What is it?
Dual channel IP/SDI colour corrector and legaliser app.
Reason to choose it...
It offers you lots of colour correction tools – while saving you money and space by being dual channel. The fact you can use it with IP, SDI or both makes it perfect for any installation – including giving you the easiest upgrade to IP. The unique Y Stretches plus the inclusion of 13 internal test patterns make it ideal for correcting the contrast on in-shot monitors. Plus it's future-proof – when this functionality is no longer required you can get a different app for your MARBLE-V1 hardware.
Anyone who needs to colour correct or legalise pictures in IP, SDI or mixed installations - and perfect for correcting in-shot monitors.
Try out the M-COCO-2 VisionWeb GUI (opens in new window) – you'll see how easy it is to operate the M-COCO-2 app from your web browser, while exploring the full functionality of the product. Plus watch the video...
Need extra features?
This software-based platform makes it easy for us to add additional features to the M-COCO-2 to solve the particular problem you've got - and make your IP or SDI do exactly what you want. Just get in touch!
Got a question?
We would be very happy to answer any questions you've got about the M-COCO-2. Either send us an e-mail or get an immediate response by speaking to us now on our Live Chat...
- Main features
- What outputs do I get?
- What do I order?
- Who's using it?
- Video demo
- Dual channel colour corrector and legaliser for whole picture adjustments in IP and SDI systems
- Software app that runs on the MARBLE-V1 media processor
- Use it with SDI, IP or both at the same time: supports 31 video formats, SMPTE ST 2022-6 and ST 2022-7 protocols and video within ST 2110 (ST 2110-10, -20 and -21 standards)
- Wide range of colour correction tools, including RGB gain, RGB lift, YUV gain, YUV lift, video gain, chroma gain, chroma hue, overall and individual RGB gamma adjustment, Black Stretch and Highlights Stretch
- Excellent legaliser: RGB and Y/C clipping with choice of four modes to create a legal and natural-looking picture, as well as illegal signal highlighting
- Wipe between the processed and unprocessed signal for a ‘before’ and ‘after’ comparison
- No need for external test pattern generator when correcting on-set monitors, thanks to 13 built-in test patterns
- Includes synchroniser and choice of multiple timing sources with fail-over (PTP, two analogue Black and Burst or tri-level syncs references via Vision frame, or video input)
- Flexible assignment of the flows allows you to get the configuration you need (such as two outputs of one input to get a ‘preview output’)
- Supports SMPTE ST 2022-7 redundant streaming and ST 2110 protect
- Fitting up to four bi-directional 10GbE network interfaces allows you to separate your IP flows as required
- Includes gateway functionality for hybrid systems, encapsulating SDI to IP and de-encapsulating SDI from IP
- Includes IP to IP translation functionality, such as network address translation, unicast to multicast address translation, setting firewall restrictions and protocol translation between any of the input formats and any of the output formats
- Tolerant of any input packet distribution, and includes output traffic shaping
- Know your signal is present and valid, with SDI and IP flow signal monitoring
- Inputs and outputs accessed by using an appropriate rear module (either VR04 or VR06)
- Housed in Vision rack frames
- Space-saving: MARBLE-V1 media processor is a ‘double slot’ 96mm x 325mm card, with up to ten MARBLE-V1 fitting in 3U
- Flexible control and monitoring: frame integrated control panel, VisionPanel remote control panel, SBB-4 smart button box, SNMP, ASCII and JSON protocols or the web browser-based VisionWeb Control
- Five year warranty on MARBLE-V1 hardware (with product registration)
- One year of M-COCO-2 app support included, with additional years available to purchase
Perfecting the colours in your IP and SDI pictures
The M-COCO-2 has been designed for whole picture IP or SDI colour correction or for ensuring that the broadcast colour gamut is always legal.
Ideal for dealing with camera or lighting problems or to standardise pictures shot at different times, popular applications include adjusting the colours on in-shot monitors, being placed before an encoder to set the range of colours to be transmitted and the correction of computer-generated or post production outputs.
