Breakthrough Performance Expands Datasets, Eliminates Bottlenecks

Solve the most demanding storage and memory challenges with the Intel® Optane™ SSD DC P4800X/P4801X series.

Every day, the amount of data created across the world is exploding to new levels. Enterprises and cloud service providers thrive on this data to make critical decisions, gain new insights from the data, and differentiate services. But, today’s current storage technologies leave a gap in data storage tiers. DRAM is far too expensive to scale and while NAND has the capacity and cost structure to scale, it lacks sufficient performance to function in the memory space. To address the gap, a storage solution that behaves like system memory is needed.

Combines Attributes of Memory and Storage
The Intel® Optane™ SSD DC P4800X series is the first product to combine the attributes of memory and storage. With an industry-leading combination of high throughput, low latency, high QoS, and high endurance, this innovative solution is optimized to break through data access bottlenecks by providing a new data storage tier. The DC P4800X/ P4801X accelerates applications with fast caching and fast storage to increase scale per server and reduce transaction costs for latency sensitive workloads. In addition, the Intel® Optane™ DC P4800X enables data centers to deploy bigger and more affordable datasets to gain new insights from large memory pools.

High Throughput for Breakthrough Performance
Realize breakthrough application performance with the Intel® Optane™ DC P4800X/P4801X. It is designed to deliver up to 6x faster performance at low queue depth workloads,1 exhibiting extremely high throughput for single accesses and super low latency. Where NAND-based SSDs are often measured at a queue depth of 32 (SATA) or 128 (NVMe*) in order to showcase maximum throughput, the Intel® Optane™ DC P4800X/P4801X can reach as many as 550,000 IOPS at a queue depth of 16.2 This new technology is perfectly suited to accelerate enterprise applications to new, breakthrough levels of performance.

Low Latency: Responsive Under Load
With a new data storage tier created by Intel® Optane™ technology, data centers can consistently realize amazing response times under any workload. With NAND-based SSDs, random write operations require an immense amount of background media management. These tasks can add significant delay to the read operations. The Intel® Optane™ SSD DC P4800X/P4801X maintains consistent read response times regardless of the write throughput applied to the drive. Average read response times remain below <30μs while maintaining a 70/30 mixed read/write bandwidth of 2GB/s.2

Predictably Fast Service: QoS
In an environment of fast growing data and ever demanding needs, data centers must deploy solutions that enable predictably fast service. The Intel® Optane™ DC P4800X/ P4801X is ideal for critical applications with demanding latency requirements. Its 99% read response time is up to 63x better than that of a high-endurance NAND SSD under random write workload.3 Optimized to minimize delays in data access times, the Intel® Optane™ DC P4800X /P4801X results in faster time to insight for decision making. 

High Endurance
Endurance affects the life expectancy and costs of enterprise SSDs. The DC P4800X/P4801X is designed for high write environments, and can withstand intense write traffic that is typically demanded of memory. With its extremely high endurance, the life of the DC P4800X/P4801X is extended, making it suitable for write-intensive applications such as online transaction processing, high performance computing, write caching, boot, and logging.

Use Cases for Today’s Data Center
The Intel® Optane™ DC P4800X provides a new storage tier that breaks through the bottlenecks of traditional NAND storage to accelerate applications and enable more work to get done per server. This unique capability means data centers can explore three key use cases, including caching, fast storage, and extended memory. The DC P4801X can also provide fast logging, caching, boot, or extended memory. Caching and fast storage refer to the tiering and layering that support a better memory-to-storage hierarchy. The Intel® Optane™ SSD facilitates dynamic placement of data that enables fast access to both read and/or write data. In addition, this high performing SSD meets the requirement of an application to accelerate storage access.

An Intel® Optane™ SSD can also extend memory, offering bigger or more affordable memory by participating in a shared memory pool with DRAM at either the OS or application level. Bigger memory dramatically increases the size of ‘working sets’ to enable new insights from data in growing segments such as scientific computing, healthcare, and autonomous driving. More affordable memory means data centers can use Intel® Optane™ SSDs to displace some DRAM.

