LaCie invites International Broadcasting Convention (IBC) attendees to visit the LaCie booth (D82b, Hall 8) and learn more about its latest products. The company is thrilled to demonstrate for the first time at IBC, its Thunderbolt™ Series product range. The Little Big Disk Thunderbolt Series is the first portable storage device to support Thunderbolt technology, Intel's® latest high-speed 10Gb/s interface. This exciting new product can deliver astonishing transfer rates exceeding 800MB/s in a daisy chain configuration.

LaCie will also showcase its portfolio of high-speed Rack, Network and Desktop storage solutions - ideal for media and entertainment professionals. Conference attendees will have the opportunity to see first hand how the LaCie 12big Rack Fibre 8 takes video editing to the stereoscopic 4K level.

WHEN: September 9-13, 2011

WHERE: RAI Exhibition and Congress Centre, D82b Hall 8

CONTACT: To set up a meeting, please email Clement Barberis at cbarberis@lacie.com.

ABOUT IBC

The IBC Conference, held September 9 – 13, 2011 in Amsterdam, is the leading global tradeshow for professionals engaged in the creation, management and delivery of broadcasting media and entertainment. The event's unparalleled exhibition and agenda setting conference encompass the very latest developments in broadcasting, mobile TV, IPTV, digital signage and R&D making it essential for everyone's understanding of the industry and its future. Complete details are available at http://www.ibc.org.

About LaCie

With operations in the Americas, Europe and Asia, LaCie is the leading manufacturer of storage devices for PC, Apple, and Linux. LaCie has differentiated itself through sleek design and remarkable technical performance. Find out more about our products at www.lacie.com.

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Contact LaCie

Press Inquiries: Kimberly Myers, 503-844-4578, kmyers@lacie.com
Sales Inquiries: Direct Sales, 503-844-4500 option 2, sales@lacie.com
Reseller Sales, 503-844-4500 option 3, sales@lacie.com

1TB = 1,000,000,000,000 bytes. Total accessible capacity varies depending upon operating environment (typically 5–10% less).