TOPAZ 9904-UDX-4K
12G/6G/3G/HD/SD UHD Up/Down/Cross Converter/Frame Sync/Embed/De-Embed Audio Processor with Advanced HDR Conversion and Dante Option
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Product Categories
ConvertersopenGear® Format Converters12G Format Converters
12G / 4K-UHD12G Signal Processors
Keying / BrandingKeying/Branding Available as Option
Frame SynchronizersopenGear® Frame Synchronizers
Fiber Optic TransportFiber EO/OE/EOOE Converters with Signal Processing
Embedders / De-EmbeddersAES Embedders/De-Embedders
Bypass / Failover SwitchesopenGear® Bypass / Failover Switches12G Bypass / Failover Switches
Audio ProcessorsopenGear® Advanced Audio Processors12G Audio Processors
openGear® CardsBypass / Failover SwitchesColor CorrectionConversionEmbedders and De-EmbeddersFiber Optic TransportFrame SynchronizersKeying and BrandingMetadata ManagementUncompressed Content Over IP
ST 2110 / IPMXST 2110 / IPMX Processing
Next generation, advanced scaler/frame synchronizer featuring a 12G-SDI bridge to Dante® Audio.

The award-winning Cobalt® TOPAZ 9904-UDX-4K 12G/6G/3G/HD/SD UHD Up/Down/Cross Converter/Frame Sync/Embed/De-Embed Audio Processor is Cobalt’s next generation of advanced scaler/frame synchronizers for the openGear® platform.

The TOPAZ 9904-UDX-4K upconverts 12G/6G/3G/HD/SD to either UHD1 3840×2160 Square DIvision Multiplex (SDM) or Two-Sample Interleave (2SI) quad 3G-SDI based formats, or can output ST 2082 12G-SDI for single-wire 4K transport. With both 12G-SDI and quad 3G-SDI inputs, the TOPAZ 9904-UDX-4K can downconvert 12G and quad UHD. The TOPAZ 9904-UDX-4K provides an HDMI 2.0 output for economical 4K video monitoring. The TOPAZ 9904-UDX-4K offers numerous options, including SDR-to-HDR conversion and color correction.

The TOPAZ 9904-UDX-4K-DSP model provides the same functionality as the TOPAZ 9904-UDX-4K model, and additionally also offers a DSP-based platform that supports multiple audio DSP options, including Dolby® Real-Time Loudness Leveling automatic loudness processing, Dolby® E/D/D+ encode/decode, and Linear Acoustic® UPMAX™ automatic upmixing. Embedded audio and metadata are properly delayed and re-embedded to match any video processing delay, with full adjustment available for audio/video offset.

The high-density openGear® design allows for up to five TOPAZ 9904-UDX-4K cards to be installed in one 2RU openGear® frame. Card control/monitoring is available via DashBoard user interface or Cobalt’s RESTful-based Reflex protocol.

TOPAZ 9904-UDX-4K

Key Features

High-density openGear® comprehensive UHD UDX solution

Supports all popular formats: 480i, 576i, 720p, 1080i, 1080PsF, 1080p, 2160p. Can support/accept 3G Level A or Level B-DL input with output as Level A or B-DL (via UI control) and also support RGB 4:4:4 / YCbCr 4:4:4.

Full up/down conversion between HD/3G, ST 2082 12G-SDI single-wire, and SDM/2SI quad 3G-SDI based formats, with ST 2082 12G-SDI single-wire and quad 3G UHD available at both input and output

Supports Square Division Multiplex (SDM) and Two-Sample Interleave (2SI) quad UHD formats

12G-SDI and quad 3G frame sync and user delay

Supports Cobalt’s Reflex (JSON) Protocols

Full embedded audio processing with user delay offset and AES I/O

Noise Reduction and Detail Enhancement provide image quality optimization

Remote control/monitoring via Dashboard™ software, OGCP-9000 remote control panels, or Cobalt’s RESTful-based Reflex protocol

Hot-swappable

Many options available including DANTE

Five year warranty

Specifications

Note: All specifications are preliminary and subject to change.

