XDJ-1000Discontinued
XDCAM Juke Professional Disc Library
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Overview
Affordable and Compact Professional Disc Automatic Library System
The XDJ-1000 Professional Disc Library, XDCAM Juke, enhances the XDCAM file-base operations such as ingest, distribution and archive by media. The XDJ-1000 holds multiple XDCAM disc drives, automated robotic and library control software in a compact chassis. Furthermore, by combining the network and metadata capabilities of the XDCAM system with automated robotic features, the XDJ-1000 increases the efficiency of workflows in these applications by reducing the amount of manual labour required. By integrating the XDJ-1000 XDCAM Juke into the production environment, the same Professional Disc media can be used throughout the entire production process, from acquisition to archiving, resulting in flexible and truly efficient operations.
Features
Supports up to 30 Professional Discs
A maximum total of 30 128GB Discs (3.8 TB) with RFID* can be inserted into the system. The system can contain up to two removable bins of 15 XDCAM Discs (mixed types) offering a total of 120 Hours HD 4:2:2 @ 50Mbps of memory readily available and accessible. Standard configuration includes one drive, disc bin and power supply.
* RFID specification only provisional.
All XDCAM Professional Discs / Format / Modes are supported
XDJ-1000 is a XDCAM Professional Disc library that supports all models of XDCAM Professional Disc including the new Quad Layer QL128GB.
All-in-One System
The XDJ-1000 is an all-in-one product with BIN units, Professional Disc drives, Robotics, Library control software and optional redundant power supply included.
File-based content management using metadata and proxy
Equipped with web application software for simple ingest/archive operations, which can be controlled from a web browser. Ideal for multi-disc ingest and near-line archive applications. XDCAM Professional Discs can be labelled with an RFID device that will allow materials to be tagged electronically and linked to a database for easy future retrieval.