Dell Emc Unity XT 480 Hybrid Unified Storage XT 480F All-flash Storage emc unity xt480F - サーバーリセラー

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Dell Emc Unity XT 480 Hybrid Unified Storage XT 480F All-flash Storage emc unity xt480F

The Dell Unity XT storage array is designed to enhance performance, optimize efficiency, and simplify the multi-cloud journey, streamlining your IT transformation path and unlocking the full potential of your data assets. Compared to previous Dell Unity models, the Unity XT arrays offer twice the IOPS, more memory, そして 50% more drives in both Hybrid Flash Array (HFA) and All Flash Array (AFA). These cost-effective storage systems feature dual active controllers and include a wealth of comprehensive enterprise-grade software. The Unity XT AFA provides a future-proof 3:1 data reduction ratio, while the Unity XT Hybrid Flash Array (HFA) is ideal for speed and low-latency workloads that do not require NVMe architecture.

  • 製品概要
  • transportation
新機能 EMC Unity XT480 network Storage Array Hybrid Flash Array UNITY XT HFA STORAGE unity xt 480 Server Storage
モデル
Unity 480
Min/Max Drive Count
Min. 6 SSDs or 10 HDD(ハードHDD) / Max. 750
CPU per Array
2 x dual-socket Intel CPUs, 32 cores per Array, 1.8GHz帯
System Memory/Cache per Array
192 ギガバイト
Max FAST Cache per Array
まで 1.2 TBs
Total Cache
まで 1.39 TBs
Max IO Modules per Array
4
Embedded SAS IO Ports per Array
4 x 4 lane 12Gb/s SAS ports for BE Connection

Dell Unity XT storage arrays are designed for high performance and a simplified multi-cloud journey, optimized for efficiency gains to streamline IT transformation and unlock the full potential of your data capital. Compared to previous Dell Unity models, the HFA and AFA Unity XT arrays offer up to 2x more memory, まで 50% more IOPS, そして最大で 50% more drives. These cost-effective storage systems feature dual active controllers and include a rich suite of all-inclusive enterprise-grade software. The Unity XT AFA guarantees a future-proof 3:1 data reduction ratio, while the Unity XT HFA is ideal for speed and low-latency workloads that don’t require an NVMe architecture.

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