FLEXXON PCIe NVMe SSD

Introduction:

FLEXXON PCIe NVMe SSD is the latest high performance and optimized protocol which supersedes AHCI and compliments PCIe technology. It delivers ultimate performance with sequential Read/Write performance up to 3200MB/s, 2600MB/s and random R/W speeds up to 600K/600K IOPS, respectively.

Moreover, FLEXXON PCIe NVMe SSD provides significantly high capacity up to 8TB which is an ideal solution for main storage and client applications, embedded applications and enterprise applications.

PCIe NVMe

PCIe NVMe Overview

  • Compliant with NVMe 1.3
  • Compatible with PCIe Express Base Ver 3.1
  • PCIe 3×2 & 3×4 interface
  • High Quality 3D NAND
  • Wide Variety of Standard Form Factors
  • Support TCG OPAL/AES/PYRITE
  • Advanced device security features: Secure Erase, Crypto Erase and Physical Presence SID
  • Thermal Throttling
  • Power Loss Protection
  • Advance Wear levelling and Bad block Management
  • Dynamic SLC Caching

Flexxon PCIe NVMe SSD Series:

PCIe Series VELOX VELOX-T
Feature High Speed & Density Suitable for Main Storage & Client Applications DRAM-Less design Best for Embedded Applications
Interface PCIe Gen 3×2, NVMe 1.3 PCIe Gen 3×2, NVMe 1.3
Form Factor M.2 2242/2280, AIC M.2 2242/2280, uSSD, CFX
Flash Type 3D NAND 3D NAND
Capacity 128GB ~ 1TB 32GB ~ 512GB
Max. Performance Read: 1600 MB/s Write: 1100 MB/s Read: 1500MB/s Write: 950 MB/s
Grade Industrial / Commercial Industrial / Commercial
Security Pyrite/AES/OPAL
PCIe Series HIX RAPIX
Feature Ultimate Performance & Density Perfect for Enterprise Applications DRAM-Less design Idea for Embedded & Client Applications
Interface PCIe Gen 3×4, NVMe 1.3 PCIe Gen 3×4, NVMe 1.3
Form Factor M.2 2280/22110, U.2, AIC M.2 2280, USSD, CFX
Flash Type 3D NAND 3D NAND
Capacity 128GB ~ 8TB 128GB ~ 2TB
Max. Performance Read: 3200 MB/s Write: 3000MB/s Read: 2100 MB/s Write: 1800 MB/s
Grade Industrial / Commercial Industrial / Commercial
Security Pyrite/AES/OPAL Pyrite/AES/OPAL

Flexxon PCIe NVMe SSD Features:

PCIe NVMe SSD Feature