D8436SP

Equipped with a new-architecture domestic PCIe 5.0 controller, DERA D8436SP supports mainstream enterprise 3D NAND from various manufacturers to meet the requirements of diverse scenarios.


DERA D8436SP delivers up to 14.2/10 GB/s Seq.R/ W Bandwidth and up to 3400K/520K Rand.R/ W IOPS, with latency as low as 5 μs. It delivers ultimate performance for AI model loading, feature extraction and concurrent access to massive datasets.

D8436sp 3
D8436sp 5

KEY FEATURES

D8436sp 6
  • Support U.2 Form Factor
  • Data integrity of enterprise class
  • Seq.R/W Bandwidth Up to 14.2/10 GB/s
  • Rand.R/W Up to 3400K/520K IOPS
  • Supports multiple 3D eTLC NAND variants
  • Support hot-plug
  • Support Power Loss Data Protection
  • Support NVMe-MI Management interface
  • Support Telemetry Log Collection
  • Support CMB
  • Support Multi-stream
  • Support Secure Erase
  • Support advanced device self-test
KEY BENEFITS
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Brand-new PCIe 5.0 architecture

DERA D8436SP NVMe SSD features a domestically produced PCIe 5.0 processor with a brand-new architecture, supporting a variety of enterprise-grade functions including hardware security, data path management, secure erase, advanced device self-test, and firmware online upgrades. It is also compatible with mainstream 3D NAND models from multiple vendors, enabling flexible storage solution configurations and ensuring supply chain security to meet the diverse needs of different business scenarios.
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Deeply optimized for AI and cloud computing scenarios

DERA D8436SP NVMe SSD supports advanced features such as CMB and Multi-stream, and is deeply optimized for core scenarios requiring high throughput and low latency, including AI training and inference, cloud computing, elastic computing, cloud databases, and containerized clouds. With a sequential read bandwidth of 14.2 GB/s, 3,400K random read IOPS, and an ultra-low write latency of just 5 µs, it delivers exceptional performance for AI model loading, feature extraction, and concurrent access to massive datasets. Its steady-state performance consistency exceeds 98%, ensuring long-term stable output from multi-GPU AI clusters and high-density cloud nodes.
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High reliability safeguards user data

DERA D8436SP provides secure and reliable data protection for mission-critical applications. From hardware protection to firmware algorithms, from power-loss protection to data verification, it builds an end-to-end reliable system: supporting abnormal power-loss data protection, end-to-end data integrity verification, adaptive dynamic RAID, advanced device self-checking and fault prediction, effectively mitigating the risks of data loss and business interruption. The product boasts an uncorrectable bit error rate below 10^-18 and an average mean time between failures (MTBF) of 2.5 million hours, ensuring data reliability and availability.

TECHNICAL SPECIFICATIONS

Product Series D8436
PN P54IBR03T8US P54IBR07T6US P54YGR07T6US
Capacity (TB) 3.84 7.68 7.68
Form Factor U.2
Host Interface PCIe 5.0 x4
NVMe  Compliance NVMe 1.4b
NAND 3D TLC NAND
Seq. Read/Write[1] Up to 14.2/10 GB/s
Ran. Read/Write[2] Up to 3400K/520K IOPS
Ran. R/W Latency(µs)[3] 55/5
Power[4] Max 20W
Idle 6W
DWPD (5 years) 1 DWPD
UBER < 10-18
MTBF 2.5 million hours
Temperature 0-77°C
Feature Hot-Plug,  On-line Firmware update, NVMe-MI over MCTP,  E2E Data Protection, Variable Sector Size,  Advanced Device self-test, Secure Erase, EUI64/NGUID

 

 

[1] 100% LBA,Seq. Read/Write 128KB block size;
[2] 100% LBA,Ran. Read/Write 4KB block size;
[3] 100% LBA,Ran. Read/Write 4KB block size,TC=1,QD=1;TC(Number of threads),QD(queue depth);
[4] 100% LBA,Seq. Read/Write 128KB block size, Ran. Read/Write 4KB block size,Sampling interval time 100ms.

 

*Performances measured by FIO tool on Linux, result may differ according to testing platform. 1MB/s = 1,000,000 bytes/second.

 

SOLUTION

RELATED CASES

During peak promotions like "11.11" and "618", an e-commerce platform faced massive pressure on its cloud systems. Leveraging deep expertise in cloud databases and astute insights into SSD development trends, the company chose DERA NVMe SSDs to boost performance. With the close on-site collaboration of DERA's technical team, the platform ensured stable and reliable operation of its cloud storage system.

  • Challenge

    High concurrency and extreme workloads | Urgent need to improve data access efficiency | Pressing demand for system performance enhancement

  • Solution

    DERA collaborated with the client on a development partnership, leveraging Open-Channel technology to migrate key SSD modules to the host side. This enabled deep custom hardware-software integration of the storage system, allowing for true workload-specific design and optimization tailored to different business load characteristics.

  • Benefits

    As an independent storage engine, the Open-Channel project (paired with RDS) has successfully integrated with multiple critical business lines. It achieves performance improvements that surpass what can be attained by solely enhancing storage performance or optimizing software logic in peer-grade products.

Case1.2

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