Latest In Depth Technology News

Keep it down

Concerns over power dissipation propagate beyond battery powered devices. By Arul Chinnappan.

A tangled web

A web of multi source agreements threaten to engulf 10Gbit transceiver modules. By John Walko.

Room to move

Pushing back the boundaries of low power design for mixed signal electronics. By Julian Hayes.

Powering down

Minimising power consumption has become a hot discussion topic. By Brent Rowe, Jeff Corbin and Ken Murphy.

Refresh your memory

With the increasing number of variants available, how do you select the right memory solution for your application? By Philip Ling.

Let’s get physical

As the communications industry – whether wired or wireless – strives towards ever higher data rates, the role of physical layer (PHY) devices is becoming increasingly important and, in some instances, contentious. It’s not surprising that the range of technologies, architectures and design options being offered is becoming increasingly complex. With Gigabit Ethernet and 10Gbit Ethernet gaining momentum, most competition will be played out in these sectors. PHYs basically provide access to the Media Access Control (MAC) layer through a management interface. If you consider high data rate optical links, such as Gigabit Ethernet, the PHY chip is really a mux/demux combination that acts as a liaison between optics and electronics, such as the framer.

In position

Joel Avey of Trimble explains how system integrators (with or without a background of gps experience) can determine which gps solution is appropriate for their applications.

Vicor's VIPAC arrays

A flexible system of dc input power building blocks from Vicor can be configured with up to four user definable outputs on a low profile, cold plate chassis.

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