|12/10/8-BIT YUV||10/8-BIT 3D YUV||10/8-BIT RGB||12-BIT RGB|
|4K/UHD @ 23, 24, 25 fps||YES||NO||YES*||NO|
|4K/UHD @ 29, 30 fps||YES||NO||NO||NO|
|2K/HD @ 23, 24, 25, 29, 30 fps||YES||YES||YES||YES|
|2K/HD @ 48, 50, 59, 60 fps||YES||YES||NA||NA|
4K Supernova provides flexibility and performance with 4 industry-standard BNC video connectors each allowing 3G/1.5G/HD/SD SDI input or output. With bi-directional connectivity built-in, developers choose whether they want the BNCs to be input, output, 4K, UHD, 2K, HD or SD and in 3G/1.5G/HD/SD video modes, each BNC connector can be any frame-rate and frequency of your choosing.
|Epoch | 4K Supernova||Epoch | 4K Supernova EX||Epoch | 4K Supernova x2|
|3G-SDI (Level A+B)||4*||4*||8*|
|Dual Link 1.5G
|Dual Link 3G (Level A+B)||YES||YES||YES|
|Quad Link 1.5G||YES||YES||YES|
|Quad Link 3G (Level A+B)||YES*||YES*||YES*|
|Low-latency hardware keyer||YES||YES||YES|
|Colour space converter||YES||YES||YES|
|Customisable pixel formats||YES||YES||YES|
|Dedicated Reference INPUT BNC||YES||YES||YES|
8 x AES Audio I/O
2 x Analogue Audio Monitoring
Auxiliary Reference INPUT
|16-bit half float pixel format||YES||YES||YES|
|Interlocking Reference INPUT||YES||YES||YES|
|VBI, HANC & VANC||YES||YES||YES|
|Range of firmware options||YES||YES||YES|
|Additional shield adds|
|Epoch | 4K Supernova||Epoch | 4K Supernova EX||Epoch | 4K Supernova x2|
|AES/EBU audio INPUT 8CH (BNC)||NO||YES||YES|
|AES/EBU audio OUTPUT 8CH (BNC)||NO||YES||YES|
|Analogue audio OUTPUT 2CH (RCA)||NO||YES||YES|
|LTC I/O BNC||NO||YES||YES|
|RS-422 machine control||NO||YES||YES|
4K Supernova features 4 bi-directional 3G/1.5G/HD/SD SDI video and audio I/O’s and a dedicated 5th Reference (INPUT) BNC. 4K Supernova EX adds 7.1 surround sound AES/EBU audio I/O, analogue audio output, LTC I/O and RS-422.
|EB3004A||Epoch | 4K Supernova||Full-height with 4 BNC and Reference (INPUT) BNC|
|EB3004ARL||Epoch | 4K Supernova EX||Standard Card + AES Audio I/O / Analogue Audio Out / RS-422 Control / LTC I/O|
4K Supernova has a low-latency hardware video keyer allowing video layers to be combined in hardware with microseconds of delay. This feature allows animated logos captions, tickers, etc. to be keyed over live video feeds at full 12-bit precision and with minimum input to output delay. The hardware keyer can also function as an image pre-multiplier to assist in previewing images and alpha data.
4K Supernova has, by design, the world's lowest-latency providing access to captured fields or frames to on-board card memory even before the whole field or frame is complete, thereby reducing the latency to sub one field or frame. During a capture or playout each process can occur at less than or equal to 1 field for interlaced modes and less than one frame for progressive modes.
4K Supernova firmware and driver architecture provides I/O framestores with predictable and short propagation delays enabling the lowest possible latency through the card. The Bluefish444 SDK supports sub-field interrupts enabling access to the video field or frame even before the video field/frame has been fully captured. This low-level access to video and audio data provides maximum control over video and audio synchronisation.
4K Supernova firmware and driver architecture supports a FIFO mode that can be utilised for buffering I/O framestores ensuring that no field/frame will ever be dropped. The FIFO architecture can be used to increase or decrease the I/O latency to a fixed value.