12G/6G/3G/HD/SD-SDI Input/Outputs
(6) 75Ω inputs (max)
(8) 75Ω outputs (max)
SDI Formats Supported: SMPTE ST2082-1,10, 424M, 292M, SMPTE 259M-C. All inputs/outputs 12G compliant and SDQS/2SI quad 3G compliant.
Return Loss:
> 15 dB up to 1.485 GHz
> 10 dB up to 3 GHz
> 7 dB up to 6 GHz
> 5 dB up to 12 GHz
Input Cable Length:
45m Belden 1694A cable at 11.88 Gbps
120m Belden 1694A cable at 2.97 Gbps
240m Belden 1694A cable at 1.485 Gbps
400m Belden 1694A cable at 270 Mbps
Output Signal Level: 800 mV ±10%
DC Offset: 0 V ± 50 mV
Rise and Fall Time @ 11.88 Gbps: < 45 ps
Alignment Jitter (12G/3G/HD/SD): < 0.3/0.3/0.2/0.2 UI

Frame Sync Audio/VIdeo Delay
Max offset: 20 frames
Latency (min): 1 frame

User Audio Delay Offset from Video
Bulk delay control: -33 msec to +3000 msec.
Per-channel delay controls: -800 msec to +800 msec

AES Audio Inputs/Outputs
(8) 75Ω coaxial ports (max); port direction assignable as inputs or outputs in groups of 4 ports.
Note: Hardware rev –E and later has 8 AES ports; earlier versions have 4 port max.

MADI Audio Inputs/Outputs
(2) 75Ω coaxial ports (max)
Note: Not all rear modules support full MADI I/O. MADI I/O is a function of Rear Module used
and is available only on card with on rev C (or later) hardware with firmware supporting MADI I/O.
See Rear Module illustrations for specific information.

HDMI Input (Option -H2S only)
HDMI 2.0 Input; mini connector

HDMI Output
HDMI 2.0 Output; type A standard connector

GPIO
6 GPI (max); 2 GPO (max)
Note: GPIO max capacity is a function of Rear Module used. See Rear Module Options tab for specific information.

Frame Reference Input
(2) reference from frame bus. SMPTE 170M/318M “Black Burst”, SMPTE 274M/296M “Tri-Level”

Frame Loading (Max. recommended number of 9904 cards supported per Frame Model)

  • OG3 Frame: (5) cards
  • HPF-9000 Frame: (5) cards
  • HPF-9500 Frame: (5) cards
  • oGx Frame: (7) cards
  • HPF-MAX Frame: (10) cards
    Note: Excluding the HPF-MAX, it is recommended to leave a 1RU gap above the frame and set frame Network Controller Card to run the frame cooling fans at full (max.) speed.
Diagrams
Rear I/O Modules
RM20-9904-A-HDBNC

RM20-9904-A-HDBNC

  • (6) SDI In
  • (8) SDI Out
  • (4) AES I/O (User Selectable)
  • MADI Compatible
  • GPIO/COMM
  • (1) HDMI In (option –H2S only)
    Note: This input resides on the card assembly and projects through a cutout on the rear module. The connectors are not part of the rear module assembly. (The connectors are shown here for reference.)
  • (1) HDMI Out
  • (1) 100/1000 BaseT Ethernet Port
    (All coaxial connectors HD-BNC)
    Note: This rear module replaces obsolete rear module RM20-9904-B-HDBNC below.
RM20-9904-B-HDBNC

RM20-9904-B-HDBNC

  • (6) SDI In
  • (8) SDI Out
  • (4) AES I/O (User Selectable)
  • MADI Compatible
  • GPIO/COMM
  • (1) HDMI In (option –H2S only)
    Note: This input resides on the card assembly and projects through a cutout on the rear module. The connectors are not part of the rear module assembly. (The connectors are shown here for reference.)
  • (1) HDMI Out
  • (1) 100/1000 BaseT Ethernet Port
    (All coaxial connectors HD-BNC)
    Note: This rear module is being replaced by rear module RM20-9904-A-HDBNC. RM-20-9904-A-HDBNC has identical connectivity and form function/size as obsoleted rear module RM20-9904-B-HDBNC.
RM20-9904-C-HDBNC

