Webcasts by Intrinsyc Experts

You are invited to watch instructive webcasts by Intrinsyc experts discussing key development issues.

Intrinsyc engineering teams are driven to deliver innovate results for your quality device project. Find out why device makers, silicon vendors and operators worldwide count on our experts for innovative solutions that accelerate time to market and lower development costs.

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Current Webcasts

Advanced Techniques for Optimizing Windows Embedded Power Management

Embedded devices consume more and more power as they become functionally more complex. Improving the efficiency of power management on embedded devices is a requirement for both product designers and manufacturers. This tutorial provides detailed insight into the design and structure of Windows Embedded power management. The critical Windows Embedded API are and advanced techniques for optimizing Days-of-Use and Standby Time are presented.

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7 Steps to a Successful Converged Device

Mobile device connectivity faces many challenges that can inflate your development costs, delay your time to market and risk your project’s viability in the marketplace. This webcast explores the future drivers, value chain and business models to consider when adding connectivity to mobile devices. Connected device applications and platform requirements will be reviewed and discussed. This webcast touches on the following 7 steps:

  • Step 1: Choose the Right Application Processor Core
  • Step 2: Design the Right Hardware Platform
  • Step 3: Choose the Right OS
  • Step 4: Create a Robust Software Platform
  • Step 5: Optimize the Power Consumption
  • Step 6: Add Telephony to Your Device
  • Step 7: Ride the UI Trends

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Telephony: Modem Control Techniques in Smartphone Operating Systems

Every high-level operating system (OS) used for the development of smartphones must solve the same challenges of modem control. The common problem is how to handle hardware abstraction for phone applications while dealing with radio fidelities and assuring adequate data throughput.

In this webcast, we will compare how modem control is accomplished in three OS environments: Windows Mobile, Windows Embedded CE, and Google Android. We will then delve into common problems that affect the design, implementation and integration of this subsystem. Topics include application suites, data throughput requirements, control mechanisms, and interprocessor bus issues.

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Telephony: Modem Control in Windows Embedded CE

In this webcast Francesc Guell will discuss the quickest path to adding connectivity to a Windows Embedded CE-based device. Francesc will focus on how to abstract modem hardware for phone applications in the Windows Embedded CE operating system and will examine the common obstacles that impede the design of the modem control subsystems such as maintaining radio fidelity and assuring adequate data throughput. The key technologies to be covered include the radio interface layer, cellular telephony, modem abstraction layer, GSM, GCF/PTCRB, and IOT.

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Windows Embedded CE Power Management (in Chinese)

Embedded devices consume more and more power as they become functionally more complex. It has been a requirement for both embedded device designers and manufacturers to improve the efficiency of power management on these devices.

This tutorial provides an introduction to the design and structure of Windows Embedded CE power management. Critical Windows Embedded CE APIs are outlined and the difference between Windows Mobile and Windows Embedded CE power management is compared.

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