Scale up your storage. Simplified.

An all-flash NVMe-oF enclosure with no CPU or DRAM to buy. Capacity never waits on the memory market.

All the flash, none of the scarcity.

Dense NVMe-oF flash on standard Ethernet, with no CPU or DRAM to buy.

Headless, Nothing Scarce Inside.

With Mango BoostX™ NRT (DPU), no CPU or DRAM to buy. As AI drives those prices up, capacity never waits on the supply chain.

PB Scale in a Single 2U.

122.88 TB QLC today, 245.76 TB on the roadmap, about 3.19 PB per 2U. Read heavy inference suits QLC, and tight rack power rewards density.

Highly available.

Redundant by design, so no single failure takes the pool offline. It all runs on the RoCEv2 Ethernet you already operate, no proprietary switch or fabric to buy.

Headless JBOF.

Controller-based targets carry an x86 CPU, DRAM, and software before the first drive. Kesar™-E puts that on the BoostX™ NRT, which serves the SSDs straight over Ethernet.

Traditional controller array

x86 CPUsupply constrained

DRAMsupply constrained

Storage softwarelicensed

NIC

NVMe SSDs

Kesar™-E headless JBOF

BoostX™ NRTno CPU · no DRAM

NVMe SSDs26 × dual port

Same NVMe-oF target role, with the budget going into flash instead of CPU, DRAM, and software.

More bandwidth in every rack unit.

Throughput per rack unit, about 200 GB/s per 2U, 55% more than a comparable enclosure

NVMe-oF target bandwidth, GB/s per 2U

Kesar™-E+55%

200

Comparable 2U enclosureBaseline

129

High availability, from client to flash.

Hosts reach the enclosure over redundant Ethernet paths with NVMe multipath (ANA), and two canisters share one set of dual port SSDs. A failed NIC, link, switch, or canister fails over with no disruption.

active pathANA failover path

GPU / CPU clientNVMe multipath (ANA)

Ethernet leaf A

Ethernet leaf B

Kesar™-E 2U enclosure

Canister 0 · 1 to 4 × BoostX™ NRT

200G200G200G200G

Canister 1 · 1 to 4 × BoostX™ NRT

200G200G200G200G

Dual port midplane, every SSD links to both canisters