Being dual channel makes it ideal for multi-channel applications, while saving you money and rack space.
Use it with IP, SDI or both
The M-COCO-2 can be used with IP, with SDI or with both IP and SDI at the same time. Its support for multiple signal formats gives the easiest possible SDI to IP upgrade, while also making it perfect for mixed SDI and IP installations as well as fully IP or fully SDI environments.
It supports both SMPTE ST 2022 and ST 2110 video over 10GbE IP networks, including ST 2022-7 redundant streaming and the protect equivalent for ST 2110.
The IP flows can be separated and protected across up to four bi-directional 10GbE SFP+ network interfaces. There is a choice of fibre modules for the fibre SFP+ 10GbE IP network interfaces: either 850nm multi-mode for up to 300m or 1310nm single-mode for up to 10km.
When used with SDI or SMPTE ST 2022, the M-COCO-2 passes all ancillary data including embedded audio without modification. If ST 2110 is used, only the video content is output.
Other features include full VLAN support with no restrictions and unicast and multicast transmission support.
It's a software app
The future-proof M-COCO-2 is a software app that runs on the MARBLE-V1 media processor – purpose-built GPU/CPU hardware that fits in the Vision frames.
Apps that are bought with the hardware can be replaced with different apps as needs change, helping you make the most of your budget.
More about MARBLE-V1
Featuring a powerful CPU/GPU processor, the MARBLE-V1 media processor hardware has six bi-directional SDI connections and four 10GbE SFP+ network interface ports (as well as eight bi-directional discrete AES stereo channels for future products).
The software app installed determines the functionality.
Colour correction tools
The numerous colour correction tools include RGB gain, RGB lift, YUV gain, YUV lift, Video gain, Chroma gain, Chroma hue and both overall and individual RGB Gamma adjustment.
Black Stretch and Highlight Stretch are particularly useful for correcting the contrast on brightly lit on-set monitors where the studio lighting has been set to suit the people in shot. These Y Stretches allow the signal to be stretched or compressed for a limited range of the signal, without affecting any other luminance levels outside of this range. The Black Stretch allows levels close to black to be more visible and brings the low level detail back into the final picture, while the Highlights Stretch allows useful changes to the bright areas.
Legalise your picture
The M-COCO-2 includes an excellent legaliser, with both RGB and Y/C clipping available to create a legal and natural-looking picture. The RGB clip can be set to hard, medium, soft or desaturation mode.
Being able to highlight pixels containing illegal signal values makes it easier to locate the problem.
Get a 'before' and 'after' comparison
Horizontal and vertical wipes allow the user to view the incoming signal on one side of the wipe and the processed signal on the other.
The M-COCO-2 can be configured as a single channel device with two outputs, allowing the wipes (as well as any highlighted illegal pixels) to be viewed on the second ‘preview output’.
Simplifying your workflow with built-in test patterns
13 internal test patterns can be selected as an alternative to the video input.
Test patterns are inserted before the colour corrector to aid getting the best settings, which is especially useful when sending pre-distorted images to on-set monitors.
A colour corrector distorts the pictures on the on-set monitors so that they look right in the overall camera shot of the studio. Being able to distort a test pattern allows you to see what adjustments to the colour corrector are required to make the image look correct after going through the studio camera. Having a pre-distorted test pattern generator in the colour corrector simplifies the workflow. Normally all the monitors would have their inputs switched to a test pattern generator to allow the colour correctors to be adjusted before being switched back to the normal input. With the M-COCO2 that test pattern generator is included with the colour corrector.
IP gateway and translation functionality included
The M-COCO-2's gateway functionality can be used to integrate SDI into an IP environment or IP into an SDI environment – and makes it ideal for on-set monitor correction, when SDI output is needed for the monitors but the studio infrastructure is based on IP signals.
Its IP to IP translation functionality can be used for network address translation, protocol conversion (between any of the input formats and any of the output formats), unicast to multicast address conversion and the creation of media firewalls.
