Video Editing, Storage, Rendering, Color Grading and more.
Artificial Intelligence is augmenting high-end video production workflows in Media and Entertainment applications driving the need for no compromise high-performance compute and storage systems designed specifically for rugged operation on-set and in the field. Rugged transportable AI systems are required at venues to process very high-resolution video in real time and manage complex event video special effects and light shows. In addition, AI transportable systems are required on set to provide extremely large amounts of memory and storage bandwidth to capture the high-speed data flows generated with 8K raw camera output. Ruggedized removeable storage is needed to transfer the massive data files created on set for transport to post-production systems without the unacceptable latency and cost of network connections.
Our high-performance computing appliances add tremendous compute power and vast amounts of flash storage for media and entertainment applications.
High capacity data transfer using hot swappable storage media provides efficient support of the Set to Post workflow.
On set daily output from 8K cameras can fill multiple terabytes of disk storage. When it comes to filming in 8K, video files are exponentially larger than older formats. There are a lot of factors to consider when determining how many GB or TB of storage is needed when shooting in 8K: how many cameras, how many hours the cameras will be shooting, frames per second, video compression type, etc. One hour of raw 8k footage would require 9TB of storage which is approximately 150GB per minute. A single day of shooting can create over a 200TB raw 8k footage before any post production work has been done. Transfer of these files for post-production often can’t wait for the latency of network uploads. High capacity data transfer using hot swappable storage media provides efficient support of the Set to Post workflow especially when using NVMe PCIe based flash memory based SSDs.RELATED PRODUCTS
High-end GPU systems with large storage subsystems are required for near real-time manipulation of data files.
During post production, the raw video footage generated by high end cameras needs to be rendered or edited to create final products. High-end GPU systems with large storage subsystems are required. NMVe PCIe flash memory based storage provides the best bandwidth and latency for these intense applications allowing near real-time manipulation of data files to enhance the creative editing process. High speed rendering and color correction allows for more iterations in fixed time budgets. AI techniques are now being deployed which aid in the intermediate rendering and display process to provide the creative editor with early views of intended final quality. Using NVMe storage vs. traditional SSDs allows data to being transferred directly across the PCIe bus eliminating traditional storage protocol bottlenecks. Fast post-production techniques are not only important in the movie and television industry, but are also used in product design, architecture, and the video game development.RELATED PRODUCTS
High performance compute and storage systems for high resolution real-time video streams.
High-end live events utilized real time video special effects to enhance the audience experience. High performance compute and storage systems are required to capture, manipulate and output high resolution video streams in real time to create the interactive visual environment for the performers and audience. These AI transportable applications required rugged platforms that can be easily moved from venue to venue while maintaining reliability. Often the operating environment has extreme requirements in terms of temperature and humidity.RELATED PRODUCTS
Provides a new level of performance real-time HPC, high-speed data recording, analytics and big data.
The high-performance, field-ready FSAn-4R (Ruggedized) NVMe All-Flash Array is deployed in broadcast trucks, ground stations and surveillance aircraft. The FSAn-4 family provides a quantum leap in performance and application flexibility. it uses the highest performance PCIe NVMe flash with PCIe 3.0 x8 lanes for double the bandwidth of 2.5” NVMe. In addition, it includes features such as hot swap, Follow Me for RAID volume portability and front loading.
PCIe x16 Gen 4 add-in card supporting dual Gen 4 hot-swap M.2 drives in removable carriers.
PCIe x16 Gen 4 add-in card supports dual SFF-8643 connectors supporting additional NVMe expansion. The hot-swap removable carriers provide interchangeability and flexibility at Gen 4 M.2 speeds for edge applications while providing scalability through the additional SFF-8643 internal connections.
The ExpressBox 4400 provides PCIe Gen 4 configurable expansion at twice the performance of the previous generation.
The appliance supports up to 4 NVIDIA A100 PCIe GPUs which deliver 2.5x FP64 performance compared to the NVIDIA V100, with two PCIe Gen 4 x16 HBA/NIC slots for up to 128GB/s of sustained data throughput. Alternatively, the EB4400 can be configured to provide 8 single-width PCIe Gen 4 x8 slots for FPGA data ingest or the latest storage add-in cards. Additional features including dynamic fan speed control, IPMI based system monitoring, replaceable fan filters, and optional SmartNIC host configuration elevate the EB4400 to the ideal expansion platform for the entire AI workflow. The EB4400 combines a small, rugged form factor with the latest PCIe Gen 4 add-in cards and features to meet the needs of any airborne, naval, or ground based transportable AI application.
The 4U Pro is a semi-rugged Gen 3 or Gen 4 chassis with flexible configurations to fit a wide array of expansion needs.
The 4U Pro provides optimized PCIe Gen 4 configurable expansion for edge HPC/AI applications at twice the performance of the previous generation PCIe Gen 3. The appliance supports up to 8 NVIDIA A100 PCIe GPUs which deliver 2.5x FP64 performance compared to the NVIDIA V100, with four PCIe Gen 4 x16 HBA/NIC slots for up to 256GB/s of sustained data throughput. Alternatively, the 4U Pro can be configured to provide 16 single-width PCIe Gen 4 x8 slots for FPGA data ingest or the latest storage addin cards.
Provides a feature packed server platform for GPU or FPGA accelerated computing.
The Gen 4 PCIe SDS-3U-4a contains options for Dual or Single-Socket AMD EPYC™ 7003 Series Processors and provides a feature packed server platform for GPU or FPGA accelerated computing, U.2/U.3 NVMe storage and the most native PCIe Gen 4 x16 slots available on the market. This functionality is delivered in a size efficient edge ready rugged chassis with 3U height and 20” depth. This allows the highly integrated server to stand alone as a hyperconverged PCIe Gen 4 server or form the core CPU and memory resources for a scale-out, rack level, expandable or composable solution in the shallowest available racks. The SDS-3U-4a features up to 7 PCIe Gen 4 x16 slots, and 16 SATA/SAS/NVMe drives. The server supports up to 2TB of memory per CPU socket and a resource expanded BIOS for scale-out device enumeration and large memory mapped I/O used for GPUs and accelerators.
Provides the widest BIOS compatibility with dense storage and accelerator expansion systems.
The EOS-2U-4a contains an AMD EPYC™ 7002 Series Processor. This allows the highly integrated server to stand alone or form the core CPU and memory resources for a scale-out, rack level, expandable solution. The EOS-2U-4a features six PCIe 4.0 x16 half-height slots and 1 PCIe 3.0 x16 half height slot. The EOS-2U-4a provides options for 7x add-in cards or 24x U.2 or U.3 drives. The server supports up to 2TB of memory and a resource expanded BIOS for scale-out device enumeration and large memory mapped I/O used for GP-GPUs and accelerators.