4K Supernova developers have full control over the heavily-optimised DMA engine via the Bluefish444 SDK. The DMA engine supports full-duplex transfers to and from each of 4K Supernova’s 4 video channels at the maximum available PCIe bandwidth.
The DMA engine can independently transfer video and ancillary data and has a selective DMA feature for the transfer of customisable portions of a video field or frame. This is especially useful when dealing with individual HD quadrants that make up a 4K video buffer.
4K Supernova allows full read and write access to the VBI for standard definition video signals. In high definition signal, read and write access is available for HANC and VANC data allowing AFD, KLV, closed caption data and more.
Building on 10+ years of Bluefish444 innovative hardware development, 4K Supernova’s jitter circuit design surpasses the industry’s minimum standard for jitter and eye pattern measurements by almost twice the permitted tolerance.
4K Supernova offers the highest quality 3G/HD/SD bypass relays allowing critical on-air systems to manage system failures, power outages, and other unforeseeable circumstances that can be encountered in the world of live broadcast systems.
The MR2, Master Routing Resource, within 4K Supernova enables a user to flexibly configure main and preview outputs to suit individual workflows. The Master Routing Resource acts like a telephone exchange for super connectivity. Allowing video from SDI or host workstation to be routed to any or all of the 4K Supernova’s outputs simultaneously.
A 12-bit image processing pipeline is standard within 4K Supernova. This allows 8, 10 & 12-bit SDI video signals to be produced from 8, 10, 12 & 16-bit pixel formats providing the highest image quality available from your source material. A 12-bit image pipe means that 4096 discrete values of red, green & blue are maintained per-pixel; that’s 4 times the colour precision of a traditional 10-bit processing pipeline!
4K Supernova features four 3G-SDI I/O allowing capture and playout of 4K/UHD video streams. HDR/SDR workflows are supported for capture and playout of 4K/UHD and HD High Dynamic Range content with access to SDI ancillary space for HDR metadata.
With four 3G-SDI I/O connections VR/AR/Stereoscopic workflows can synchronise multiple SDI inputs into various formats for VR/AR/3D imaging.
IPConnect API is provided to support Video Over IP workflows for SMPTE IP and NDI protocols. SMPTE 2022-6 Uncompressed IP can be captured from standard off-the-shelf network adapters and used alongside Bluefish444 hardware with full control provided by the Bluefish444 SDK and IPConnect API.
Colour space conversion image processing includes a fully programmable 4 x 4 x 33-bit colour matrix providing the highest quality colour space conversions that are a standard requirement in professional video workflows. The fully programmable 4 x 4 x 33-bit colour matrix reduces colour space conversion errors and ensures the highest quality colour accuracy during capture, monitoring and mastering.
When 4K Supernova's programmable matrix is combined with the onboard 1D LUTs, it provides a powerful primary hardware colour corrector. 4 x 1D x 12-bit LUTs on all SDI outputs gives maximum control over lift, gamma and gain prior to monitoring or mastering your precious video assets.
Synchronising 2 4K Supernova's will create the performance required for capture and playback of 4K/UHD 3G-SDI up to 60 fps with no change to system configuration or cabling.
The Bluefish444 SDK provides unrestricted synchronisation of multiple 4K Supernova video cards per system with some developers using up to 5 cards per server to deliver 20 channels of SDI in a single box.
Popular PCI Express and Thunderbolt expansion chassis are designed to be light and portable. 4K Supernova is compatible with all full-length PCIe devices from those featuring a single slot right through to much larger multi-slot devices.
For the full list of qualified 3rd-party chassis visit Bluefish444 Certified Solutions page.
The Bluefish444 cross-platform SDK provides rapid distribution across multiple platforms including Windows, Linux, and macOS and delivers a unified driver for all models of Bluefish444 hardware.
4K Supernova leverages a decade of Bluefish444 software development. It is compatible with industry-leading software developed by Bluefish444 and by 3rd-party developers using our Windows, Linux and macOS software development kit. Strong partnerships with companies like Adobe, Avid, ASSIMILATE, NVIDIA, AMD and many more allow Bluefish444 to deliver hardware, drivers and software plug-ins for the creative industry.
For a full list of compatible software, visit the software section.