With the potential for networks and IP receivers to not be very tolerant to bursty traffic, the M-COCO-2 will ensure a nicely constructed IP output (with a choice of traffic shaping options), while its tolerant IP inputs are designed to be robust to bursty traffic.
Choice of timing sources
The M-COCO-2 includes a framestore synchroniser timed to an external Black and Burst or tri-level syncs analogue reference or PTP.
The chosen reference is the global reference source for all input and output flows.
Reference redundancy offers peace of mind in case the main reference source is disrupted or needs to be taken down for maintenance, while cross-locking allows for mixed reference type and format installations if required.
There are up to ten options for the reference selection, selectable via VisionWeb. (See the Specification for full details.) Should the timing source at the top of the list become missing or invalid, the card will move down the list until it finds a valid timing reference source.
The output timing can be fully adjusted with respect to the chosen reference using three time-based controls (0 - 42ms adjustable in 0.1ms steps, 0 - 100us adjustable in 1us steps and 0 - 1us adjustable in 5ns steps), with the selected timing alignment global to all output flows.
An additional ten frames of video delay (adjustable in one frame steps) allows compensation for any big system delays. This delay can be configured individually for each SDI output or IP output flow.
Monitoring your signals
Features are provided to speed up system trouble shooting, particularly helpful with IP being more challenging to debug than SDI. Comprehensive SDI, IP and PTP monitoring information is available and can be used to generate SNMP traps.
The status indications available are video present and time present, video format, video black, video frozen, video error, Reference 1 and 2 present and time present, Reference 1 and 2 format, PTP master and backup clock present and time present and audio groups present. The video black and video frozen alert can be delayed by up to 120 seconds to prevent false alarming during brief video pauses.
PTP presence and statistics (network delay, delay variation, reference offset and sync period) are monitored.
The IP flow monitoring includes network error, packet loss, duplicated packets, packet delay variation, Ethernet interface ignored packets and Ethernet interface ignored multicast.
All control is done remotely, with a choice of remote control and monitoring options for the M-COCO-2 app running on the MARBLE-V1 media processor.
Hardware control options include an integrated control panel on the Vision 3 frame, the VisionPanel remote control panel and the SBB-4 smart button box.
Software control options include SNMP, our ASCII and JSON protocols and the VisionWeb web browser control. Try the M-COCO-2 VisionWeb demo...
16 time-saving presets can be used to store the precise adjustments for future use – ideal for those who need to continually correct a feed from the same camera.
Save rack space
Fitting in the standard Vision frames (currently available in 3U size), MARBLE-V1 is a space-saving 96mm x 325mm card that sits in one frame slot – allowing up to ten media processors in 3U.
The double slot VR04 or VR06 frame rear module is used to access the two inputs and two outputs on the M-COCO-2 app.
M-COCO-2 app running on MARBLE-V1 media processor...
