DC1000M U.2 NVMe Enterprise Class SSD – 960GB to 7.6TB

Enterprise Class U.2 NVMe SSD with PLP

DC1000M

The Kingston DC1000M U.2 NVMe SSD features high-storage capacity and best-in-class enterprise performance. It offers a high-performance Gen 3.0 x4 PCIe NVMe interface enabling high throughput and low latency on standardized platforms. It’s designed to deliver up to 540K IOPS of random read performance and 3GB/s of throughput. The DC1000M is backed by strict QoS requirements to ensure predictable random IO performance as well as predictable latencies over a wide range of workloads.

Enterprise-class U.2 NVMe PCIe SSD Gen 3.0 x4 SSD
High Performance over 3GB/s
Predictable Low-latency and High I/O Consistency
On-board Power Loss Protection (PLP)

The U.2 form factor design (2.5”, 15mm) works seamlessly with the latest generation servers and storage arrays utilizing PCIe and U.2 backplanes. It’s hot pluggable which makes the challenges of serviceable PCIe storage an issue of the past.

It also features enterprise-class features such as end-to-end data path protection, power loss protection (PLP), and telemetry monitoring for increased data center reliability. Backed by Kingston’s legendary pre- and post-sales support and a five-year limited warranty. Capacities¹ range from 960GB to 7.6TB.

Applications
The "mixed-use" workload drive makes it ideal for running a wide range of customer applications including:

Virtualization
High performance cloud service
Web hosting caching
High-resolution media capture and transport
ERP, CRM, GL, OLAP, OLTP, ERM, BI, and EDW workloads

Data Center NVMe Performance

Incredible I/O consistency with speeds of up to 3GB/s and 540K IOPS.
Enterprise-Class Mixed-Use Storage

An exceptional balance of consistent I/O delivery with high read and write IOPS performance to manage a wide range of transactional workloads.
Reduce Application Latencies

Quailty of Service (QoS) delivers ultra-low transactional latency for large data sets and various web-based applications.
On-board Power Loss Protection (PLP)

Enterprise-class protection to reduce possibility of data loss or corruption on ungraceful powerfails.

The drive has the hardware power protection, end to end data protection and enterprise-grade performance stability IT managers demand from an SSD of this class.

Read Full Review Kitguru SSD DC1000M Review

A well-specced U.2 NVMe enterprise drive that offers a superior price/performance point than competing U.2 drives and an incredible performance boost without much more cost for enterprise users wanting to shift away from SATA/SAS.

Read Full Review Mighty Gadget SSD DC1000M Review

The DC1000M employs the latest 3D TLC (triple level cell) NAND flash technology. This is far superior to older 2D NAND as it allows the cells to be stacked in layers thus enabling much higher storage densities with a lower cost per bit and reduced power consumption.

Read Full Review Storage Magazine SSD DC1000M Review

960GB

1.92TB

3.84TB

7.68TB

Form factor	U.2, 2.5” x 15mm
Interface	PCIe NVMe Gen3 x4
Capacities¹	960GB, 1.92TB, 3.84TB, 7.68TB
NAND	3D TLC
Sequential read/write	960GB – 3,100MBs/1330MBs 1.92TB – 3,100MBs/2600MBs 3.84TB – 3,100MBs/2700MBs 7.68TB – 3,100MBs/2800MBs
Steady-state 4k read/write	960GB – 400,000/125,000 IOPS 1.92TB – 540,000/205,000 IOPS 3.84TB – 525,000/210,000 IOPS 7.68TB – 485,000/210,000 IOPS
Latency²,³,⁴	TYP read/write: <300 µs / <1 ms
Static and dynamic wear levelling	Yes
Power loss protection (power caps)	Yes
Enterprise SMART tools	Reliability tracking, usage statistics, SSD life remaining, wear leveling, temperature
Endurance	960GB — 1681TBW (1 DWPD/5yrs)⁵ 1.92TB — 3362TBW (1 DWPD/5yrs)⁵ 3.84TB — 6725TBW (1 DWPD/5yrs)⁵ 7.68TB — 13450TBW (1 DWPD/5yrs)⁵
Power consumption	960GB: Idle: 5.14W Average Read: 5.25W Average Write: 9.10W Max Read: 5.64W Max Write: 9.80W 1.92TB: Idle: 5.22W Average Read: 5.31W Average Write: 13.1W Max Read: 5.70W Max Write: 13.92W 3.84TB: Idle: 5.54W Average Read: 5.31W Average Write: 14.69W Max Read: 6.10W Max Write: 15.5W 7.68TB: Idle: 5.74W Average Read: 5.99W Average Write: 17.06W Max Read: 6.63W Max Write: 17.88W
Storage temperature	-40°C ~ 85°C
Operating temperature	0°C ~ 70°C
Dimensions	100.09mm x 69.84mm x 14.75mm
Weight	160(g)
Vibration operating	2.17G peak (7-800Hz)
Vibration non-operating	20G peak (10-2,000Hz)
MTBF	2 million hours
Warranty/support⁶	Limited 5-year warranty with free technical support

What is NVMe SSD technology?

