TMCnet News

QuickLogic: Novel Low-Power Platform Solves The Performance And Power Challenges For Feature Innovation In Handsets; *new data transfer engine function supports progress in multi-media capability of portable products
[February 11, 2008]

QuickLogic: Novel Low-Power Platform Solves The Performance And Power Challenges For Feature Innovation In Handsets; *new data transfer engine function supports progress in multi-media capability of portable products


(M2 PressWIRE Via Thomson Dialog NewsEdge)
RDATE:11022008

Barcelona -- The versatility of QuickLogic's unique 'fabric and
functions' configurable companion device for handset applications is
being extended at Mobile World Congress. Among a number of new
configuration options on show for the first time is a data transfer
capability that allows PC-to-handset communication of large files such
as videos independently of the handset's host processor, with traffic
flowing directly between a handset's USB port and hard disk.

QuickLogic's ArcticLink device provides hard-wired cores, plus an array
of programmable fabric - with a large library of proven functions for
handheld products. The platform can act as a versatile companion device
for handset processors to enable product differentiation, and is
ideally suited to integrating most of the features on handset
development teams' wish lists for 2008-2009. For example, it can
autonomously perform high-level functions in the display and/or mass
storage interface paths, relieving the load on the host processor.

ArcticLink incorporates a large programmable fabric, plus hard-wired
cores including a USB 2.0 On-The-Go controller and PHY, and
configurable storage interface - the latter being able to serve as
controller for SD or MMC memory cards, managed-NAND memory, or various
flavours of interface to miniature hard disk drives.

The programmable fabric element has an exceptionally low power
consumption and can be used to implement an application processor
interface plus (typically) several additional functions such as DRM or
Bluetooth EDR-compliant UARTs. The latest option in this area is an
independent data transfer capability that is designed to provide fast
and power-efficient file transfer and/or synchronisation between PCs
and handsets controlled by utilities such as Microsoft's ActiveSync.

In such an application, ArcticLink could be configured to allow mass
data transfers of files such as videos or music tracks without running
traffic over the handset's host processor bus, transferring data
directly between the device's hard disk and USB interface. As well as
relieving the load on the host CPU, this will also typically speed such
operations: the architecture will easily handle data rates up to 33
Mbytes/second for instance - which is as fast as the maximum transfer
speeds of today's typical miniature hard disk drives.

"Differentiation in handsets today demands truly innovative design
around the core processor or ASSP silicon," says Owen Bateman of
QuickLogic. "ArcticLink introduces a novel option into this consumer
electronics area, providing a power-efficient blend of hard wired
functions and programmable fabric that can liberate developers, and can
be reconfigured to support long time-in-market for design concepts."

Extending time in market is a critical goal for many of today's
consumer electronics developers. ArcticLink is ideally suited to this.
It can be configured and programmed to implement different feature sets
on different models, such as a managed NAND function for an all-Flash
memory based product, or a hard disk variant. Detail changes can
equally be made throughout a product's life. For example, migration
from P-ATA to CE-ATA interfaces to hard disk drives is a common
requirement today. With an ArcticLink companion device, such upgrades
involve only a minor change to the device's configuration.

QuickLogic, 15 London Street, Chertsey KT16 8AP, UK.

CONTACT: QuickLogic
Tel: +44 (0)1932 579 011
e-mail: [email protected]
WWW: http://www.quicklogic.com

((M2 Communications Ltd disclaims all liability for information
provided within M2 PressWIRE. Data supplied by named party/parties.
Further information on M2 PressWIRE can be obtained at
http://www.presswire.net on the world wide web. Inquiries to
[email protected])).

Copyright ? 2008 M2 Communications Ltd.

[ Back To TMCnet.com's Homepage ]