Open-Silicon provides leading edge semiconductor solutions to get customer’s products to market. These solutions include traditional ASIC design, derivative and platform SoCs, hardware and software design services, and production handoffs where Open-Silicon provides manufacturing operations.
In addition to a broad menu of in-house engineering capabilities, Open-Silicon also utilizes the best-in-class engineering capabilities of partners like Synopsys, Cadence, S3, TSMC, ASE, and Wipro.
By combining the specific expertise necessary for each design with the most appropriate open-market technologies, and managing the process through a single point of organization and ownership, Open-Silicon has raised collaborative engineering to a new level.Since its founding in 2003, the company has focused on raising the bar on SoC execution, measuring the quality of engineering work and the ability to hit customer schedules and reporting that to the board of directors at every board meeting.
Also, the company has invested in technology, from the 2007 acquisition of Zenasis Technology, a leader in the processor performance space, to the 2009 acquisition of Silicon Logic Engineering, a leader in networking and computer system architecture, to the in-house developments of scan shift frequency scaling (TestMAX) and back biasing (VariMAX).
KRS Murthy from I Cubed World talking about ARM technology in this interview. KRS Murthy talks about high potentials of ARM technology and other objects and features that can be added to make a perfect combination for usage in the market as desktop, server and mobile technology industry. What's coming in the future, what will get huge and what is going to fail?
Dr. Murthy is a serial entrepreneur, serial C level executive, inventive scientist, innovative engineer, leader in professional societies and public speaker. His passion encompasses singing, composing, acting, directing, costumes design, theatre make up, stage craft and design, background music, sound effects, lighting and colored powder painting.
Adaptmicrosys hardware and software technology aims at boosting up the CPU performance and reducing power usage to get performance enhancement and power efficiency with this processing solution that keeps low cost in mind.
Adaptmicrosys has been developing innovative language-adaptive technologies for emerging computing/electronics/communication systems which require extreme sensitivity in energy consumption, performance, price, resource utilization (cache memory/channel bandwidth), security, and short time-to-market.
In particular, the Adaptmicrosys technologies aim toward energy/performance/price sensitive language-adaptive computing systems for processing behavior of instructions in lieu of executing an instruction after another.
This segmented execution is achieved by post-manufacturing instruction synthesis and customization including instruction packing and inline expansion for low-power and high-performance portable systems.
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Leonid Knyshov lives in the Silicon Valley, working on making some of his Start-up ideas and showing them around at conferences. Here's how he shows his latest startup at the ARM Techcon, it's demonstrated on an iPad Mini hanging around his head. After this video, I asked Leonid to help me by doing a few interviews from his technical point of view.
Collabora's mission is to accelerate the adoption of open source technologies, methodologies and philosophy. It does this by providing consultancy to companies who are deploying open source technologies in their products, by providing its own open source based products and through knowledge sharing activities such as training. Collabora's initial focus was instant messaging (IM), Voice over IP (VoIP) and videoconferencing technologies, but the company has since expanded its offering to include general multimedia, mobile web technologies, collaboration infrastructure, automotive infotainment platforms, graphics optimization, multimedia interoperability & productivity software. Collabora's customers include many large IT corporations such as Nokia, Samsung, Intel, Texas Instruments and Google.
ARM works with the ecosystem to support the game developers to take optimally advantage of the ARM Mali Graphics, GPU Compute. ARM is to be in the core of the future of Gaming. Already dominating in Smartphones and Tablets, most Smart TVs and Set-top-boxes also use ARM, most of them are becoming Home Consoles now also, quickly closing the gap with home consoles (from Nintendo/Sony/Microsoft). In the very near future, we will probably see most high-end video games running on ARM Powered devices. Here showing the Unity Engine running at 1080p smoothly at full framerates on Exynos5420 with ARM Mali-T628 with OpenGL ES 3.0. Working closely with developers, working closely with Google collaborating on the tools for development of advanced video games. Supporting the most advanced video-games on the latest Android.
Showing off the latest Applied Micro 64bit X-Gene ARM Server Development Board (which Rob Savoye of Linaro eagerly wants to start playing with), Dell's 64bit ARM Server solution running Fedora 19, working on a proof of concept for early 2014 for Dell's key cloud server customers (Google? Amazon?) before going into mass production (Dell already did some 32bit ARM Server tests in Europe with some customers), some things like Oracle JDK still has to fully come over (needs some tuning) to the platform. This is just me walking kind of randomly around some of the ARM Server demo area at the ARM Techcon. Then checking out the HP ARM Server booth, showing off some of the latest HP Moonshot ARM Server solutions also talked about in HP's Keynote at ARM Techcon, watch the official video of that keynote or my version (sitting on the front row).
James Bruce talks newly announced ARM Mali-T720 for Entry-level and new ARM Mali-T760 for High-end devices. ARM Mali-T720 brings GPU Compute OpenGL ES 3.0 to the entry level smartphone in the next 18-24 months. AmLogic now ships Mali-T450 in their new M802 chip. James Bruce talks further of what ARM can do for the user experience, talks designing benchmarks to measure the performance of the user experience vs certain benchmarks measuring things that aren't relevant to the user experience. The ARM Architecture ecosystem is amazing, for example, in Q2 2013, there were more ARM Cortex-A5 devices shipped than all x86 PC/Laptops combined in that quarter.
Carbon Design Systems is a seller of virtual prototypes for ARM Processor makers in partnership with ARM to enable architectural analysis and pre-silicon firmware development. Carbon Design Systems has been around for 12 - 13 years. Carbon Design Systems employs around 40 people. Virtual prototyping is the process of creating a computer designed prototype before a physical prototype is created. Carbon Design Systems helps ARM processor manufacturers by doing virtual prototyping for them. Carbon Design Systems provides its design systems for major companies such as Samsung.