$40.00 - $225.00
Min. Order : 1 Lot
Each Lot 10 Pieces

MicroFrom PCIe NVMe SSD M2 M.2 Dram Cache SSD 256GB 512GB 1TB 2TB 256 512 GB 1 2 TB Internal Solid State Drive for Laptop PC

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Quick Details

Size: 22x80MM
Has External Power Supply: No
Shipping Way: DHL.EMS.TNT.UPS Fedex
Item Condition: New
Packing: Elecrionic Bag
Read Speed: 3500MB/s
Capacity: 256GB/512GB/1TB/2TB
Style: SSD
Interface Type: PCIE
OEM/ODM: Acceptable
Speed: 0
Operating Temperature: 0--70
Place of Origin: Guangdong China
Warranty: 3 Years
Write speed: 3000MB/s
HDD Capacity: 1TB
Model Number: F12N
Certification: FCC,ce,RoHS
Brand Name: MicroFrom
Type: Internal
Payment: TT.Paypal.Western Union
Products Status: New
Package: Yes
Application: Desktop
Interface: PICE
Cache: 256MB/512MB/1GB/2GB
Packaging Detail: 1pc/electronic bag, 100pcs/card slot, 400pcs/carton.
Selling Units: Multiple of 10
Package size per batch: 18X18X16 cm
Gross weight per batch: 0.5 KG
Package Preview: https://sc04.alicdn.com/kf/H4848ba29720a4afd8a7a55c7d49b4703x.jpg_640x640.jpg,https://sc04.alicdn.com/kf/H85ad3e5a96a34a9789da93ebe8aec1c2V.jpg_640x640.jpg
Shenzhen Micro Innovation Industry Co., Ltd.
Supplier
CN
Manufacturer
≤6h
Response Time
100.0%
On-time delivery rate
US$ 2,900,000+
147
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Introduction
1.1 Product Overview
PCIe as a storage protocol is designed from the ground up to work with non-volatile memory (NVM), including the current NAND flash technology and next-generation NVM technologies. As such, it does not have the same limitations as storage protocols designed for hard disk drives.
PCIe protocol supports multiple deep queues, which is an advancement over traditional SAS and SATA protocols. Typical SAS devices support up to 256 commands and SATA devices support up to 32 commands in a single queue. These were adequate for hard disk drive technologies, but cannot take full advantage of current and next-generation NVM technologies.
In addition, PCIe has a streamlined and simple command set that uses less than half the number of CPU instructions to process an I/O request that SAS or SATA does, providing higher IOPS per CPU instruction cycle and lower I/O latency in the host software stack. PCIe also supports enterprise features such as reservations and client features such as power management, extending the improved efficiency beyond just I/O.
PCIe SSD drives provide more performance in terms of bandwidth and lower latency than SAS and SATA based counterparts.

1.2 Target Applications
• Military and Aerospace • Embedded / Industrial Systems • Medical Industry • Notebook • Casino Gaming

1.3 Product Features
• Native - PCIe SSD • Capacity: 256GB,512GB,1TB,2TB • PCI Express Gen3: Single port X4 lanes • Compliant with PCI Express Base Specification Rev. 3.1 • Compliant with NVM Express Specification Rev.1.3 • Static and Dynamic Wear Leveling and Bad Block Management • Support up to queue depth 64K • Max. ECC of 2KB LDPC + RAID • Support for Toggle and ONFI Interface • Reliable TLC NAND type flash • Support SMART and TRIM commands • 100% tested HW and SW

1.4 System Requirements
Operating Voltage Requirement: Vcc = 3.3V +/-5%
Operating System: Supported by all operating systems
Interface: Socket 3(M key) Installation Requirements: • System Hardware which supports Socket 3(M key) standards • System Hardware includes M.2 socket or transfer board
Test Performance Chart
The new product has DRAM and has superior performance
Capacity
Controller
Dram
256GB
SMI2262EN
ST1200
256MB
512GB

512MB
1TB

1GB
2TB

2GB
Specifications
2. Mechanical Specifications
Parameter
Value
Length
80.0 ± 0.2 mm
Width
70 ± 0.1 mm
Thickness
3.15 ± 0.2 mm
Weight
7.0 ± 0.2 g
Figure 1:M.2 PCIe 2280 Outline Drawing
3. Electrical Specifications
* M.2 Port and the installation of an enhanced driver required for maximum speed
Operating Voltage
Vcc = 3.3V ±5%
Modes
PCIe 3.1
Access Time
0.02 ms
Seek Time
0 ms
Mount Time
Dependent on system HW and SW
Power on to Ready
Dependent on system HW and SW
Data Transfer Time
Rated Data Transfer Speeds are maximums based on Crystal Disk Mark
Data Transfer Speed (R / W) MB/s Up to