RM20-9904-C-HDBNC

  • (6) SDI In
  • (4) SDI Out
  • MADI Compatible
  • GPI/COMM
  • (1) HDMI Out
  • (2) SFP cage receptacles (valid with option -UDX-SFP or -UDX-SFP-MSA only)
  • (1) 100/1000 BaseT Ethernet Port
    (All coaxial connectors HD-BNC)
RM20-9904-D-HDBNC

RM20-9904-D-HDBNC

RM20-9904-E-HDBNC

RM20-9904-E-HDBNC

  • (6) SDI In
  • (9) SDI Out
  • (4) AES I/O (User Selectable)
  • (1) HDMI Out
  • MADI Compatible
  • GPI/COMM
  • (1) 100/1000 BaseT Ethernet Port
    Note: This rear module has been replaced by rear module RM20-9904-F-HDBNC (shown below).
RM20-9904-F-HDBNC

RM20-9904-F-HDBNC

  • (6) SDI In
  • (9) SDI Out
  • (8) AES I/O (User Selectable)
  • MADI Compatible
  • GPI/COMM
  • (1) 100/1000 BaseT Ethernet Port
    (All coaxial connectors HD-BNC)
    Note: (8) AES ports supported on card hardware rev -E and later. Earlier card versions support (4) AES ports (max).
RM20-9904-G-HDBNC

RM20-9904-G-HDBNC

  • (4) SDI In
  • (4) SDI Out
  • (3) AES I/O (User Selectable)
  • MADI Compatible
  • GPIO/COMM
    (All coaxial connectors HD-BNC)
    Note: Mates to card in odd slot.
RM20-9904-H-HDBNC

RM20-9904-H-HDBNC

  • (5) SDI In
  • (1) Relay protected SDI Out (processed SDI OUT 1A or SDI IN 5 on loss of power)
  • (7) SDI Out
  • MADI Compatible
  • (4) AES I/O (User Selectable)
  • GPIO/COMM
    (All coaxial connectors HD-BNC)
    Note: Mates to card in odd slot.
    Note: 12G signals over relay bypass path stipulates maximum cable length not to exceed 10m for total of both input and output cable lengths.
RM20-9904-J-HDBNC

RM20-9904-J-HDBNC

  • (5) SDI In
  • (1) Relay protected SDI Out (processed SDI OUT 1A or SDI IN 5 on loss of power)
  • (7) SDI Out
  • MADI Compatible
  • (4) AES I/O (User Selectable)
  • GPIO
    (All coaxial connectors HD-BNC)
    Note: Mates to card in odd slot.
    Note: 12G signals over relay bypass path stipulates maximum cable length not to exceed 10m for total of both input and output cable lengths.
RM20-9904-K-HDBNC

RM20-9904-K-HDBNC

  • (6) SDI In
  • (6) SDI Out
  • (4) AES I/O (User Selectable)
  • MADI Compatible
  • COMM/GPI
  • (1) HDMI In (option –H2S only)
    Note: This input resides on the card assembly and projects through a cutout on the rear module. The connectors are not part of the rear module assembly. (The connectors are shown here for reference.)
  • (1) HDMI Out
  • (1) 100/1000 BaseT Ethernet Port
    (All coaxial connectors HD-BNC)
RM20-9904-P-HDBNC

RM20-9904-P-HDBNC

  • (4) SDI In (I1, I3, I5, and I6)
  • (4) SDI Out (O1-4)
  • (8) AES I/O (A1-8 User Selectable)
  • (2) SFP Cages
    (All coaxial connectors HD-BNC)

Note: MADI I/O is available on rev C (or later) hardware with firmware supporting MADI I/O. When enabled ‘MADI In and MADI Out acquire SDI In 6 and SDI Out 5 (respectively) on rear modules that support ‘these I/O. Rear modules that support MADI I/O (“MADI Compatible”) show the MADI port locations ‘that are SDI IN 6 and/or SDI OUT 5 alternatives (as shown in rear module illustrations).

