The next process node is coming faster and faster with every passing press release. This week we’re taking a closer look at the brand new 14nm test chip rolled out by Cadence, ARM, and IBM, and we’re looking into the new nanotube memory technology being developed by IMEC and Nantero. Speaking of breaking new ground, my guest this week is Brad Quinton (Tektronix) and we’re going to chat about the most recent developments in FPGA prototyping, what Brad sees as the biggest problems for FPGA prototyping today, and why embedded instrumentation can be more effective than physical instruments.

Also this week, I dig into Amelia’s Mailbag and give everyone the chance to win an LX9 Spartan-6 MicroBoard courtesy of Xilinx.

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Fish Fry Links – November 2, 2012

Cadence Announces Tapeout of 14nm Test-Chip With ARM Processor and IBM FinFET Process Technology

Imec and Nantero Launch Joint Carbon Nanotube Memory Program for High-Density Next-Generation Memory Below 20nm

Tektronix Revolutionizes ASIC Prototyping with New Software-Based Debug Solution

Feature Article by Kevin Morris: Tektronix Shakes Up Prototyping – Embedded Instrumentation Boosts Boards to Emulator Status

More Information about the Spartan-6 LX9 MicroBoard

Instagram Photo of Amelia with this week’s Nerdy Giveaway

Better PPA with Innovus Mixed Placer Technology – Gigaplace XL

Sponsored by Cadence Design Systems

With the increase of on-chip storage elements, it has become extremely time consuming to come up with an optimized floorplan with manual methods. Innovus Implementation’s advanced multi-objective placement technology, GigaPlace XL, provides automation to optimize at scale, concurrent placement of macros, and standard cells for multiple objectives like timing, wirelength, congestion, and power. This technology provides an innovative way to address design productivity along with design quality improvements reducing weeks of manual floorplan time down to a few hours.

Click here for more information about Innovus Implementation System

An engineer’s guide to autonomous and collaborative industrial robots

DC-DC for Gate Drive Power

Sponsored by Mouser Electronics and Murata

In motor control and industrial applications, semiconductor switches such as IGBTs and MOSFETS of all types - including newer wide-bandgap devices are used extensively to switch power to a load. This makes DC to DC conversion for gate drivers a challenge. In this episode of Chalk Talk, Amelia Dalton chats with John Barnes of Murata about DC to DC conversion for gate drivers for industrial and motor control applications.

More information about Murata Power Solutions MGJ DC/DC Converters:

14 Nanometers and Counting

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