‘Double slot’ Vision card 96mm x 303mm (96mm x 325mm including finger pull)
Power consumption: 25 Watts, plus 1 Watt for each SFP+ fitted to MARBLE-V1
INPUTS AND OUTPUTS
Inputs can be IP and/or SDI
Outputs can be IP and/or SDI
Four BNCs for SDI and up to four fibre SFP+ 10GbE IP network interfaces. Choice of fibre modules: either 850nm multi-mode (for up to 300m) or 1310nm single-mode (for up to 10km)
Inputs and outputs can be mixture of ST 2022 and ST 2110. Video can be passed between ST 2022 and ST 2110, although audio and any other non-video data will be lost
IP only, SDI to IP and IP to SDI applications require at least one SFP+ transceiver option, up to a maximum of four. Use one SFP+ to put all signals together, use two SFP+ to have main and protect or multicast and unicast on separate network interfaces and use three or four SFP+ to further separate flows
SDI only applications do not require any SFP+
Uses VR04 or VR06 frame rear modules. VR04 must be used when more than two SFP+ are fitted
SDI VIDEO INPUTS
(NB. Some or all of the inputs can be IP instead)
Up to two 3Gb/s or HD or SD SDI inputs
270Mb/s or 1.5Gb/s or 3Gb/s serial compliant to SMPTE 259, SMPTE 292-1 and SMPTE 424/425-A
3Gb/s cable equalisation up to 100m using Belden 1694A. HD cable equalisation up to 140m with Belden 1694A or equivalent (approx. 100m with Belden 8281). SD cable equalisation >250m Belden 8281 or equivalent
IP FLOW INPUTS
(NB. Some or all of the inputs can be SDI instead)
Up to two 3Gb/s or HD or SD video over IP inputs
Packet distribution is not important as variable input buffer will compensate for any timing irregularities. Any traffic shaping option from ST 2110-21 can be used, or packets can come from a device which does not meet the shaping requirement of ST 2110-21
A protect input for SMPTE ST 2022-7 seamless protection switching or the equivalent protect input in ST 2110-20 can come from any of the 10GbE IP network interfaces. This protects the stream from lost packets by creating two streams of the same data using different routing to the destination. Flow analyser handles the analysis and reconstruction of the protected stream. Any IP input can come from any of the 10GbE IP network interfaces and can either be multicast or unicast
SDI VIDEO OUTPUTS
(NB. Some or all of the outputs can be IP instead)
Up to two 3Gb/s or HD or SD SDI outputs, one per channel (or two outputs if M-COCO-2 configured as single channel device)
270Mb/s or 1.5Gb/s or 3Gb/s serial compliant to SMPTE 259, SMPTE 292-1 and SMPTE 424/425-A
IP FLOW OUTPUTS
(NB. Some or all of the outputs can be SDI instead)
Up to two 3Gb/s or HD or SD video over IP outputs, one per channel (or two outputs if M-COCO-2 configured as single channel device)
Any of the 10GbE IP network interfaces can be used to provide a protected output for SMPTE ST 2022-7 or ST 2110 seamless protection switching, which protects the stream from lost packets by creating two streams of the same data using different routing to the destination
Alternatively it is possible to have a unicast on some network interfaces and a multicast on others
VIDEO FORMATS SUPPORTED
The video formats supported are 625i, 525i, 720p50, 720p59.94, 720p60, 1080i50, 1080i59.94, 1080i60, 1080p23.98, 1080p24, 1080p25, 1080p29.97, 1080p30, 1080p50, 1080p59.94, 1080p60, 1080PsF23.98, 1080PsF24, 1080PsF25, 1080PsF29.97, 1080PsF30, 2048x1080p23.98*, 2048x1080p24*, 2048x1080p25*, 2048x1080p29.97*, 2048x1080p30*, 2048x1080PsF23.98*, 2048x1080PsF24*, 2048x1080PsF25*, 2048x1080PsF29.97*, 2048x1080PsF30* (*= YUV 4:2:2 10 bit)
Protocols supported on network interfaces: SMPTE ST 2022-6, SMPTE ST 2022-7, SMPTE ST 2110-20 (uncompressed video), SMPTE ST 2110-10 (system architecture and synchronisation), SMPTE ST 2110-21 (traffic shaping), IGMPv3, ARP, ICMP ping, IPv4, IEEE802.1q, VLAN, IEEE802.3-2012 (10G Ethernet)
Packing options of the ST 2110 output are selectable per flow between BPM and GPM (Block Packing Mode or General Packing Mode)
Packet shaping and distribution (compulsory in ST 2110 and optional in ST 2022) is selectable per flow between TPNL and TPN (narrow linear or narrow gapped packet distribution). There is also a mode for burst packet distribution with a control for the burst rate limit. This is for connecting between Crystal Vision and other compatible devices that allow for a reduced transmission delay
SMPTE ST 2022-7 and ST 2110 flow protection facilitates the dual stream output
There are two clean switches that can select between the two input flows for each of the output colour corrector function blocks
The default setting – which gives a dual channel colour corrector – is Flow 1 input to Flow 1 output and Flow 2 input to Flow 2 output