Intel® Optane™ SSD DC P4801X Series – Features & Specification

FEATURE

SPECIFICATION

Capacity per Form Factor

Half-height, Half-length (HHHL) Add-in-Card (AIC): 375GB, 750GB, 1.5TB

2.5” x15mm, Small Form Factor U.2: 375GB, 750GB, 1.5TB

P4801X: U.2: 100GB M.2: 100GB, 200GB, 375GB

Form Factor

Add-in-Card (AIC), Half-height, Half-length, Low-profile; U.2 2.5in, 15mm; M.2 110mm

Interface

PCIe* 3.0 x4, NVMe*

Latency (typical) R/W2

<10/12μs

Quality of Service (QoS): 99.999%2 4KB Random, Queue Depth 1, Read/Write: <60/100 μs; 4KB Random, Queue Depth 16, R/W: <150/200 μs
Throughput2 4KB Random, Queue Depth 16, Read/Write: up to 550/550k IOPS
4KB Random, Queue Depth 16, Mixed 70/30 Read/Write: up to 500k IOPS
Endurance (JESD219 workload)
Drive Writes per Day=DWPD; Petabytes Written=PBW
30 DWPD: 375GB - 20.5 PBW; 750GB - 41 PBW
60 DWPD: 100GB - 10.9 PBW; 200GB - 21.9 PBW; 375GB - 41.0 PBW; 750GB - 82.0 PBW; 1.5TB - 164 PBW
Power Enhanced power-loss data protection
P4800X: Active/Idle: Up to 18 W / 7 W
P4801X: Active/Idle: Up to 11 W / 3 W
For more up-to-date product specifications, visit ark.intel.com

Intel® SSD Data Center Family


Informações de produto e desempenho

1

Fonte: testado pela Intel: desempenho de leitura/gravação 70/30 4K em baixa profundidade de fila. Medido usando FIO 3.1. Configuração comum: Sistema servidor Intel® 2U, SO: CentOS* 7.5, Kernel 4.17.6-1.el7.x86_64, CPU, 2 x processadores Intel® Xeon® Gold 6154 a 3.0 GHz (18 núcleos), RAM 256 GB DDR4 a 2666 MHz. Configuração: SSD Intel® Optane™ DC P4800X 375 GB comparada à SSD Intel® DC P4600 1,6 TB. Microcódigo Intel: 0x2000043; Sistema BIOS: 00.01.0013; Firmware ME: 04.00.04.294; Firmware BMC: 1.43.91f76955; FRUSDR: 1.43. Os resultados do parâmetro de comparação podem precisar de revisão quando testes adicionais forem realizados. Os resultados de desempenho são baseados em testes realizados em 15 de novembro de 2018 e podem não refletir todas as atualizações de segurança disponíveis ao público. Para obter detalhes, consulte a publicação da configuração. Nenhum produto pode ser totalmente seguro.

2

Drive Intel avaliado: SSD Intel® Optane™ DC P4800X de 375 GB. Configurações do teste e do sistema: CPU: processador Intel® Xeon® E5-2687W v4 a 3,0 GHz, com 30 MB, 160 W e 12 núcleos, soquetes de CPU: 2, capacidade de RAM: 32 GB, modelo de RAM: DDR4 de 2133 MHz, conexão PCIe*: CPU (sem conexão de via PCH), chipset: Chipset Intel® C610, BIOS: SE5C610.86B.01.01.0024.021320181901, fornecedor/modelo do interruptor/Retimer: Intel A2U44X25N, SO: CentOS* 7.3.1611, Kernel: 4.14.50, versão do FIO: 3.5; driver NVMe*: Inbox, C-states: desativados, Hyper Threading: desativado, regulador de CPU (por meio do SO): modo de desempenho; EIST (Speed Step): desativado, modo Intel Turbo: desativado, P-states = desativados; Serviços de balanceamento de IRQ (SO) = desativado; afinidade do SMP, definido no SO; QD1 utiliza o modo de sondagem E/S. Os resultados de desempenho são baseados em testes realizados em 31 de agosto de 2018 e podem não refletir as atualizações de segurança disponíveis ao público. Para obter detalhes, consulte a publicação da configuração.

3

Fonte: testado pela Intel: o Tempo de resposta se refere à latência média de leitura medida a uma profundidade de fila 1 durante uma carga de trabalho de gravação aleatória de 4K usando FIO 3.1. Veja a configuração na Nota de rodapé 1 acima.