![]() That's a game changer in how we deploy project management." "The result is that an executive who is working on next year's annual project budget isn't having their data shift on them as they type because data from an end user updated a task for this week. "What we've created with TimeControl Project is the ability to integrate or blend data when that's appropriate and disconnect it to make it independent when that is more effective," says Stephen Eyton-Jones, HMS Software's Director of Technical Services. Tactical Users can work in a more Project Management Agile mode using Board Views with cards that can move between columns. Executive Users at the Strategic Level can see things as a spreadsheet for example while project and resource managers at the Operational Level can view data more as a Barchart View with resource capacity information. TimeControl Project delivers tools to have data, analysis and displays, called "Views" tailored to multiple perspectives. The view of an executive at the Strategic Level isn't at all the view of a worker at the Tactical Level." "Over the years we've been in the industry, we have seen project management tools designed for the enterprise that started from the notion that all project management data and analysis in the organization are essentially one big set of projects and sub projects. "With TimeControl Project, we have taken a radical new approach to project management systems," explains Chris Vandersluis, President of HMS Software. TimeControl Project has views for the Strategic, Operational and Tactical project management perspectives (CNW Group/HMS Software) With the new advanced analog features like the 12-bit differential ADC, the AVR DA family of MCUs can measure small amplitude signals in noisy environments, making them well suited for sensor node applications in harsh environments.An Agile View from TimeControl Project. The configurable custom logic peripheral enables the setup of logical functions internally, eliminating the need for external components, reducing board space and bill of material costs. By reducing the time the CPU needs be active, the overall power consumption of the application is reduced. Events are latency free and never lost, providing enhanced real-time performance and predictability for reliable and safe designs. The integrated event system enables inter-peripheral communication without involving the CPU. In addition, the AVR DA family of MCUs brings additional value to embedded real-time control systems. The AVR DA family of MCUs is supporting up to 46 self-capacitance and 529 mutual capacitive touch channels and features the latest generation PTC with Driven Shield+ and boost mode technologies providing enhanced noise immunity, water tolerance, touch sensitivity and response time. The PTC enables capacitive touch interface designs supporting buttons, sliders, wheels, touchpads, smaller touch screens as well as gesture controls used in a wide range of consumer and industrial products and vehicles. Microchip’s new AVR DA family of MCUs enable CPU speeds of 24 MHz over the full supply voltage range, memory density of up to 128 KB flash, 16 KB SRAM and 512 bytes of EEPROM, 12-bit differential ADC, 10-bit DAC, analog comparators and zero cross detectors. By ensuring code integrity, unintended and potentially unsafe behavior of the application can be avoided. ![]() ![]() The cyclic redundancy check (CRC) scan ensures the application code in the flash memory is valid. The AVR DA MCU family includes several integrated safety functions to ensure robust operation – features ensuring a sufficient supply voltage such as power-on reset, brown-out detector and voltage-level monitor. Microchip’s Functional Safety Ready designation is applied to devices that incorporate the latest safety features and are supported by safety manuals, Failure Modes, Effects, and Diagnostic Analysis (FMEDA) reports, and in some cases, diagnostic software – reducing the time and cost of certifying safety end applications. "The technology spans applications from connected home security, building automation and sensor systems to automotive and industrial automation, enabling the designs of more robust, accurate and responsive applications." "With this AVR DA family of microcontrollers Microchip builds on our legacy of high performance and high code efficiency devices, now meeting new demand across multiple industries with advanced analog and core independent peripherals, and more capacitive touch channels over existing devices,” says Greg Robinson, associate vice president of marketing, 8-bit microcontroller business unit. ![]()
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