Today, over 2 billion wired devices use USB for connectivity, making it the most popular technology to link PCs, digital cameras, printers, and consumer electronic devices. Combine this proven USB technology with WiMedia’s Ultra-Wideband (UWB) Common Radio Platform, and you have a new dimension of convenience and performance with Wireless USB.
New technologies are notoriously difficult to bring to market unless you have a large team to study, architect, implement, and deploy them. It’s often a risky discovery process, fraught with making decisions under the pressure of bringing a complex product to market in a short time.
The MCCI Wireless USB DataPump™ lets you take advantage of MCCI’s investment in Wireless USB standards, technology, architecture, and software to bring WUSB products to market. The result: a product that not only meets the specifications of the USB-Implementer’s Forum, but also meets high standards for a simple and reliable end user experience.
Reducing RiskDelivering leading edge products can be risky. To be a leader means taking chances. MCCI strives to reduce this risk through continual interoperability testing with not only reference products, but a broad selection of market-available products as well as new ones as they appear
Increasing DifferentiationMCCI’s standard product enables you to customize the user experience to your business requirements. The software architecture is flexible enough to work in multiple product configurations. Product manufacturers need to differentiate for multiple product segments with little effort, including support for many embedded USB device classes.
MCCI’s Wireless USB SolutionHardware and operating system independent, the MCCI architecture offers you the possibility to deploy Wireless USB across platforms from differing silicon vendors. The modular architecture will allow a trouble-free upgrade to wireless host support.
Because the wireless solution is based on the proven MCCI USB DataPump®, the same device protocols from the wired product are supported in the wireless product:
Mass StorageSimultaneous wired and wireless connectivity is supported, giving end users maximum flexibility and convenience. Also supported are cable and numeric association models as well as multiple configurations within a single product. To ensure maximum performance, data transfers are zero-copy. Connection to the Wireless USB controller can be done via via SDIO, PIO, or wired USB.
Media Transfer Protocol
PictBridge
CDC WMC ACM/Obex/Device Management
CDC Ethernet
MCPC Modem/AT Command
Still Image
Human Interface Device (HID)
Audio
Device Firmware Upgrade (DFU)

Critical to the success in deploying new technologies is a close working relationship between customer and vendor. MCCI support teams are located in Korea, Japan, Taiwan, Europe, India, and North America to help customer development teams work through the intricacies of creating leading edge products.
MCCI’s engineers possess extensive knowledge of embedded systems and can provide insight into deep system issues to maximize data throughput or minimize power consumption, for example. This knowledge extends beyond the software domain down to the silicon level.
WUSB Validation Tools and Compatibility TestingThe MCCI wireless simulation and development test tools bring the full capability of wired MCCI verification technology to WUSB, including PC-based MTP and PictBridge simulation.
MCCI performs multi-vendor WUSB hardware and host stack compatibility testing on Windows XP and Vista. This verifies the wired MCCI USB composite device and composite PC host and class drivers in HWA/DWA and HWA/WHCI configurations. MCCI native composite USB devices are similarly tested.
Looking AheadToday’s MCCI solution complies with Wireless USB specification revision 1.0 which was ratified in 2005 and was later updated. As new specification revisions are released, MCCI will provide product updates which may be added in a risk-free manner, due to the modular architecture. Release 1.1 of Wireless USB will add Near Field Communication as an association model, improve power efficiency, and add support for UWB upper bands at frequencies of 6GHz and above.