BPX | 80mm (2280) M.2 NGFF | PCIe 3.0 x4 NVMe SSD | PHISON E7 Controller

Say hello to GB/s : The Next Evolution of Solid State Drives

MyDigitalSSD Bullet Proof eXpress (BPX) 80mm (2280) M.2 PCIe 3.0 x4 NVMe SSDs are changing the conversation from MB/s to GB/s - unleashing sequential read/write speeds over 4X faster than SATA SSDs at a blistering 2.6GB (2,600MB/s) and 1.3GB/s (1,300MB/s) respectively.

Featuring the Phison E7 controller, BPX solid state drives use the NVMe interface to maximize bandwidth while lowering latency and power consumption for guaranteed peak performance under the heaviest workloads.

BPX drives empower gamers, enthusiasts, and professionals by opening a new realm of possibilities in the world of high-end computing while also an ideal solution for read-intensive enterprise servers and data center applications. Get the most out of your notebook / Ultrabook / NUC mini PC / All-In-One / desktop workstation; experience GB/s performance today with BPX.

Industry Leading NVM Express® (NVMe) Interface

NVMe (Non-Volatile Media Express) is an SSD storage interface that sheds the burden of legacy AHCI commands for uncompromised performance that saves power even throughout data-intensive workloads over a 5-year period.

With a lower latency than that of today’s traditional hard disk drives and SATA SSDs, BPX drives create a more responsive computing experience.

PCI Express® Gen 3 x4

MyDigitalSSD BPX drives use a four-lane PCI Express 3.0 (PCIe) interface to maximize your computing experience; delivering exceptional throughput performance and latency in this client solid state drive.

Built with scalability in mind, BPX drives are backwards compatible with PCIe 2.0 and 1.1; limited only by their respective bandwidths.

PHISON E7 Controller

The PHISON E7 (PS5007-E7) controller is built to safeguard mission-critical data with end-to-end data path protection and a SmartECC™ engine to ensure data integrity during high-speed transfers. It also utilizes firmware algorithms such as SmartFlush™ and an optional P-fail circuitry to prevent in-flight data loss from sudden power interruptions, as well as advanced security features driven with a 256bit AES engine.

Additionally, the E7 controller supports NVMe L1 sub-state with less than 5mW in L1.2 low power mode, a key requirement for next-generation notebooks.

Powerful, Efficient, and Versatile

MyDigitalSSD BPX drives can be used as a boot device in a variety of systems with a free PCIe 2.0/3.0 M.2 socket, including Z97 / X99 / Z170 based motherboards, modern notebooks, and small form factor PC's like the Intel® NUC.

They can also serve as added ultra-high-speed storage in virtually any desktop with a spare PCIe slot combined with a PCIe adapter.

Awards

Features

Phison E7 (PS5007-E7) Controller

2D MLC with 4-plane High-performance NAND

NVM Express® 1.2 Interface

PCI Express® Gen 3 x4

Small and Easy-to-install M.2 Form Factor

End-to-End Data Path Protection

AES-256 Encryption

Power Loss Protection using Intelligent Cache Management

Low Power Mode Supports L1.2

Built-in Voltage Detector for Power Failure Protection

Built-in Voltage Regulators GPIO pins and Built-in UART

Hardware ECC (BCH) up to 120bit/2KB

Built-in Static and Dynamic Wear Leveling

SMART, TRIM, and RAID Support

Smart ECC™ - RAID ECC Protection

Windows & OSX Support

5 Years / 698 TBW Limited Warranty

Benefits

Unmatched price for performance - up to 2.6/1.3GB/s sequential read/write

Outperforms SATA SSDs transfer speeds by over 4X

MyDigitalSSD's fastest gaming SSD that noticeably reduces load times

Provides a more immersive user experience for increased productivity

Optimized register interface and command set lowers latency

Fast application launch and file loading

Exceptional workload efficiency

Ideal for intensive workloads such as Ultra HD (4K) video creation, CAD, data analysis, and engineering simulations

Performance Testing

Test Environment: ASRock Extreme6/3.1 / Intel Core i7-4790K 4.0GHz / 16GB RAM / Windows 7 Ultimate 64-Bit / USB 3.1 Gen 2 Type A and C ports. Driver UASPStor.

Disclaimer: Results may vary based on computer configuration, environment, and testing methods.





