SSD 15.36Tb Crucial 9300 Pro U.2 PCIe/NVMe

SSD 15.36Tb Crucial 9300 Pro U.2 PCIe/NVMe

Crucial
  • Capacity: 15360 GB.
  • SSD disk form factor: U.2.
  • Read speed: 3500 MB / s.
  • Write speed: 3500 MB / s.

P/N: MTFDHAL15T3TDP-1AT1ZABYY - EAN/UPC: 8592978162696

2.764,88 € Without VAT
3.345,50 € With VAT
Canon Digital not included: 5,45 € + Taxes
Only 1 unit left
Approximate delivery between 22 septiembre and 23 septiembre
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Performance-critical cloud and business workloads demand consistently fast performance and near-real-time access to data. The Micron 9300 series of NVM Express (NVMe ™) SSDs offer industry-leading sequential write performance and the lowest average write latency on the market to accelerate the growing demands of data centers.

Micron has demonstrated the value of flash technologies like 3D TLC NAND and NVMe in building next-level cloud and business infrastructure. Our flagship high-performance storage product, the Micron 9200 SSD, was the highest 4K Random Read IOPS SSD in the industry and the first to offer more than 10TB of storage capacity on the market. Micron 9300 SSDs take advantage of this rich history while improving speed and performance and reducing power (28% vs. 9200 SSD). The 9300's familiar architecture accelerates OEM quals.

With our highest capacity business SSDs, the Micron 9300 series challenges HDDs head-on with drives from 3.2TB to 15.36TB. The 9300 solid state drives also offer simplified firmware management, expansion into multiple namespaces to accommodate timeshare, and more parallel sessions for individual storage devices. And Micron 9300 SSDs are our most efficient and cost-effective business NVMe SSDs to date.

Take advantage of solutions optimized for low latency and critical performance workloads such as caching, database acceleration, online transaction processing (OLTP), high-frequency commerce (HFT), storage of blocks and objects, and training / caching for artificial intelligence (AI), machine learning (ML), and deep learning (DL).

Highlights ...

* Capacity: 15360 GB.
* SSD disk form factor: U.2.
* Reading speed: 3500 MB / s.
* Write speed: 3500 MB / s.

Formato U.2
Capacidad 15360Gb
Lectura secuencial 3500 Mb/s
Escritura secuencial 3500 Mb/s
Lectura aleatoria 850K IOPS
Escritura aleatoria 150K IOPS
Interface PCIe Gen3 x4 NVMe

 

Performance-critical cloud and business workloads demand consistently fast performance and near-real-time access to data. The Micron 9300 series of NVM Express (NVMe ™) SSDs offer industry-leading sequential write performance and the lowest average write latency on the market to accelerate the growing demands of data centers.

Micron has demonstrated the value of flash technologies like 3D TLC NAND and NVMe in building next-level cloud and business infrastructure. Our flagship high-performance storage product, the Micron 9200 SSD, was the highest 4K Random Read IOPS SSD in the industry and the first to offer more than 10TB of storage capacity on the market. Micron 9300 SSDs take advantage of this rich history while improving speed and performance and reducing power (28% vs. 9200 SSD). The 9300's familiar architecture accelerates OEM quals.

With our highest capacity business SSDs, the Micron 9300 series challenges HDDs head-on with drives from 3.2TB to 15.36TB. The 9300 solid state drives also offer simplified firmware management, expansion into multiple namespaces to accommodate timeshare, and more parallel sessions for individual storage devices. And Micron 9300 SSDs are our most efficient and cost-effective business NVMe SSDs to date.

Take advantage of solutions optimized for low latency and critical performance workloads such as caching, database acceleration, online transaction processing (OLTP), high-frequency commerce (HFT), storage of blocks and objects, and training / caching for artificial intelligence (AI), machine learning (ML), and deep learning (DL).

Highlights ...

* Capacity: 15360 GB.
* SSD disk form factor: U.2.
* Reading speed: 3500 MB / s.
* Write speed: 3500 MB / s.

Formato U.2
Capacidad 15360Gb
Lectura secuencial 3500 Mb/s
Escritura secuencial 3500 Mb/s
Lectura aleatoria 850K IOPS
Escritura aleatoria 150K IOPS
Interface PCIe Gen3 x4 NVMe