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ZylTimer.NET 1.28 - Timer .NET Component - Zyl Soft

ZylTimer.NET 1.28 - Timer .NET Component - Zyl Soft
ZylTimer.NET 1.28 - Timer .NET Component - Zyl Soft


ZylTimer.NET is a high resolution .NET timer class / component which provides a higher precision than the standard .NET Timer component.
.NET Timer component which ships with the .NET framework uses the Windows Message Queue to generate the Tick event. Due to this approach it's impossible to get accurate timer intervals smaller than 15 milliseconds.
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ZylTimer.NET 1.27 .NET Component

ZylTimer.NET 1.27 .NET Component
ZylTimer.NET 1.27 .NET Component


ZylTimer.NET is a high resolution .NET timer class / component which provides a higher precision than the standard .NET Timer component.
.NET Timer component which ships with the .NET framework uses the Windows Message Queue to generate the Tick event. Due to this approach it's impossible to get accurate timer intervals smaller than 15 milliseconds.
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ZylTimer.NET 1.26 .NET Component

ZylTimer.NET 1.26 .NET Component
ZylTimer.NET 1.26 .NET Component


ZylTimer.NET is a high resolution .NET timer class / component which provides a higher precision than the standard .NET Timer component.
.NET Timer component which ships with the .NET framework uses the Windows Message Queue to generate the Tick event. Due to this approach it's impossible to get accurate timer intervals smaller than 15 milliseconds.
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ZylTimer 1.32 for Deplhi 10.3 Rio Patched DCU

ZylTimer 1.32 for Deplhi 10.3 Rio Patched DCU
ZylTimer 1.32 for Deplhi 10.3 Rio Patched DCU


ZylTimer is a high resolution, long-term Delphi & C++Builder timer component which provides a higher precision than the standard Delphi / C++ Builder TTimer component. TTimer component which ships with Delphi & C++Builder uses the Windows Message Queue to generate the OnTimer event. Due to this approach it's impossible to get accurate timer intervals smaller than 15 milliseconds. ZylTimer is a thread based timer and due to this architecture provides a higher precision (1-2 milliseconds), which is inevitable in time critical applications.
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