Rear modules with SFP access do not come standard with any SFP functionality. Appropriate SFP option must be provisioned for rear module SFP functionality.

SFP port-type availability depends upon SFP Type, rear IO module, and 9904-UDX host card rev as follows:

  • Option -UDX-SFP (non-MSA); Card Rev E and earlier with -C, -F, -G rear IO module:
    – Top SFP port supports up to 2 Fiber inputs and up to 2 Fiber outputs.
    – Bottom SFP port supports up to 2 Fiber inputs.
  • Option -UDX-SFP (non-MSA); Card Rev F and later with -C, -F, -G rear IO module:
    – Top SFP port supports up to 2 Fiber inputs and up to 2 Fiber outputs.
    – Bottom SFP port supports up to 2 Fiber inputs and up to 2 Fiber outputs.
  • Option -UDX-SFP (non-MSA); Card Rev E and earlier with -K rear IO:
    – Top SFP port supports up to 2 Fiber inputs and up to 2 Fiber outputs.
    – Bottom SFP port is unused (NC).
  • Option -UDX-SFP (non-MSA); Card Rev F and later with -K rear IO:
    – Top SFP port supports up to 2 Fiber inputs and up to 2 Fiber outputs.
    – Bottom SFP port support up to 2 Fiber outputs.
  • Option -UDX-SFP-MSA (no card restictions):
    – Top SFP port supports 1 Fiber input and 1 Fiber output.
    – Bottom SFP port supports 1 Fiber input and 1 Fiber output.
Options

Software Options

+HDR-TCHCLR

Provides real-time intelligent HDR conversion powered by Technicolor®. Contains SDR-to-HDR, HDR-to-SDR, and HDR-to-HDR conversion with dynamic metadata creation. Technicolor toolkits include SL-HDR encode, SL-HDR decode, and ITM Intelligent Tone Management.

+HDR-TCHCLR-4K

Provides real-time intelligent HDR conversion powered by Technicolor®. Contains SDR-to-HDR, HDR-to-SDR, and HDR-to-HDR conversion with dynamic metadata creation. Technicolor toolkits include SL-HDR encode, SL-HDR decode, and ITM Intelligent Tone Management.

+3DLUT-PRO

3D LUT (Lookup Table) options provide 33 cube LUT mapping between 10-bit RGB and HDR color spaces.

+3DLUT-PRO-4K

3D LUT (Lookup Table) options provide 33 cube LUT mapping between 10-bit RGB and HDR color spaces.

+3D-LUT-BBC

Licensed product developed by the BBC, provides BBC 3D LUTS as optional SDR-to-HDR and HDR-to-SDR profiles. (Requires +3D-LUT-PRO or +3D-LUT-PRO-4K option to also be present to support this option.)

+COLOR-4K

4K Color Correction Option

Provides full RGB color corrector (offset, gain, gamma) with extended YCbCr proc controls with white hard clip, white soft clip, black hard clip, and saturation clip.

+COLOR

Color Correction Option

Provides full RGB color corrector (offset, gain, gamma) with extended YCbCr proc controls with white hard clip, white soft clip, black hard clip, and saturation clip.

+KEYER-4K

4K Keyer Software Option

Option +KEYER-4K provides keying using independent SDI inputs for key and fill signals. A separate preview SDI output is provided for observing key results before applying to program video output.

+KEYER

Keyer Software Option

Option +KEYER provides keying using independent SDI inputs for key and fill signals. A separate preview SDI output is provided for observing key results before applying to program video output. Available in standard and 4K.

+ANC

Ancillary Data Processing Software Option

Option +ANC offers full VANC/HANC ancillary data packet de-embedding and embedding for 3G/HD/SD-SDI streams. The easy to use interface allows direct access to DID and SDID locations to extract or insert user data such as camera PTZ, SCTE 104, closed-captioning read/insert, GPI/GPO via ANC, or other specialized user payloads.

