This 1.9 release of NexEDA™ supports the newest SEMI standards demanded by manufacturers in the semiconductor, LED, solar, and MEMS industries.
The E109 standard is used by lithography, reticle inspection and bare reticle stocker equipment to define reticle and reticle pod transfers to and from the equipment as well as reticle movement within the equipment.
The E148 standard is used to synchronize equipment computer clocks within a factory where the equipment provides time-sensitive data that requires date and time accuracy across multiple factory components. The time resolution and time server source requirements will vary across equipment makers and factories, making it important for connectivity solutions to support customers integrating their preferred time server solution to meet their time synchronization needs.
The E157 standard reports process-related data during the execution of a recipe at a processing location, which provides important context data to support applications that optimize yields and improve overall factory performance.
The PV2 standard is based on E30 (GEM), providing a proven equipment automation standard refined for photovoltaic manufacturing.
NexEDA is continuing to stay current with development environments and has added Visual Studio® 2010 to its list of supported environments and sample solutions.
We resolved several customer-logged issues and requests for NexEDA. Please contact us for details.
NexEDA 1.9 is fully compatible with equipment control solutions developed with NexEDA 1.8.
This release of NexEDA™ is an upgrade release with a focus on expanding operating system support, reducing the time and effort required to build and deploy equipment models, improving installation and licensing, and enhancing the product based on customer requests and defect fixes.
NexEDA now supports Windows® 7 (32-bit and 64-bit) and Windows® Server 2008 (SP2 and R2), in addition to Windows XP SP3.
Creating reusable and extendable tool models for Interface A (EDA) capabilities has never been faster with enhancements that include:
• Provides Data on Demand by allowing simultaneous equipment connections by manufacturing applications • Model Builder’s new drag-and-drop user-interface which includes integrated online help. • Model creation wizards tailor tool models to deployment needs. • Integrated automation tools to build tool models directly by querying configuration from the equipment. • Importing capabilities that leverage your existing tool configurations in PEER Factory Acceptance Tester (PFAT™) and GWGEM®, creating your equipment model automatically. • Model Builder’s new override capability reduces model management and deployment effort. • Enhanced model validation eliminates encountering configuration errors at run time.
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