Friday, 12 September 2014

VlSI Training Institutes in Hyderabad





            Now days everybody wants to hold the technology in the hands with a size of the palm this evolution is possible only with VLSI technology, day by day devices are getting more compact and more operations are done on single devices these devices are made up of INTEGRATED CIRCUITS. Silicon material is used to manufacture these integrated circuits. In this world where ever we see we can find integrated circuits. Nobody can stop this fast growing technology of integrated circuits called as VLSI TECHNOLOGY. 

            Every person should know what is VLSI TECHNOLOGY and how these integrated circuits are made, and we need to think why only silicon is used for making integrated circuits?, how it is possible to integrated billions of transistors on a small single silicon slice... like this a lot of un imaginable question will raise when u start looking for learning VLSI TECHNOLOGY.

            Whatever you learn about VLSI in academics is not sufficient to understand the VLSI TECHNOLOGY related to the industries. To get a clear picture of VLSI you need to get training in VLSI by some professional developers, As we know Hyderabad is one of the land of Knowledge and opportunities especially VLSI. Hyderabad has so many training organizations for VLSI. VLSI training in Hyderabad has a greater impact on lot of industries as well as best career growth who chose to get training in VLSI TECHNOLOGY in Hyderabad  


Embedded Systems Training Institute in Hyderabad


An embedded system can be defined as a computer system designed to perform specific functions. Embedded systems are very specific, and built to handle a particular task. The processing cores like micro controllers are crucial for the working of any Embedded System.

Nano Scientific Research Centre offers 4 months course as well as advance course on Embedded Systems to B.Tech and M.Tech students. 

Embedded System training includes,

·        RTOS
·        Embedded Linux Kernel
·        Device Drivers
·        Boot Loader
·        Firmware Design
·        Micro controller like 8051, ARM7, ARM9
·        Interfacing the devices with micro controllers
·        UART
·        I2C, SPI protocols

This course provides industry oriented training and real time exposure to the students. This course sensitizes the student about the issues involved in designing and developing an embedded system with a given requirement specifications. So our course equips you with the advanced knowledge and skills to work in all aspects of this area.

After completion of the course students will get
·        The knowledge of how Embedded Systems are evaluated, developed, implemented and integrated with other systems.
·        The writing programs for the embedded systems in Embedded C language.
·        How to interface the devices to the micro controllers.
·        Hands on experience on different live projects on Embedded Systems.


Friday, 5 September 2014

Linux Device Drivers Training Institute in Hyderabad - Nanocdac.com


NanoCdac Providing linux administration training in Hyderabad. Training includes Linux Internals and Device Drivers,Real -Time Operating System (RTLinux) Programming,Linux System programming,Linux Device Drivers Programming.Our aim is to quality training to the students and professionals Call Us-040 -23754144,+91- 9640648777

Thursday, 4 September 2014

Matlab course training in Hyderabad - Nanocdac.com

Searching for the best DSP MATLAB training institutes in Hyderabad-NanoCdac is Leading MATLAB training Institute in Hyderabad and Nagpur. Register now for new batches Call Us-040 -23754144,+91- 9640648777

Wednesday, 3 September 2014

Embedded Systems Training Institute in Hyderabad - nanocdac.com

We are the Best Embedded Systems Training Institute in Hyderabad, Want to learn Advanced Courses like Vector Embedded Systems, DSP and VLSI Embedded Systems. Register now for new batches Call Us-040 -23754144,+91- 9640648777

Tuesday, 2 September 2014

Tuesday, 26 August 2014

ARM7 processor family (embedded processor family) - Nanocdac



The ARM7 processor family has been introduced in 1994, and has helped establish ARM as the architecture of choice in the digital world. Over the years, more than 10 billion ARM7 processor family-based devices have powered a wide variety of cost and power-sensitive applications.

While the ARM7 processor family continues to be used today for simple 32-bit devices, newer embedded designs are increasingly making use of latest ARM processors such as the Cortex™-M0 and Cortex-M3 processors, both of which offer significant technical enhancements over the ARM7 family.
Design migration from the ARM7
The ARM7 family is the world's most widely used 32-bit embedded processor family, with more than 170 silicon licensees and over 10 Billion units shipped since its introduction in 1994.
While the ARM7 processor family continues to be used today for simple 32-bit devices, newer digital designs are increasingly making use of the newer, more powerful and feature-rich ARM processors which offer significant technical enhancements over the ARM7 family.
System designers wishing to upgrade from ARM7 benefit from a robust ARM processor roadmap providing multiple upgrade options, including the latest Cortex processors.
In most cases migration is straightforward, and brings significant benefits in PPA, features and efficiency.


The table below presents the most common upward migration paths for adapting current ARM7 based designs for the next generation.
Current processor
Upgrade driver
Alternative ARM processors
Benefits of upgrading
ARM7TDMI-S
Application upgrade
ARM926EJ-S, ARM968E-S, Cortex-A Series
  • Higher performance
  • More features
Cortex-R Series
  • Better determinism for real-time processing
  • Higher performance
  • More features
Socket upgrade
Cortex-M0
  • 1/3rd the silicon area
  • 3x power savings
  • Flexible, powerful and fully deterministic interrupt handling
  • Higher code density
  • Simplified software development
Cortex-M3
  • Higher performance
  • Superior efficiency and flexibility
  • Flexible, powerful and fully deterministic interrupt handling
  • Low power modes
  • Higher code density
  • Simplified software development
ARM7EJ-S
Application upgrade
ARM926EJ-S
  • Higher performance
  • More features