Capacity
Seq. read
Seq. write
4K Q32T1 read
4K Q32T1 write
256GB
3400
1200
670
380
512GB
3400
2590
650
530
1TB
3400
3000
680
560
2TB
3500
3000
680
520
Table 1: Data Transfer Time Specifications
3.1 Power And Temperature Conditions
Symbol
Rating
Value
Unit
VIN
Input Voltage
3.3V ±5%
V
TSTG
Storage Temperature
-45 to 105
°C
TOPR
Commercial Grade
0 to +70
°C

Industrial Grade
-40 to +85
°C
Table 2: Absolute Maximum Ratings

Product status(W)


Capacity
Idle
Read
Write
256GB
0.02
3.9
3.5
512GB
0.02
4.5
4.9
1TB
0.02
4.5
5
2TB
0.02
4.7
5.5
Table 3: Power consumption
3.2 Total Bytes Written
Capacity
TBW
Daily Usage Guideline
256GB
100TB
90GB/Day
512GB
200TB
180GB/Day
1TB
400TB
360GB/Day
2TB
800TB
720GB/Day
Table 4: TBW and Daily Usage Guideline results
TBW: Total Bytes Written Definition and conditions of TBW are based on JEDEC standard
Daily usage guidelines value is calculated by dividing TBW by 365*3
4. Environmental Specifications
Operating Temperature: Commercial Grade:0°C to +70°C
Industrial Grade: -40°C to +85°C Humidity:5% to ~98% RH
Operating Shock: 1500G
Operating Vibration: 16G
Operating Altitude: TBD
5. Quality And Reliability Specifications
Data Retention: JESD47 compliant Wear Leveling: Dynamic and static wear-leveling Bad Block Management: Drive will self-identify bad blocks and remap physical to logical addresses to avoid bad blocks ECC/EDC (Error Correction Code/Error Detection Code): Built in error detection and correction will correct physical bit errors in NAND. Drives use LDPC ECC MTBF: >1,000,000 hours

6. Compliance Specifications All PCIe are compliant with the following standards and regulations: • RoHS • CE • FCC

Description of available capacity:
Actual usable space may be less than the total storage capacity listed due to decimal measurement used to represent usable capacity of the SSD.
Actual capacity calcuation: Total storage × 0.93
Factory default setting: 1GB = 1,000MB = 1,000,000KB = 1,000,000,000B
Computer system setting: 1GB = 1,024GB = 1,048,576KB = 1,073,741,824B
Installation
BEFORE GETTING STARTED 1. Back Up Your Data

VISUAL INSPECTION 1. Before unpacking and handling the SSD, discharge the static electricity by touching the metal chassis of your computer or by using an anti-static wrist strap 2. Inspect the box and device for the following a. Box is damaged or water-stained b. Any damage to the SSD
HANDLING THE SSD 1. Be cautious when unpacking, installing, and handling the SSD drive. Misuse of the SSD voids all warranty. Follow the succeeding instructions when managing the SSD 2. Follow all ESD precautions 3. Always operate the SSD within environmental conditions 4. Never switch DC power to the drive by plugging an electrically live source cable into the drive’s power connector
INSTALLATION System Requirements To install the SSD in your computer, ensure that you have the following items: 1. Mounting Screws (If needed) Install the SSD Follow these steps to install the SSD 1. Power down the PC 2. Remove the computer system outside cover 3. Insert the SSD to the connector on motherboard 4. Replace the PC cover 5. Power on the PC 6. A BIOS sign-on message appears and displays a key sequence to enter the BIOS setup. Set up the BIOS to recognize the SSD. 7. Installation is Complete

USING THE SSD IN A MS-DOS OS The SSD is already partitioned and formatted by NTFS, so if you want to install MS-DOS O/S on the SSD, it should be re-partitioned and re-formatted. After installing the SSD, it must be installed as a disk drive under DOS. Run the DOS commands as listed below and follow the instructions displayed for each command. 1. Run the DOS FDISK program to partition the SSD 2. Verify that the partition is active and ready for formatting 3. Run the DOS FORMAT command to high-level format the SSD USING THE SSD IN A WINDOWS OS No modifications need to be made to use the SSD in a Windows OS platform
USING THE SSD IN A LINUX O/S Port driver is needed to be made to use the SSD in Linux OS platforms. please contact Super Talent technical support for more detail.
USING THE SSD IN OTHER O/S Port driver is needed to be made to use the SSD in other OS platforms. please contact Super Talent technical support for more detail.
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