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Fuji Film 1GB XD Card XD-1G
xD Picture Cards™ Features * Available in sizes: 1Gb, 2Gb * Ultra compact size. * Fast Read/Write speed. * Includes Panorama Maker® 4 software Overview xD-Picture Cards Type M and Type H enable high storage capacities to be achieved at lower cost per megabyte. Using new, compressed methods of digital data storage, higher capacities are achievable with minimal impact on read and write times. Types M and H use different methods of digital encoding, however, their identical operating specifications...
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Fuji Film 1GB XD Card XD-1G
xD Picture Cards™ Features * Available in sizes: 1Gb, 2Gb * Ultra compact size. * Fast Read/Write speed. * Includes Panorama Maker® 4 software Overview xD-Picture Cards Type M and Type H enable high storage capacities to be achieved at lower cost per megabyte. Using new, compressed methods of digital data storage, higher capacities are achievable with minimal impact on read and write times. Types M and H use different methods of digital encoding, however, their identical operating specifications...
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Fuji Film 1GB XD Card
Capacity: 1GB Ultra-Compact and Lightweight Rigid Memory Card Construction for Exceptional Durability For All Digital Cameras Compatible With xD-Picture cards
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Approved Stores
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Fuji Film 1GB XD Card XD-1G
xD Picture Cards™ Features * Available in sizes: 1Gb, 2Gb * Ultra compact size. * Fast Read/Write speed. * Includes Panorama Maker® 4 software Overview xD-Picture Cards Type M and Type H enable high storage capacities to be achieved at lower cost per megabyte. Using new, compressed methods of digital data storage, higher capacities are achievable with minimal impact on read and write times. Types M and H use different methods of digital encoding, however, their identical operating specifications...
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Fuji Film 1GB XD Card XD-1G
xD Picture Cards™ Features * Available in sizes: 1Gb, 2Gb * Ultra compact size. * Fast Read/Write speed. * Includes Panorama Maker® 4 software Overview xD-Picture Cards Type M and Type H enable high storage capacities to be achieved at lower cost per megabyte. Using new, compressed methods of digital data storage, higher capacities are achievable with minimal impact on read and write times. Types M and H use different methods of digital encoding, however, their identical operating specifications...
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