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Colorlight Z8t LED Video Controller – 4K Processor for Ultra Large LED Display Walls – Swappable Board
$ 93.93
DescriptionThe Z8t LED video controller is designed for high-end display deployments that require considerable pixel-pushing power. This controller supports 5G Ethernet port output or 10G optical fiber output, with a loading capacity of up to 23.59 million pixels, support for single-direction width up to 16,384 pixels. The modular architecture allows operators to change out boards and rearrange input and output cards on the fly. This means the same chassis may be used for a wide range of project kinds, instead of needing a distinct unit for each work.The Z8t’s real-time scaling, ultra-low latency processing and HDR compatibility makes it flexible enough to accommodate demanding video pipelines, from live broadcast feeds to virtual production environments. High color depth output and multi-layer display help to preserve image fidelity when complex compositions are output. Frame multiplexing and frame multiplication (up to 4x) support multi-camera configurations that require synchronous output fusion. ShutterLock and Adaptive Sync technology, offered with compatible receiving card chipsets, significantly refines camera-to-LED timing for XR and virtual production operations.With high pixel-per-port capacity, the Z8t reduces cabling and hardware connection needs, simplifying setup for ultra-long, ultra-high and ultra-large screen layouts. Loop redundancy on compatible output boards adds resilience for installations where uptime is critical, while the accompanying color management toolkit – including color curves, 3D LUT, gamut and brightness control – helps huge multi-cabinet walls seem visually consistent. The device is controlled by LAN, RS232 or the ColorAdapt software. You can save several settings and apply them during a project.Input Interface2 swappable input boards per device max 4K@60Hz input per boardHDMI 2.0 input board option: 2 HDMI 2.0 ports, each up to 4096×2160@60HzOption of DisplayPort 1.2 input board: 2pcs DP 1.2 ports, up to 4096×2160@60Hz per channelOptional 12G-SDI input board: 2 x 12G-SDI connectors, each up to 4096×2160@60Hz3 in 1 input board option: 1pc HDMI 2.1 1pc DP 1.4 1pc 12G-SDI, all ports allow loop, max 4096×2160@60Hz per channelST2110 input board Option 1pc ST2110 input, support uncompressed 4096×2160@60Hz, 12-bit RGB444/YCbCr444, single channelInput frame rate range 23.98Hz-240HzOutput InterfacesUp to 2 exchangeable output boards per unit; on one device only matching board types can be linked5G Ethernet output board: 4pcs 5G receiving cards Neutrik Ethernet ports, 5Gb/s per port10G optical fiber output board, 2-port 2pcs Neutrik fiber ports, single mode duplex LC fiber, 10Gb/s per10G optical fiber output board (4 port) : 4个 Neutrik fiber ports setup as 2 primary 2 backup portsMax. output loading capacity: Up to 23.59 million pixels Width support: Up to 16,384 pixelsLoop redundancy available on single or several connected devicesRecommended to be used with i9 receiving card, some functionalities may be limited when used with i9s receiving cardsVideo Input CapabilitiesHDMI 2.0 and DP 1.2 boards offer resolutions of 4096×2160 and 3840×2160 with up to 12-bit YCbCr/RGB color depth12G-SDI board support 4096×2160 and 3840×2160 at 10 bit YCbCr 4:2:2. Compatible with HD-SDI, 3G-SDI and 6G-SDI signals.The 3-in-1 board’s HDMI 2.1 and DP 1.4 connectors enable up to 4096×2160@60Hz at 8 to 10-bit color depthThe 3-in-1 board’s 12G-SDI connection is compatible with the same 12G/6G/3G/HD-SDI standards as the standalone SDI boardST2110 board offers 4096×2160@60Hz 12bit RGB444/YCbCr444 uncompressed input over single channelDe-interlaced display supported on SDI based boards EDID Settings Not supportedCustom Resolution & EDID control per input supported by HDMI & DP boardsMaximum supported frame rates scale up to 240Hz at lower resolutions, down to 50/59.94/60Hz at full 4K resolutionKey FeaturesIndependent cropping, scaling and splicing for each input videoComplex compositions can be created with up to 4-layer splicing displayLow latency processing down to one frame.Virtual pixel support (triple and quadruple virtual modes)HDR and HLG display processing for improved dynamic rangeFrame Multiplexing for Fusion of Multiple Video Signals in Multi-camera Virtual Production EnvironmentsCinema grade color grading with Color curve, Color Magic (HSV based) and 3D LUT tweaking toolsGenlock synchronization maintains frame-accurate alignment across many Z8t units.Device cascading and star-connection support over LAN; preset storing and recall with ColorAdapt softwareElectrical SpecificationsPower Input: AC100-240V, 50/60HzRated current: 16.7AAverage power draw of board: 10WRated power consumption: 130WF4AH added fuse protection on the power inputPower connector input voltage rating AC250V at 4A GENLOCK IN Bi-level and Tri-level sync. 23.9Hz to 60Hz frame ratesWork environmentOperating Minimum Temperature: 14°F (-10°C)Maximum working temperature: 45 °C (113 °F)Min. Operating Humidity: 0%RHMax operational humidity: 80%RHHumidity necessary during operation (non-condensing)Ambient noise level: 33 decibelsUnit must be placed horizontally. Flipping or vertical positioning is not supportedStorage EnvironmentMinimum storage temperature: -30 °C (-22 °F)Storage temperature max: 80 °C (176 °F)Minimum humidity for storage: 0%RHMaximum storage humidity 90 % RHHumidity during storage (non-condensing) neededStorage range > Operating range (to allow for transit and warehousing circumstances outside of active use)Physical CharacteristicsWidth 19.0” (48.3cm)Device height: 11.2cm (4.4″) – 2.5U rack chassis (no rubber feet)Device depth 48.0cm (18.9in)Net Weight : 12.70 kg (27.00 lbs)It supports up to 2 input board slots and 2 output board slots for modularity2.5U rackmount form factor chassisPacking DetailsPacking box width: 58.0 cm (22.8 “)Height of packing box: 19.1cm(7.5inch)Depth of packing box: 54.0CM (21.3″)Gross weight with packaging: 16.08kg (35.45lbs)Packing dimensions for 2.5U chassis protective packing materialsCompatible for lateral transportation and storage to satisfy device positioning needs
