Mango DPU

Free BottleneckJBOF System

BoostX™ NRT

The Ultimate Full-Duplex DPU for AI-Scale Storage.

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Driving The Next Era of Scalable Storage.

BoostX™ NRT drives your data faster, Line-rate 200GbE storage with zero overhead. Plug into your JBOF storage system.

Product Brief Spec Sheet

Stable Throughput. Proven at Scale.

Drives 200GbE throughput in under 75W.

Save Rack Cost beyond TCO.

Low-power, low-profile form factor, ready for headless JBOF systems.

Full-Duplex. Full Speed.

Full-duplex line rate maximizes throughput in mixed I/O.

Stable Throughput. Proven at Scale.

Drives 200GbE throughput in under 75W.

Save Rack Cost beyond TCO.

Low-power, low-profile form factor, ready for headless JBOF systems.

Full-Duplex. Full Speed.

Full-duplex line rate maximizes throughput in mixed I/O.

CPU Free. Bottleneck Free.

Bypass the CPU. Skip the DRAM. That's BoostX™ NRT.

We took out the CPU and DRAM from the data path.
BoostX™ NRT drives pure line-rate 200Gbps directly to your SSDs.

Before

CPU handles all data I/O, causing bottlenecks.

After ｜ With BoostX™ NRT

Achieves Headless JBOF by eliminating CPU/DRAM.

The Leanest Path from Ethernet to Flash.

BoostX™ runs the NVMe over RoCEv2 target in hardware: Standard Ethernet in, PCIe Gen5 NVMe out, and no server CPU or DRAM in between.

Standard Ethernet in, NVMe out, and a headless target in between. Cost falls at every stage of the path.

Standard Ethernet

RoCEv2 · in

any switchany NICany optic

KESAR-E · Headless JBOF · 2U

BoostX™ NRT

target · canister A

BoostX™ NRT

target · canister B

1.6 Tbps · HA

Server CPUDRAM

no server CPU or DRAM

NVMe SSD

26 × PCIe Gen5 · out

Standard Ethernet

RoCEv2 runs on standard Ethernet, so you are free to choose any switch, NIC, and optics vendor. That avoids the InfiniBand premium and the single-vendor lock it carries.

Network fabric cost · illustrative

Lower

Higher

NRT (whitebox Eth)InfiniBand

Headless Offload

BoostX™ offloads the NVMe over RoCEv2 target into hardware, so the enclosure carries no server CPU, DRAM, or software stack. It is a true headless JBOF, immune to memory price swings.

Compute overhead at same capacity · illustrative

Lower

Higher

NRT (headless)Server target

NVMe Efficiency

PCIe Gen5 NVMe attaches directly, with no SAS HBA, expander, or RAID layer. At equal performance it draws far less power in far less rack space.

Power at same performance · illustrative

Lower

Higher

NRT (NVMe)SAS target

All figures are illustrative deltas: whitebox Ethernet vs InfiniBand, Gen5 NVMe vs 24G SAS at equal performance, and server BOM estimates with CPU tax verified at zero.

Performance.

From Microseconds to Petabytes, One Drive for Every Workload.

Full Duplex Architecture. Read and Write, Simultaneously Unleashed. A 5:5 mixed workload boosts IOPS by 73% and throughput by 83% beyond single-direction limits.