It is also possible to give both colour corrector function blocks the same input to get a ‘preview output’. The setting for this – which gives a single channel colour corrector with two outputs – would be Flow 1 input to both Flow 1 and Flow 2 outputs
An alternative application is to cleanly live switch the input of a single channel colour corrector without any output signal disturbance. The setting for this would be Flow 1 input to Flow 1 output cleanly followed by Flow 2 input to Flow 1 output. The second colour corrector function block can be used, but it is limited to using the inputs already reserved for the first colour corrector function block. If the second colour corrector function block was being used as a preview, the setting would be Flow 1 input to Flow 1 and Flow 2 outputs cleanly followed by Flow 2 input to Flow 1 and Flow 2 outputs
Each channel has its own colour corrector function block
The Enable tick box is used to enable/disable the colour corrector function
Increase/decrease overall lift and gain
Increase/decrease overall chroma gain
Increase/decrease Y channel lift and gain Increase/decrease U channel lift and gain Increase/decrease V channel lift and gain Chroma hue adjustment
Increase/decrease R channel lift and gain Increase/decrease G channel lift and gain Increase/decrease B channel lift and gain
Increase/decrease overall gamma
Increase/decrease R gamma
Increase/decrease G gamma
Increase/decrease B gamma
Black Stretch: Lifts or suppresses luminance close to black, with the range affected specified by the Threshold lo and Threshold hi controls. The Stretch variable controls the amount of adjustment
Highlights Stretch: Lifts or suppresses the luminance wherever required, with the range affected specified by the Threshold lo and Threshold hi controls. The Stretch variable controls the amount of adjustment
Each channel has its own legaliser
The Enable tick box is used to enable/disable the legaliser function (RGB and Y/C clipping)
The clip can be set to be hard, medium, soft or desaturation mode
Set and limit luma (Y) positive and negative excursions independently
Set and limit chroma (C) positive and negative excursions symmetrically
Set and limit R, G, B channel positive and negative excursions. To avoid affecting hue, select desaturation mode where a clip applied to one channel will cause a proportional reduction to the other channels
GAMUT ERROR HIGHLIGHTING
The Show Y/C and RGB clipped pixels settings will highlight any pixels containing illegal signal values, making it easier to locate the problem and make any adjustments to equipment in the system. If wipes are set, the highlighted pixels will only be shown in the wiped areas
If M-COCO-2 is configured as the default two channel device, the highlighted pixels can be viewed on the main output before going on air
If M-COCO-2 is configured as a single channel device with the Flow 2 output used as a ‘preview output’, the highlighted pixels can be viewed on the ‘preview output’ at any time. Here the second colour corrector can be adjusted to make the picture legal without affecting the first colour corrector and main output, with these good set of adjustments able to be manually copied over to the first colour corrector
The H wipe and V wipe can be used to wipe horizontally or vertically between the processed and unprocessed signal for a split-screen ‘before’ and ‘after’ comparison
If M-COCO-2 is configured as the default two channel device, the wipes can be viewed on the main output before going on air
If M-COCO-2 is configured as a single channel device with the Flow 2 output used as a ‘preview output’, the wipes can be viewed on the ‘preview output’ at any time
VIDEO LOSS CONTROLS
The video loss/format mismatch controls allow the user to select what will happen to an output flow in the event that the input is lost or the video format does not match the specified format. The user can specify to freeze the last good frame or show a black or blue screen or 100% colour bars (with or without an initial delay of three seconds). No output can also be selected. This is independently adjustable on each flow
The test pattern controls allow the user to override an input and force the output flow to output a test pattern including Colour Bars, Blue, Black, EqCheck, PllCheck, Pluge, Checkfield, Grey Horizontal Steps, Grey Vertical Steps, Luma Horizontal Ramp, Luma Vertical Ramp, Cycle Colour or Checker Board, or to freeze the picture. This is independently adjustable on each flow
Test patterns are inserted before the colour corrector to aid getting the best settings, which is especially useful when sending pre-distorted images to on-set monitors
SYNCHRONISER AND TIMING ADJUSTMENTS
Video sources are synchronised to common reference timing source
Choice of timing options:
- PTP (SMPTE ST 2059-2) master and backup, via 10GbE IP network interface