+LOGO-4K

4K Logo Insertion Software Option

Option +LOGO allows uploading of up a user graphics file (such as an ID bug) to the card or device. When loaded, the graphic can be loaded using automated insertion controlled by GPI or other events (such as a GPI insertion signal for periodic station ID).

+LOGO

Logo Insertion Software Option

Option +LOGO allows uploading of up a user graphics file (such as an ID bug) to the card or device. When loaded, the graphic can be loaded using automated insertion controlled by GPI or other events (such as a GPI insertion signal for periodic station ID).

+LTC

Audio LTC Option

LTC RS-485/Audio Input/Output Option

+UDX-DANTE-16x16

DANTE Support of 16x16 Channels

Adds DANTE support of 16×16 channels to the 9904-UDX card but it cannot be used simultaneously with +HDR-TCHCLR and +LOGO licenses. Option available for the following products: 9904-UDX-4K, 9904-UDX-4K-DSP and 9904-UDX-4K-IP. Option to be added per card at the time of card purchase. Not field upgradeable.

+SCTE104-FAST

Frame-Accurate SCTE 104 Trigger Insertion Option

Frame-Accurate SCTE 104 Trigger Insertion Option

+DUAL-OUTPUT-9904

Enables 4K and HD outputs on the 9904-UDX series

Enables 4K and HD outputs on the 9904-UDX series. This license does not enable a second 4K path. It only supports +3DLUT-PRO and -H2S Options on both outputs. Software option available for the following product: 9904-UDX-4K.

+QC

Quality Check Option

Option +QC allows failover to alternate inputs based on user-definable criteria such as black/frozen frame or audio silence. Two discrete character burn strings can be inserted on output video, with each string inserted as static text and/or insert only upon LOS. Import of user trouble slate graphics is also supported in addition to standard test pattern insert as an input LOS marker.

+DLY

Expanded Frame Sync Delay Option

Expanded Frame Sync Delay Option +DLY allows frame sync frame delay of >800 msec / >1580 msec / >9000 msec (3G/HD/SD).

Hardware Options

UDX-SFP-MSA (for 9904-UDX-4K)

Daughter card supporting externally-accessible dual MSA SFP cage

UDX-SFP-MSA daughter card option, -UDX-SFP-MSA-4S, is available in a 4-slot (double-width) configuration only and orderable as new on the 9904-UDX. The -UDX-SFP-MSA-4S daughter card uses 4-slot rear modules such as the RM20-9904-C-HDBNC, RM20-9904-F-HDBNC, or the RM20-9904-K-HDBNC.

-UDX-SFP-MSA-4S is required when adding the following SFP options:

  • SFP-EOOE-MSA-12G 12G/6G/3G/HD/SD-SDI UHD Transceiver (LC female connectors)
  • SFP-EO-MSA-12G 12G/6G/3G/HD/SD-SDI UHD Transmitter (LC female connector)
  • SFP-OE-MSA-12G 12G/6G/3G/HD/SD-SDI UHD Receiver (LC female connector)
  • SFP-EOOE-MSA Single-Channel Video Optical Transceiver (LC female connectors)
  • SFP-EO-MSA Single-Channel Video Optical Transmitter (LC female connector)
  • SFP-OE-MSA Single-Channel Video Optical Receiver (LC female connector)
  • SFP-IP-SWD-MSA Software-Defined MSA SFP 2011/2022-6 Encap/De-Encap Host. 10GigE Multi-Mode Optical Interface with Female LC Duplex Connectors. The following I/O purposing software options are available for cards using SFP type -SPF-IP-SWD-MSA (Up to 3 software licenses can be added to the -SFP-IP-SWD-MSA, but only 1 license can be active at a time):
    • +ADD-SFP-IP-TO-SDI-2022-6 SFP Software License; Single-Channel De-Encapsulator IP-2022-6-to-SDI
    • +ADD-SFP-IP-TO-SDI-2110 SFP Software License; Single-Channel De-Encapsulator IP-2110-to-SDI
    • +ADD-SFP-SDI-TO-IP-2022-6 SFP Software License; Single-Channel Encapsulator SDI-to-IP-2022-6
    • +ADD-SFP-SDI-TO-IP-2110 SFP Software License; Single-Channel Encapsulator SDI-to-IP-2110

UDX-SFP (for 9904-UDX-4K)

Daughter card supporting externally-accessible dual SFP cage

UDX-SFP daughter card option is orderable as new and available in two configurations for standard and double-wide rear modules.

