The deadline for the 2014 QPrize, run by Qualcomm Ventures, the investment arm of San Diego based Qualcomm Inc, is approaching.
QPrize is open to all start-ups and entrepreneurs who have raised less than US$2 million in financing and have innovative wireless or technology based products or services that can positively impact the wireless ecosystem.
One winner will be selected from each of our seven regions: Europe, China, India, Israel, Korea, Latin America and North America. The winners will be awarded a US$100K prize in the form of a convertible note. In addition, all regional winners will be invited to San Francisco to participate in our Grand Finals event for an additional $150K in prize funding. The Grand Final will be held at Bloomberg’s Next Big Thing Event at the spectacular Cavallo Point on June 9-10, 2014.
Electronics distributors have a problem. Battling with direct competitors for number one spot in Google entails giving Google everything it needs to keep potential customers away from them. Think it can’t happen with the electronics industry? Think again. Giant companies have a habit of diversifying, and trying to tap into the riches of unrelated industries. Amazon have already encroached into the industrial engineering markets with Amazon MRO.
Search for a Cortex M3 and Google provides a list of brand options, prices, and sellers. On its shopping tab, Google presents search results using the same model as used for AdWords, merchandisers have to pay to play.Based on this scenario, Google has the ability to help the users choose between chips provided by various manufacturers, then provide the user with purchasing options.
See the whole article at Is Google a threat to electronic component distributors? at Bath-based technology PR firm Publitek.
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A Bristol startup has developed an entirely new way of building static memory on a standard logic process that cuts the power in half without paying a penalty in area or speed.
Silicon Basis is based at the EngineShed and is developing the tools to help chip designers add memory to their devices in a way that uses less power, reduces the number of extra chips they need and gives them flexibility to move to different process technologies.
“Fundamentally memory has some real problems everyone does it the same way,” said Mark de Souza, chief executive at Silicon Basis and formerly at memory IP supplier Virage Logic. “They all take the TSMC arrays and put them together.” These arrays are specifically designed on a particular process.
Silicon Basis sees two key advantages for its technology it can save up to 50% of the power consumption and it can go below the bit cell voltage of the foundry memories. This lower voltage allows the memories to be powered by the same voltage source as the logic and so eliminates the need for a second DC-DC converter which adds cost and complexity to a design.
This also makes the technology foundry independent and scalable to new technologies such as FinFet, says de Souza. The company has produced all the models needed and is now working on 28nm silicon to prove the implementation.”We use our own bit cell so we are not restricted to the foundry’s Vmin which is a huge advantage,” said de Souza. “Dropping the voltage makes a huge difference.”
All of this comes from a new way of looking at the design of the cell which is currently being patented. “No one has seen this way of designing SRAM before,” he said. “We are talking to the experts in memory design and no one has seen this way of putting memory together. Its all using standard rules and standard CMOS. Its an architectural difference that means we don’t need to use sense amps and because we are using logic rules we can go down to the logic voltage floor and possibly below that.”
“Our cell size is about the same as the high speed cell from the foundry,” said Rob Beat, founder and chief technology officer of Silicon Basis and designer of the new cell. “There’s a compromise on area in the array but because the periphery is more efficient we are competitive in area especially on the smaller RAMs.”
The architecture brings advantages with the compiler that are not to be underestimated, he says. “Our single port compiler also outputs a one port register file,” he said. “Because of the way the bit cell is designed we can use the same bit cell for dual port so the dual port compiler will do the dual port register file and asynchronous dual port memory.” This avoids the problems of having up to five different compilers for each process technology with a significant support burden
The technology has been developed for the TSMC 40nm node and outperforms the high speed bit cell, says de Souza. “This took us a little bit by surprise as we didnt design for speed,” he said. “We did a lot of work at 40nm but what we are seeing from customers is that 28nm HPM is going to be a major node and we think there will be more new designs starting on 28nm than on 40nm.”
The technology is also fully compatible with FinFet vertical structures being used in TSMCs 16nm process node. “Our technology will work very nicely with FinFet right out of the box,” he said.
The technology has previously been used by Beat to develop low power FPGA fabric but has attracted more interest for the SRAM compiler. “For me, Silicon Basis starts here,” said de Souza.