Broadcast operations are under growing pressure to increase workflow speed and more efficiently handle the increasing volume of content. That pressure translates into one important necessity — productivity. With NEXIO® Ingest Control Manager, (ICM) Harris delivers an ingest solution for NEXIO storage area networks that achieves broadcasters’ requirements for workflow speed, capacity and productivity.
Providing scheduled recording of line feeds and news services, ICM controls server channels, tape decks, routers and frame synchronizers. Device control is via Ethernet or RS-422. The application includes auto-increment of IDs, which is extremely useful in crash-record situations or when recording periodic events. Loop record, batch digitizing and sub-clipping provide additional operational benefits. ICM v2 adds support for multiple NEXIO server domains, including scheduled protection records on different domains. Fast Cue and Timecode Restripe functions add speed and flexibility to your operational workflow.
ICM consists of a hardware device controller and a software client application. The client can run on the device controller or on a networked PC. The system is highly versatile — it communicates as a device server via Ethernet to IP-ready hardware (such as NEXIO AMP® servers and Harris® X75™ or X85™ synchronizers), and via serial ports to other devices such as routers and VTRs. The following equipment can be controlled and monitored simultaneously from one ICM:
With the power of ICM, one operator can manage the ingest of multiple content feeds. Server-centric features include automated or manual recording, looping records, automatic switching, subclip creation, trims, audio input and output control, clip renaming and crash recording for fast-breaking news stories. The ability to simplify complex tasks, such as simultaneously controlling eight batch-digitizing sessions from tape, underscores the ICM solution’s power to efficiently streamline a broadcast station’s workflow.
EventBase Power
One of the major advantages of ICM is its ability to automate the ingest of content from many sources, without human intervention. Using NEXIO® EventBase™, automated events of varying requirements (and varying sets of hardware) can be scheduled with ease. EventBase features date-driven 24/7 scheduling, with up to 1,000 events per day locked to station time for efficient, unattended operation. Every automated event can control two server channels, two VTRs, four routers, one alarm, one GPI and two proc amps (synchronizers).
Additionally, audio input level controls and proc amp settings are stored within each event to ensure a quality recording every time.
Video Proc Amp Control
ICM ensures the quality of ingested content by taking full advantage of the powerful features of Harris synchronizers. In addition to automated control of up to 17 parameters, ICM provides full control of 16 X75 or X85 synchronizers. This means that virtu-ally every function that can be performed on the synchronizer’s front panel can also be performed from the ICM user interface — with an identical front-panel view for opera-tor familiarity. To guarantee repeatability, unlimited user settings can be saved.
Program Segmentation
Long server events, such as full-length programs, often need to be segmented into subclips, allowing each segment to stand alone. These subclips can then be used in the station run logs to simplify the insertion of commercials, or to simplify the editing process. ICM places powerful program segmentation tools at your command, including:
To facilitate multistation ingest requirements, time-zone segmenting is also offered. This powerful feature is designed for organizations with more than one server — either locally or in different facilities. A virtual subclip text file can be distributed to other locations, where it is then imported and used to create identical subclips on other servers. ICM also applies offsets as needed, when the servers reside in different time zones.
Specifications and designs are subject to change without notice.
| System Configuration | Intel® P4 3.4 GHz CPU
PCI-X platform Dual mirrored 2.5-in. boot drives 16 RS-422 serial ports (9-pin, D-sub, female via 2 breakout panels) Two 10/100/1000Base-T Ethernet ports 4 USB 2.0 ports (2 front, 2 rear) PS/2 keyboard and mouse Windows® XP Professional x64 Edition NEXIO Ingest Control Manager software application |
| Device Control | |
| NEXIO Server Channel Control | Up to 24 channels total in up to 4 domains |
| Serial Controlled Devices | Up to 16 devices, including VTRs and router controllers |
| Frame Synchronizers | Up to 16 devices, including the X75 or X85, controlled via Ethernet connection |
| Physical Characteristics | |
| 1RU (H x W x D) | 1.75 x 19 x 26.5 in. (4.4 x 48.3 x 67.3 cm) |
| Weight | 27 lbs (12.3 kg) |
| Power | |
| Power Supply | Dual hot-swappable, dual load-sharing |
| Voltage | AC 100 to 120, 200 to 240 V, auto-select |
| Frequency | 60/50 Hz, 8/5 A |
| Consumption | 400 W |
| NX1000ICM | Ingest Control Manager includes 1 device controller and 1-seat local client license |
| NXA1000ICM-CL | Client license for remote control of ICM server |
| NXEC400 | External controller |