbit per second rate; Use of vertical-cavity surface-emitting lasres in...

  • Never Enough? Kridel, Tim // Wireless Review;08/15/99, Vol. 16 Issue 16, p35 

    Focuses on the capacity problems among telecommunication companies in the United States. Switch statistics that are important to monitor; Shortage of Base Transceiver Station (BTS) transceivers; Solutions. INSET: Tripling Up in Canada.

  • AT&T lowers power on transceivers.  // America's Network;12/1/94, Vol. 98 Issue 23, p30 

    Emphasizes telecommunications equipment vendors' reduction of power requirements in network equipment.

  • Single-chip 1.9 GHz transceiver.  // R&D Magazine;Sep97, Vol. 39 Issue 10, p59 

    States that the 1.9 GHz single chip intermediate frequency (IF) transceiver also known as the LSI-M64820FP for portable phones was the first to be developed in Japan in 1997. Reference to the implementation of conventional transceivers; Indepth look at this single-chip IF transceiver.

  • 10-Gbit/sec XFP modules reach for longer distances. Hardy, Stephen // Lightwave;May2003, Vol. 20 Issue 5, p1 

    Reports on the use of 10Gbit/sec XPF transceivers in several telecommunications devices. Combination of small size, low power and a serial 10Gbit/sec interface with line-card electronics; Use of laser technology among 300-pin transponders; Impact of the electronic dispersion compensation...

  • XFP progress casts doubts on the future of other modules. Hardy, Stephen // Lightwave;Jun2003, Vol. 20 Issue 6, p1 

    Assesses the impact of advances in XFP transceiver technology on other telecommunication modules in the market. Plans of vendors regarding similar technologies; Opportunities for 10-Gbit/sec devices.

  • PREMIERE. Chay, Fiona // Telecom Asia;Aug2001, Vol. 12 Issue 8, p40 

    Presents several telecommunication products available in the market. Development of fiberoptic transceivers from Agilent Technologies; Features of an upgraded media converter and repeater from RAD Data Communications; Capabilities of VoiceStation conference phone system from Polycom.

  • Repeater Reliability. Bigrigg, Douglas // Mobile Radio Technology;Oct98, Vol. 16 Issue 10, p28 

    Highlights the advances in radio repeater technology. Efforts to boost communication efficiency and reliability; Reduction of adverse effects of noise and interference; Factors driving repeater innovations; Transmitter frequency stability; Reduction of noise and interference; Design of...


Read the Article


Sorry, but this item is not currently available from your library.

Try another library?
Sign out of this library

Other Topics