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Dell PowerEdge supply

Dell PowerEdge R960 supply

The PowerEdge R960 is the top of the Dell rack range we supply: a four-socket server on 4th Gen Xeon Scalable with 32 front NVMe bays in the listing.

CONFIGURATION AS SUPPLIED

Sockets4-socket platform
Platform4th Gen Intel Xeon Scalable
Drive bays32 × 2.5-inch NVMe bays in the listing

About this model

The PowerEdge R960 is the top of the Dell rack range we supply: a four-socket server on 4th Gen Xeon Scalable with 32 front NVMe bays in the listing. It exists for the workloads that scale up instead of out — very large databases, dense consolidation and in-memory platforms that need one machine to be big.

Configuration choices

Four sockets buy two things: core count in one operating system image, and memory capacity no dual-socket chassis reaches. Both are database arguments first. The NVMe bay count completes the picture — the hot tier lives inside the same chassis as the compute, at the lowest latency the range offers.

The counterweight is concentration: one chassis carries what a rack of smaller nodes would spread out. Estates buy the R960 deliberately, for a named workload, and the inquiry should name it — the configuration is then built around that workload's memory and storage shape.

Where it fits

Buyers put this model to work in three recurring patterns:

  • Large single-instance databases and in-memory platforms.
  • Dense consolidation of many guests onto one host.
  • Scale-up workloads that cannot shard across nodes.

In service

A four-socket machine is operated like the single point of consequence it is. Its workloads — the large database, the in-memory platform — usually carry the estate's strictest availability promises, so the R960's ownership pattern includes the full ceremony: staged firmware, rehearsed failover to whatever standby arrangement the design carries, and a spares set on site for every field-replaceable unit the chassis takes. The purchase conversation should budget that ceremony, not just the chassis.

Capacity management on a scale-up machine is a cliff-edge discipline. Dual-socket hosts degrade gracefully as load grows — you add another. The R960 grows until it doesn't, and the next step is architectural. Track the headroom quarterly, project the exhaustion date honestly, and let that date drive the successor project while there is still time to run it calmly.

The specification, in one place

The published figures for the R960 are the ones carried on this page: sockets: 4-socket platform; platform: 4th Gen Intel Xeon Scalable; drive bays: 32 × 2.5-inch NVMe bays in the listing. Those figures are the anchor of the supply offer — they are what the configuration starts from, and every line beyond them (processor alternatives, memory populations, drive models and counts, power and rail options) is settled in writing on the quote rather than assumed from the badge.

Buyers comparing this model should hold the comparison to the same standard: configuration against configuration, line by line. In the Dell range this model is quoted alongside its PowerEdge siblings in the same format, so a two-model comparison on one brief is always available. Ask for serial numbers before shipment, and keep the final written configuration with the asset record — it is the document the machine's whole service life will be checked against.

Questions buyers ask

R960 or two R760 hosts?

If the workload shards, two hosts usually win on value and failure domain. If it must live in one image — a single huge instance — the R960 is the answer in this range.

How much memory can the R960 carry?

Memory population is a configuration line sized to the workload; state the buffer or in-memory target in the inquiry.

Price a configuration like this

Send the model name, your target configuration and the delivery destination. We reply with a configuration-matched quote and the checks to run before shipment.

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