固态硬盘 64G 3MG2-P DGMSR-64GD81BC1QC innodisk
mSATA 3MG2-P
mSATA为一高效能、符合JEDEC MO-300 规格的产品,其外型设计为mPCIe尺寸,同时也可兼容于SATA接口。体积小巧,适用于各种空间受限的系统。
Overview:
Innodisk mSATA 3MG2-P is SATA III 6Gb/s flash based disk, which delivers excellent perbance, especially in random data transfer rate, and which offers reliability making it the ideal solution for a variety of applications, including bded system, industrial computing, and enterprise field. 3MG2-P mSATA not only perbs unmatched perbance, but also designed with Innodisk owned technical knowhow such as iData Guard to ensure the data integrity and highest levels of reliability. Featuring L² architecture, the life span of the SSD is maximized by an evolved wear leveling algorithm.
概述:
innodisk msata 3mg2-p 是一种基于 sata iii 的6gb / s 闪存盘,具有优异的性能,特别是在随机数据传输速率方面,并且提供了可靠性,使其成为各种应用的理想解决方案,包括嵌入式系统、工业计算和企业领域。 3mg2-p msata 设计了 innodisk 拥有的技术诀窍,如 idata 保护,以确保数据完整性和可靠性水平。 以 l2架构为特色,通过改进的磨损均衡算法。
Model Name | mSATA 3MG2-P |
Interface | SATA III 6.0 Gb/s |
Flash Type | MLC |
Type | Standard |
Capacity | 8GB~1TB |
Max. Channels | 4 |
Sequential R/W (MB/sec, max.) | 520/355 |
Max. Power Consumption | 3.4 W (3.3 V x 1.03 A) |
Thermal Sensor | Y |
H/W Write Protect | Optional |
S.M.A.R.T. | Y |
ATA Security | Y |
DEVSLP Mode | Y (min. power consumption 3mW) |
Slumber Mode | Y (min. power consumption 30mW) |
Dimension (WxLxH/mm) | 29.85 x 50.8 x 3.6 |
Vibration | 20G@7~2000Hz |
Shock | 1500G@0.5ms |
MTBF | >3 million hours |
Storage Temperature | -55°C ~ +95°C |
Operation Temperature |
Standard Grade: 0°C ~ +70°C; Industrial Grade: -40°C ~ +85°C |
Operation Temp. | 8GB | 16GB | 32GB | 64GB | 128GB | 256GB | 512GB | 1TB |
Standard Grade (0°C ~ +70°C) |
DGMSR-08GD81BC1SC | DGMSR-16GD81BC1&C | DGMSR-32GD81BC1%C | DGMSR-64GD81BC1QC | DGMSR-A28D81BC1QC | DGMSR-B56D81BC1QC | DGMSR-C12D81BCAQC | DGMSR-01TD81BCAQC |
Industrial Grade (-40°C ~ +85°C) |
DGMSR-08GD81BW1SC | DGMSR-16GD81BC1&C | DGMSR-32GD81BW1%C | DGMSR-64GD81BW1QC | DGMSR-A28D81BW1QC | DGMSR-B56D81BW1QC | DGMSR-C12D81BWBQC | DGMSR-01TD81BWAQC |
Please refer to TPS for details