Jungo's WinDriver™ Toolkit Speeds PCI and PCI-X Driver Development for the Altera© Cyclone™ II FPGA Family Jungo Software Technologies, Inc., and Altera Corporation (Nasdaq: ALTR) today announced that Jungo's WinDriver 7.00 device driver development toolkit supports Altera's PCI Development Kit, Cyclone™ II edition. This close, collaborative effort between the two companies enables designers to easily develop PCI and PCI-X drivers for Altera's Cyclone II FPGA family - the latest in the Cyclone series of industry-leading low-cost FPGAs.

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Upcoming USB/PCI Seminars in the US Jungo announces upcoming half-day seminars
during October on
USB/PCI device driver and firmware development

To preserve your seat & pre-register - click here.

New Online Demo - WinDriver USB Device Firmware Join us for this short online demo and see how easy it is to develop your USB device firmware using WinDriver.

WinDriver USB Device© facilitates and simplifies firmware development in C and Assembly designed to handle the USB protocol: interfaces, alternate settings and endpoints (Control, Bulk, Interrupt and Isochronous)

To view the demo - click here.

WinDriver PCI/ISA: Mapping Large Memory Ranges WinDriver enables you to map the physical memory on your card into both kernel- and user-mode virtual address space. However, when your card has a large memory address space, this mapping may fail if there is not enough kernel- or user-mode virtual memory to accommodate the mapping.

Beginning with version 7.00, WinDriver provides the option to map memory ranges on your card only to the user-mode virtual address space, without also mapping the memory to virtual kernel memory, thus increasing the chance that the mapping will succeed. This is done using the new WD_ITEM_DO_NOT_MAP_KERNEL flag.

For detailed information regarding this new option,
as well as other methods for enabling the mapping of large memory ranges - click here.

Wireless USB Technical White Papers These White Papers are distributed here to help others with Wireless USB development. There is no release process for these documents such as the USB spec itself uses, but they have been found to be useful documents to help clarify Wireless USB issues and address specific areas of design.

Papers include:

• Ultra-Wideband (UWB) Technology - Enabling high-speed wireless personal area networks
• Wireless USB - The First High-speed Personal Wireless Interconnect