Intel Data Center P3608 4TB NVMe PCIe SSD/Solid State Drive
4TB Intel DC P3608 AIC SSD, HHHL PCIe 3.0 (x8), NVMe, 20nm MLC HET NAND, 5000MB/s Read, 3000MB/s Write, 850k/50k IOPS
Extreme Performance: Moving Data Closer to the CPU
The Intel SSD DC P3608 Series taps into the power of the NVMe interface to deliver new levels of PCIe performance and ultra-low latency. When paired with multi-core Intel Xeon processors, the SSD's unique NVMe dual controller architecture enables highly efficient scalability, evenly distributing I/O across the PCIe 3.0 x8 link to obtain real-world transfers of over 5GB/s bandwidth and up to 850,000 random read IOPS.
Extraordinary Capacity: Doubling the Max Capacity
Enabling capacities of 1.6, 3.2, and 4TB in a single PCIe 3.0 x8 low profile add-in card, the Intel SSD DC P3608 series can provide twice the capacity in the same physical volume versus the Inte12 SSD DC P3600 series.
Exceptionally Easy: Upgrade Existing Systems Today
The Intel SSD DC P3608 Series are ready to be deployed right out of the box. They come in a common, industry-standard form factor: PCIe 3.0 x8, half-height, half-length, low-profile add-in card. And they're designed to work with industry-standard NVMe software and drivers.
The Need for High-Performance Storage in the Data Center
The digital service economy is driving the move to cloud computing, benefiting a wide range of users. Developers can launch innovative new services in minutes. IT can reduce operational and capital expenditures, while increasing resource utilization. And consumers and business users can instantly access new, rich, high-value services from anywhere.
Cloud services are also driving increased demand for real-time analytics and High-performance Computing (HPC) capabilities. These compute- and data-intensive workloads help businesses solve their most complex challenges. By 2018, 60% of businesses are forecast to require HPC solutions, and 40% of HPC will be available on demand in the cloud - workloads that require new levels of storage performance and capacity.
Raising High-Performance Computing Even Higher
The Intel SSD DC P3608 series delivers the extreme performance and extra-ordinary capacity today's real-time analytics and HPC workloads need.
The PCIe 3.0 x8 interface doubles available bandwidth to reduce I/O bottlenecks, while NVMe fuels the CPU with data much faster than SAS or SATA. In one HPC burst buffer use case, a single node achieved a total write bandwidth of up to 6GB/sec using two Intel SSD DC P3608 series.
Coupling high-performance Intel SSD DC P3608 Series storage with the world's largest supercomputers can help solve some of HPC's biggest scalability challenges, including cost, performance, resiliency, and energy efficiency. Features Enhanced Power Loss Management
Protection from unplanned power loss called PLI (Power Loss Imminent) is obtained using a propriety combination of hardware, firmware algorithms, built in self-test, and the robust validation at a multitude of corner cases.
20nm HET MLC NAND (High-Endurance Technology)
Up to 3 DWPD (Drive Writes Per Day) over 5 years. The endurance is based on the JEDEC enterprise workload, and real world endurance is application based and may exceed the rated value. The Intel SSD DC P3608 Series 4TB can write up to 21.9PB over the life of the drive before wearing out.
End-to-End Data Protection
End-to-end data protection and ECC (Error Correction Code) on all internal and external memories in the data path for protection at every layer.
Dual NVMe Controller
The NVMe protocol is more efficient than SATA or SAS, providing more IOPS at a lower CPU utilization. The dual controller architecture allows the SSD to simultaneously transfer data with this improved efficiency, and can be aggregated through the Intel RSTe software.
NVMe SMART monitoring and sideband health monitoring
Monitor the health of the SSD for attributes like temperature, endurance, power cycles, power on hours, and NVMe critical warnings. Sideband or out-of-band health monitoring enables OS agnostic monitoring through the standard NVM Express Management Interface Specification.
NVMe brings high performance and low latency PCIe SSDs into the mainstream with a streamlined protocol that is efficient and scalable, with the ease of deployment through industry standard software and drivers. Joining the family is the Intel SSD DC P3608 Series - expanding the maximum capacity to 4TB, doubling the interface bandwidth to obtain real world transfers of over 5GB/s, with a unique NVMe dual-controller architecture to achieve maximum storage efficiency.
|Form Factor||HHHL (CEM3.0)|
|Interface||PCIe 3.0 (x8)|
|Host Controller Interface||NVMe|
|Flash Memory Type||Intel 20nm MLC HET NAND|
|Max. Read||5000 MB/s|
|Max. Write||3000 MB/s|
|DRAM Cache Memory||N/A|
|DRAM Cache Memory Type|
|Max. Random Read 4K||850000 IOPS|
|Max. Random Write 4K||50000 IOPS|
|Latency||20µs Read / 20µs Write|
|Power Consumption (active)||40W|
|Max. Endurance Rating||21.9 PBW (Petabytes Written)|
|Max. Operating Vibration||2.17 GRMS (5-700 Hz) Max|
|Max. Non-operating Vibration||3.13 GRMS (5-800 Hz) Max|
|Max. Operating Shock||50 G Trapezoidal 170 in/s|
|Max. Non-operating Shock||50 G Trapezoidal 170 in/s|
|Connectivity||1 x PCIe 3.0 (x8)|
|Bracket||Includes Full Height & Low Profile Brackets|
Please note your statutory rights are not affected.
For further information regarding Scan's warranty procedure please see our terms and conditions
- 60 months
- DOA Period:
- 28 days
- RTB Period:
- 1 months
Date Issued: 7th Apr 2015
Perhaps the best PC innovation in the last 10 years has been the solid-state drive (SSD) used to store the operating system and programs on your computer. SSDs have begun to replace the older mechanical disks as the primary storage for the PC and it's not hard to see why.
Date Issued: 7th Apr 2015
One of the greatest advances for PCs in recent years has been the introduction of solid-state drives (SSD). These storage drives hold information on flash memory that is managed by a processing chip called a controller. Advantages of SSDs over traditional spinning disks are numerous, from silent operation, lower power to significantly faster performance.