UDX-SFP-2S is required where 2-slot (standard-width) rear module, such as RM20-9904-G-HDBNC, is to be fitted with SFP option. UDX-SFP-4S is required where 4-slot (double-width) rear module, such as RM20-9904-C-HDBNC, RM20-9904-F-HDBNC, or RM20-9904-K-HDBNC is to be fitted with SFP option.

UDX-SFP-2S or UDX-SFP-4S are required when adding the following SFP options:

  • SFP-EOOE-12G 12G/6G/3G/HD/SD-SDI UHD Transceiver (LC female connectors)
  • SFP-EO-12G 12G/6G/3G/HD/SD-SDI UHD Transmitter (LC female connector)
  • SFP-OE-12G 12G/6G/3G/HD/SD-SDI UHD Receiver (LC female connector)
  • SFP-2EO-12G 12G/6G/3G/HD/SD-SDI UHD Dual Transmitter (LC female connector)
  • SFP-2OE-12G 12G/6G/3G/HD/SD-SDI UHD Dual Receiver (LC female connector)
  • SFP-EOOE Single-Channel Video Optical Transceiver (LC female connectors)
  • SFP-EO Single-Channel Video Optical Transmitter (LC female connector)
  • SFP-OE Single-Channel Video Optical Receiver (LC female connector)
  • SFP-2EO Dual-Channel Video Optical Transmitter (LC female connector)
  • SFP-2OE Dual-Channel Video Optical Receiver (LC female connector)
  • SFP-IP-SWD Software-Defined EmSFP; 2011/2022-6 Encap/De-Encap Host. 10GigE Multi-Mode Optical Interface with Female LC Duplex Connectors. The following I/O purposing software options are available for cards using SFP type SPF-IP-SWD (Up to 3 software licenses can be added to the SFP-IP-SWD, but only 1 license can be active at a time):
    • +ADD-SFP-2SDI-TO-IP-2022-6 SFP Software License; Dual-Channel Encapsulator 2SDI-to-IP-2022-6
    • +ADD-SFP-2SDI-TO-IP-2110 SFP Software License; Dual-Channel Encapsulator 2SDI-to-IP-2110
    • +ADD-SFP-IP-TO-2SDI-2022-6 SFP Software License; Dual-Channel De-Encapsulator
      IP-2022-6-to-2SDI
    • +ADD-SFP-IP-TO-2SDI-2110 SFP Software License; Dual-Channel De-Encapsulator IP-2110-to-2SDI
    • +ADD-SFP-IP-TO-SDI-2022-6 SFP Software License; Single-Channel De-Encapsulator IP-2022-6-to-SDI
    • +ADD-SFP-IP-TO-SDI-2110 SFP Software License; Single-Channel De-Encapsulator IP-2110-to-SDI
    • +ADD-SFP-SDI-TO-IP-2022-6 SFP Software License; Single-Channel Encapsulator SDI-to-IP-2022-6
    • +ADD-SFP-SDI-TO-IP-2110 SFP Software License; Single-Channel Encapsulator SDI-to-IP-2110

INDIGO 2110-DC-01

-H2S

HDMI INPUT - Adds daughter card supporting externally-accessible HDMI input.

Note: Card can support/accept 3G Level A or Level B-DL input with output as Level A or B-DL (via UI control) and also support RGB 4:4:4 / YCbCr 4:4:4 when card is loaded with corresponding firmware offset version. The functionality described here is available as standard (no additional charge) when requested at order. Consult Product Support for more information.

Note: To support HDMI input option -H2S, this option is required in addition to card fitted with rear module (such as RM20-9904-B-HDBNC) that allows access to the daughter card-located HDMI input connector.

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