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Applied Technologies

Philips Applied Technologies is part of Royal Philips Electronics and supports its customers by applying technologies. We provide technology and the development of new products and applications in the areas of healthcare, lifestyle and technology.


Philips Applied Technologies


Organization


At Philips Applied Technologies, Bangalore, we offer complete electronics system design services to Philips business by utilizing rapid prototyping methodologies. We deliver cost effective working prototype samples of systems. We work off your high level specifications and do not necessarily require details specifications. Being part of corporate organization, we work with various PDs and hence re-apply knowledge over a wider base.

Philips Applied Technologies-Bangalore commenced operation in January 2001 as CFT-B and reports into Philips Applied Technologies- Eindhoven


Special Services


In addition to regular system design services, we offer certain specialized services based on our capability and experience.


Reference solutions:

We can build complete reference solution (HW & SW) in select application domains and deliver working samples


    We also customize existing reference solutions.
Industrialize research output: We can link with Research for select topics and industrialize the research outputs by meeting BoM, architectural and other requirements. We deliver a working prototype.
Digital Rights Management: We specialize in evaluating, proposing and integrating various authentication, encryption and copy control schemes into existing systems, whilst meeting the BoM requirements such as using spare cycles in your system.
QoS over wireless: We can troubleshoot bandwidth issues faced by your applications over wireless technologies.
ASIC prototyping on FPGAs: Using prefabricated expandable FPGA tile system, we can prototype your ASIC design (incrementally, during development). You then run a reduced risk in silicon failure thus increased NRE due to system functionality. ASIC prototypes perform close to real time and may also be used by development teams for software verification.

The costs are significantly less than million dollar emulation systems and perform much better than behavioral/simulation models.