- Two tri-level syncs or analogue Black and Burst references (Reference 1 and Reference 2), connected via the Vision 3 frame
- SDI video input, where available (defaults to SDI 1)
Chosen reference is the global reference source for all inputs and outputsThere are up to ten options for the reference selection, selectable via VisionWeb. The hierarchy runs from left to right – should the timing source at the top of the list become missing or invalid, the app will move down the list until it finds a valid timing reference source. When used with IP inputs, the SDI reference option is not applicable and therefore the reference will move to the next valid timing source:
(“PTP” means PTP Master>PTP Backup. “SDI” means SDI1>SDI2>SDI3>SDI4>SDI5 >SDI6, dependent on number of SDI available. “Hold” means it will hold the timing of the last good reference)
When using video reference, video inputs can be different formats but only inputs with the same frame rate as reference video will be locked to that reference. Input signals of same frame rate as reference will be locked together and locked to external reference. Inputs with a differing frame rate will be locked and maintain timing with no drift, but their sync point will be undefined (all same frame rate signals will, however, be locked to each other)
When using PTP reference, input sources of different format and/or frame rate will all be correctly locked to the PTP reference
PTP timing reference should be used when there is a ST 2110-20 output to ensure the RTP timestamp is related to the time of day. However without a PTP reference, a valid ST 2110-20 signal will still be generated using a free running RTP timestamp
When Auto relock enable is selected, the card will automatically relock when a lost reference is restored. Selecting Force lock (with Auto relock disabled) will force the synchroniser to relock after a reference is restored, and can be activated at a non-critical time to avoid video disturbance
Output timing can be fully adjusted with respect to the reference using three time-based controls: 0 - 42ms adjustable in 0.1ms steps, 0 - 100us adjustable in 1us steps and 0 - 1us adjustable in 5ns steps. Sub frame timing alignment to chosen reference is global to all outputs
An additional ten frames of video delay (adjustable in one frame steps) allows compensation for any big system delays. This delay can be configured individually for each SDI output or IP output flow
All ancillary data (including audio) is passed from SDI or ST 2022 input to SDI or ST 2022 output. When ST 2110 input or output is selected, all ancillary data is discarded
LED INDICATION OF:
The current app settings can be saved in one of 16 locations to be recalled as required
Comprehensive SDI, IP and PTP monitoring information is available and can be used to generate SNMP traps
Checks can be performed on the following video and audio parameters:
- Video present and time present
- Video format
- Video black
- Video frozen
- Video error
- Audio group 1 present
- Audio group 2 present
- Audio group 3 present
- Audio group 4 present
Black or frozen video will be indicated by an amber LED. This alert can be delayed by 1-120 seconds to prevent false warnings during brief video pauses
The following IP parameters are monitored for input flows:
- Network error
- Packet loss
- Duplicated packets
- Packet delay variation. Shown as the skew (difference in time of packet arrival) between the main and protected input, and also as the min and max nano second gap between the packets on each input
The Ethernet interfaces are monitored for:
- Count of packets ignored by the app (general network traffic non-media packets, which do not require processing by the app). Jumps in 100 step increments indicate network traffic flood
- Ignored multicast packets. LED indicates multicast traffic not requested by the app is present on the Ethernet Interface, indicating incorrectly configured IGMP at the network switch
References are monitored for:
- Reference 1 and 2 present and time present
- Reference 1 and 2 format
- PTP master and backup clock present and time present
- PTP statistics – network delay, delay variation, reference offset and sync period
VisionWeb Control is available via the web server on the frame and allows control and monitoring using a standard web browser on a computer, tablet or phone
SNMP monitoring and control available as standard
Control using ASCII and JSON protocols
Control from integrated control panel on Vision 3 frame
Control from VisionPanel 3U remote panel
SBB-4 smart button box connects to the frame via Ethernet and provides four programmable LCD switches (which are configured for each order). The SBB-4 uses information from VisionWeb for settings. Uses Power over Ethernet so must be used with PoE enabled switch
What outputs do I get?
