The EDA 360 was an industry vision. It reflected a change in market requirements. It was application driven system design. From a Cadence perspective, the company has done system design enablement, according to Nimish Modi, senior VP, marketing and business development, Cadence Design Systems Inc.
In Apple’s case, the iOS is unique. Cadence feels that the heart of the design is the SoC. The electrical analysis is becoming very important. For instance, how do you optimize before tape-out? Hardware and software conversion presents a huge problem as well. The IP plays an important part. Cadence did IP-as-a-service. It now has an IP strategy.
Today, EDA is about possibility, not productivity. Cadence provides tools and content for semiconductor and systems companies. It is now realizing the EDA 360 vision.
According to Modi, each IP is immensely complex. Standards based or interface IP is not enough! Silicon-proven design is the need of the hour. Now, more and more IP blocks are said to be coming together.
Cadence is offering the Palladium XP, and its primary use is for system verification. Software development is becoming a little bit difficult. People are providing software prototypes. The Palladium compile, turnaround and debug are very fast, best-in-class. All memory, clocking, partitioning, etc., is now automated.
The capacity of the Protium platform is 100 million gates. It will enable hardware and software developers. The use model for Protium is:
* Hardware folks use it for hardware regression.
* Software folks use it for early software development.
The main value proposition is the faster bring-up time. Also, the Palladium hybrid model helps customers overcome the boot problem. It is a hybrid of emulation and virtual prototyping. The dynamic power analysis is another issue. The Palladium hybrid model helps to do the testing.
Collaboration with ARM
ARM provides processor IPs. Cadence works closely with ARM. Cadence is also co-optimizing its tools to provide the best PPA. Physical libraries and tools get optimized. Cadence’s tools are optimized for ARM architecture. Cadence is also the first ones on the access to the V8 ARM models.
According to Allyson Klein, director, Leadership Marketing, Data Center Group, Intel Corp., the compute continuum has arrived. The connected world is becoming larger and more diverse. There will approximately be over 1 billion new users by 2015.
We are witnessing a sea of new devices, limited only by our creativity. There are estimated to be more than 15 billion devices connected by 2015. All of these devices are creating a renaissance of compute experience, that is pervasive and simple computing. These will once again change the ways we work and live.
And, a new frontier of insight, simplifying our lives and making our world more efficient. So, what about the cloud? Cloud will be the performance engine of the compute continuum.
There has been an introduction of a new economic model for computing: ~ 600 Apple iPhones will need a new server; and so would ~120 iPads. And, this is only said to be the beginning!
The data center processor growth has been >2X in 10 years. Data center acceleration is estimated to be >2X in the next five years. Cloud’s contribution to data center growth will be significant. In 2010, cloud was contributing 10 percent. This should double to 20 percent in 2015.
Intel’s strategy for creating the cloud includes:
IT & service providers – define and prioritize IT requirements.
Products & technologies – take advantage of new capabilities in Intel platforms.
Intel Cloud Builders – utilize proven reference solutions to ease your deployments.
The Open Data Center Alliance is a catalyst for change, given that open and interoperable solutions are essential. In October 2010, the Alliance established the first user-driven organization for cloud requirements. There were 70 IT leaders joined by technical advisor Intel. Five technical working groups were formed.
In June 2011, the Open Data Center Alliance released the first user-driven requirements for the cloud. It now has 4X members representing over $100 billion in annual IT spend. There have been new technical collaborations as well — four organizations and four initial solutions providers. The Alliance endorses immediate use to guide member planning and purchasing decisions.
The Belgium contingent was at full strength at the ISA Vision Summit 2011, with five key representatives. These included:
* Target Compiler Technology
* Televic Group.
The twin objective of this delegation is to stimulate innovation by enabling and supporting co-operation with Indian partners. Another objective is to promote the DSP Valley network and the region of Flanders/Belgium as having a unique experience in the domains of wireless communications, DSP and embedded system design.
More later! ;)
This was perhaps the best session of the day, but held at the end! More later! ;)
As usual, there was a session on solar energy, that focused on how 1 unit of energy saved is energy produced!
More later! ;)
According to Dr. Prem Kalra, director, IIT, Rajasthan, one should be able to solve problems on becoming educated. To make students job creators, you need to empower them!
More later! ;)
One wonders what S.D. Shibulal, COO and member of the board, Infosys Technologies, was doing as the speaker for Market and business dynamics in emerging markets. Nevertheless, he was the speaker after the inauguration of the ISA Vision Summit 2011.
More later ;)
“The electronics industry in India, touching $60 billion, has now thrown up a challenge,” said Dr. N. Seshagiri, former director-general, National Informatics Centre (NIC), chief guest at the 6th ISA Vision Summit, which kicked off today in Bangalore. “This decade can see many disruptions. One innovation likely to catch all of us unaware is nanotech!”
According to Dr. Seshagiri, nanotech devices have been valued at $1.6 trillion by 2013. Electronics, especially nano-electronics is yet another opportunity to energize the Indian economy in this and the next decade.”
He added that India isn’t lagging behind as about 30 Indian companies had exported goods worth a few billion dollars. Nanotech isn’t far away, as there can’t be a better enabler than microtech and nanotech. The entry cost to nanotech is relatively low. One can find companies from China and India emerging.
What should India do with electronics hardware and IT? We don’t expect the Indian software industry to be interested in nanotech. We need to start learning new electronics from now on.
More and more R&D should now come to India and China. Our patent laws are neither bad nor good. There is now a need to work out a win-win situation. To make that happen, the Indian government’s patent policies need to change.
Dr. Seshagiri added: “We must build awareness among the Indian ESDM companies and also within the government. The ISA would do well to bring the Indian government into its shelter.”
Dr, Ajay Kumar, joint secretary, Department of IT, Government of India, said that the ISA Vison Summit 2011 focuses on a very relevant theme. While India is fairly well known in software, it lacks in electronics system and manufacturing. As per the task force in 2009, demand for electronic systems is projected to grow from $45 billion to $400 billion. At the current rate, approxiately $104 million can be manufactured here and the rest has to be taken care of by imports. He added: “Electronic system design and manufacturing can propel the industry toward energy efficiency. The time has come to show India’s might.” Read more…