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Panacea™ Frame and Modules - Biznine.com

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Preliminary—Contents are proprietary <strong>and</strong> confidential. Do not photocopy or distribute.<br />

Chapter 1: Introduction<br />

The 3 Gb/HS/S/R serial digital video routing switcher can ac<strong>com</strong>modate an<br />

external sync input on the rear panel so that synchronous switching can be<br />

achieved. The sync signal can be NTSC or PAL.<br />

The 3 Gb/HS/S/R can be monitored <strong>and</strong> controlled locally or remotely.<br />

• It can be controlled locally via the front panel control option.<br />

• It can be controlled remotely via serial, Harris X-Y coax control, or<br />

Ethernet.<br />

The 3 Gb/HS/S/R is capable of operating on a range of all SMPTE-defined<br />

st<strong>and</strong>ard <strong>and</strong> high definition data rates. See Table 1-9 on page 33 for a list of<br />

data rates for 3 Gb/HS/S/R serial digital video routing switchers<br />

The 3 Gb/HS/S/R is offered in a one-rack unit (1RU) <strong>and</strong> a two-rack unit (2RU)<br />

frame. (For those applications that require larger matrices, consider using the<br />

Integrator Series routing switcher system.) The supported matrix sizes are listed<br />

in Table 1-7 on page 28 <strong>and</strong> Table 1-6 on page 27.<br />

Multiple copies of the output(s) are available on some matrix options. For<br />

example, in a 1RU, you can select a 16×4 to operate as a normal 16×4, as a<br />

16×2 with dual outputs, or as a 16×1 with quad outputs. Similarly, in the 2RU<br />

frame, you can select a 32×4 to operate as a normal 32×4, as a 32×2 with dual<br />

outputs, or as a 32×1 with quad outputs.<br />

Submatrices, Separate Mode, <strong>and</strong> Married Mode<br />

Main Features<br />

You can partition 3 Gb/HS/S/Rs into smaller submatrices. For example, you can<br />

partition a 32×4 into two 16×2s, four 8×1s, dual 32×2s, or quad 32×1s. When<br />

you partition a routing matrix, you can also select the submatrices to function as<br />

separate or married units.<br />

• When you set the submatrices to perform in separate mode, the individual<br />

submatrices are operated <strong>and</strong> controlled as smaller, separate routers.<br />

• When you set the submatrices to perform in married mode, the individual<br />

submatrices operate in unison. This means when an input or output is<br />

selected on any one of the submatrices, the corresponding input or output is<br />

selected on all submatrices. This mode of operation can be very convenient<br />

when routing <strong>com</strong>ponent video, for example. It is also possible to mix <strong>and</strong><br />

match signal formats. This way, a video matrix <strong>and</strong> an audio matrix can be<br />

housed in the same frame. Multiformat configurations can only be achieved<br />

in a 2RU frame. When configured as a multiformat product the maximum<br />

matrix size for each format is 32×4.<br />

• High quality multirate <strong>and</strong> st<strong>and</strong>ard definition serial digital video routing<br />

with enhanced control <strong>and</strong> monitoring capabilities<br />

• Reclocking available as an option<br />

• Multi-format matrix configurations<br />

• Supported signal types (270 Mb/s to 2.97 Gb/s):<br />

• SMPTE 259M - 143, 177, 270, <strong>and</strong> 360 Mb/s<br />

Panacea Series <strong>Frame</strong> <strong>and</strong> <strong>Modules</strong> Installation, Configuration, <strong>and</strong> Operation Manual 25

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