Nimbus Data has launched FlashMax, a multiprotocol all-flash storage platform that supports NVMe-oF, FC, iSCSI, and S3 protocols within a single namespace. The system features DirectLink PCIe expansion and hardware-accelerated data reduction, targeting high-performance broadcast and data-intensive enterprise workflows.
The immediate implication for streaming and broadcast engineers is the ability to consolidate block, file, and object storage into a single namespace, reducing the complexity of managing fragmented data silos during live production. By using industry-standard NVMe SSDs instead of proprietary modules, Nimbus Data addresses supply chain volatility while providing a high-density alternative to traditional scale-out storage nodes. Within the broader ecosystem, this shift toward hardware-accelerated data reduction and rack-level failure resilience allows cloud providers to scale to 100 PB effective capacity without the power inefficiencies of legacy erasure coding. Watch for whether competitors adopt similar per-system software pricing models to counter Nimbus Data's attempt to disrupt capacity-based licensing norms.
This storage platform is particularly relevant for REMI workflows that demand high-throughput, low-latency access to massive media archives during live events. For those managing enterprise storage in similar high-pressure environments, the focus remains on maintaining continuity during hardware failure.
Nimbus Data has launched FlashMax, a multiprotocol all-flash storage platform supporting 20 PB raw capacity per namespace and scaling to 100 PB. By integrating NVMe-oF, S3, and SMB protocols with hardware-accelerated data reduction, the system helps broadcast engineers consolidate storage silos and reduce power consumption during high-pressure live production environments.
The FlashMax platform supports 20 PB of raw capacity in a single namespace and can scale to 100 PB of effective capacity.
Software licensing for the Omni management platform is sold per system rather than per terabyte, which is intended to eliminate capacity-based taxes.
WWE broadcast engineering is currently utilizing the platform to support their live and post-production workflows that require high-speed network redundancy.
The system integrates NVMe-oF, S3, and SMB protocols to allow for the consolidation of block, file, and object storage.
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