NVMe is the protocol designed for flash storage like SSDs, as we move beyond the legacy AHCI standards used in SATA SSDs and spinning-disk hard drives.
NVMe SSDs for client systems

NVMe SSDs in client systems, such as desktops, laptops and workstations, can greatly improve overall PC performance.
The benefits of NVMe in enterprise

NVMe is now the standard protocol for SSDs to empower data centres and enterprise environments.
Understanding SSD Technology: NVMe, SATA, M.2

The differences between various SSD tech such as SATA & NVMe and the benefits of the latest tech.

The benefits of NVMe in enterprise

NVMe is now the standard protocol for SSDs to empower data centres and enterprise environments.
Case Study: Helping rapid on-premises application growth with Kingston Enterprise products and services

Learn how Hosteur supported their rapid growth & SLAs with Kingston Enterprise products & services.
Case Study: Accelerating virtual machines with Kingston DC500M SSDs

Find out how Hardwareluxx were able to manage the growth of their web traffic using Kingston's DC500M SSD.
Rip and Replace vs Predictability: Why SSDs with Predictable Latency Matters

Data centres should be using server SSDs. There are many benefits over client drives and costs have come down.
The Right Solid-State Drive (SSD) Matters

Choosing the right SSD for your server is important since server SSDs are optimized to perform at a predictable latency level while client (desktop/laptop) SSDs are not. These difference result in better uptime and less lag for critical apps and services.
Why does 5G need Edge Computing in a Micro Data Center?

Industry Expert, Simon Besteman provide insight on why 5G demands edge computing in micro data centers.
Is Now the Time for SDS (Software Defined Storage)?

SDS hasn’t lived up to its hype but now that NVMe is more affordable, the commodity hardware is ready to deliver.
Four things data centre managers can learn from the fastest supercomputers

Cloud and on-premise data centre managers can learn a lot from supercomputing.
Should I Make the Switch to NVMe?

Cameron Crandall of Kingston helps you decide if you should move to your server storage to NVMe SSDs.
Kingston Memory & Enterprise SSDs Give Managed Hosting Provider i3D.net a Competitive Advantage

Kingston delivered compatible memory that met the performance goals of i3D.net's servers, extending the service life of their existing hardware.
The Future of Data Centers - 5G & Edge Computing

Why is Edge Computing Data Centers important for 5G? Download and read Kingston’s eBook on Edge Servers and the 5G rollout.
Improve SQL Server Performance with DC500M Enterprise SSDs

This whitepaper demonstrates how using Kingston Technology’s Data Centre DC500 SSDs can reduce your overall capital and licence costs by 39%.
Case Study – Aruba.it

Supporting leading web services
Kingston SSDs are the best hardware choice for Software Defined Storage solutions

Learn why the future of business depends on SSD-enabled SDS, and how SSD fits into a Software Defined Storage Solutions.
Kingston’s garbage collection methods allows greater SSD performance

Kingston uses LSI® SandForce®-based controllers in some SSDs that use proprietary tech for Garbage Collection.
SSDs for Virtual Desktop Infrastructure

Storage can be the most challenging component for VDI performance.
FAQs for SATA and M.2 SSDs

Frequently asked questions around SSD technologies and terms like SATA, M.2, NAND, RAID, NVMe, PCIe, SAS, and keying.
SSDs for Software-Defined Storage Arrays

SDS provides a policy-based control of data tiers, independent of the underlying storage hardware.
SSDs for Online Transaction Processing (OLTP)

Kingston datacenter SSDs provide excellent resiliency to protect sensitive data in OLTP workloads.
SSDs for High-Performance Computing (HPC)

HPC can require massive amounts of data. SSDs consume a fraction of the power of their spinning disk.
A Closer Look At SSD Power Loss Protection

Firmware/hardware PFAIL protection is an highly effective method for preventing data loss in enterprise SSD.
ECC and Spare Blocks help to keep Kingston SSD data protected from errors

End-to-End Data Protection protects customer’s data as soon as it is transferred by the host system to the SSD, and then from the SSD to the host computer. All Kingston SSDs incorporate this protection.
SSD Over-provisioning (OP)

A percentage of space on an SSD is reserved for OP in firmware. OP can improve performance.
The Difference Between Enterprise & Client SSD

The differences between SSD classes lies in two components; the processor and the NAND memory.
Solid-State Drive Testing 101

Testing is a cornerstone of our commitment to deliver the most reliable products on the market. We perform rigorous tests on all of our products during each stage of production. These tests ensure quality control throughout the entire manufacturing process.
Understanding SSD Technology: NVMe, SATA, M.2

The differences between various SSD tech such as SATA & NVMe and the benefits of the latest tech.