VR04 rear module label and connections
More about the VR04
Connectors: 6 BNCs and 4 dual LC fibre
Frame slots used: 2
Boards in 3U: 10
Why use it: It's ideal for any M-COCO-2 application - and must be used if more than two SFP+ are fitted
VR06 rear module label and connections
More about the VR06
Connectors: 6 BNCs, 1 D-Type and 2 dual LC fibre
Frame slots used: 2
Boards in 3U: 10
Why use it: You can use it for any M-COCO-2 application involving two or less SFP+
For more visual technical information, download the M-COCO-2 block diagram.
What do I order?
First you need the software app...
- Dual channel IP/SDI colour corrector and legaliser. Supports 3G/HD/SD and ST 2022-6, ST 2022-7 and ST 2110-20 protocols. Software app which runs on the MARBLE-V1 media processor
Now choose your media processor hardware and SFP+ modules...
Next select your frame...
- Vision 3
- 3U frame with integrated control panel and smart CPU for up to 20 Crystal Vision cards from the Vision range. Includes two PSU3-VF power supplies for redundancy. Allows Ethernet connection to a PC
You need a rear module to access your inputs and outputs...
Two slot frame rear module. Allows ten M-COCO-2 in 3U. Inputs and outputs can be any mixture of SDI via BNCs and IP via up to four 10GbE network interfaces and can be changed from the default I/O configuration if required. Gives access to two SDI (3G/HD/SD) or IP inputs and one SDI or IP output per channel
- Two slot frame rear module. Allows ten M-COCO-2 in 3U. Inputs and outputs can be any mixture of SDI via BNCs and IP via up to two 10GbE network interfaces and can be changed from the default I/O configuration if required. Gives access to two SDI (3G/HD/SD) or IP inputs and one SDI or IP output per channel
Next - control. Complimentary options include the frame's integrated control panel, the VisionWeb web browser control, SNMP and our ASCII and JSON protocols. Alternatively order one of the items below...
- 3U Ethernet remote control panel with touch screen
- Smart button box with four programmable LCD switches. It is powered by PoE (Power over Ethernet) and therefore needs to be connected to a PoE enabled switch
Finally - extended support if required...
- App support
- Purchase with M-COCO-2 app to get software upgrades for changes in standards, new features and bug fixes plus telephone and e-mail operational support (with support for the first year included for free)
Who's using it?
Users of the colour correctors in the Vision and Indigo ranges include...
- What does it cost? Request a quote for the M-COCO-2...
- Want to hire instead? Request a hire quote...
- What controls has it got? Try out the VisionWeb demo for the M-COCO-2...
- Want more information? Get the M-COCO-2 user manual (and SNMP MIB) by signing up for the Registered Area now
- Should you buy app support? Find out more about it in the App support conditions document
- The M-COCO-2 app runs on the MARBLE-V1 media processor hardware which needs to be housed in a Vision 3 rack frame - find out more about the frame...
From the Vision frame system...
- MARBLE-V1 media processor hardware which runs Crystal Vision's software apps
From the Indigo frame system...
- CoCo 3G 3G/HD/SD colour corrector and legaliser
Not sure which colour corrector is best for your application? Have a look at our Indigo and Vision colour correctors comparison chart to help you make a decision...
Crystal Vision Ltd. is registered in England number 03139895. Registered office: Lion Technology Park, Station Road East, Whittlesford, Cambridge, CB22 4WL, England.
Tel: +44 (0)1223 497049 E-mail: firstname.lastname@example.org