All stock codes associated to this product
GPASACNE2200TTTDA, GP-ASACNE2200TTTDA, HBGBAICNV2TB, HBGB-AICNV-2TB, 4719331808228
Gigabyte AORUS RAID SSD 2TB
Overview
AORUS RAID ADAPTOR built in with 4 x PCIe 3.0 512GB NVMe SSD, Equipped with
enterprise class NVMe RAID controller, Advanced Thermal Solution, Dedicated
AORUS Storage Manager
- Form Factor : PCl Express Card
- Interface : NVMe 1.3, PCIe 3.0 x8
- Capacity : 2TB*
- Seq. Read speed : up to 6,300 MB/s (QD32T1)**
- Seq. Write speed : up to 6,000 MB/s (QD32T1)**
- Controller : Phison E12
- NAND Flash : 3D TLC
- Warranty: Limited 5-years
Key Features
AORUS RAID SSD 2TB equipped with four high speed 512GB SSD and server class
RAID controller, RDs optimized the design to push performance to the boundary to
blazing fast speed up to 6300 MBs for sequential read speed and 6000 MBs for
sequential write speed. It's almost two to three times faster than PCIe 3.0 SSD.
No doubt it's the best upgrade solution for users who have a PCIe 3.0 platform
such as Z390 but would like to experience PCIe 4.0 Ultra fast transfer rate in
advance. It surely brings high efficiency to your work, shorten the time of
waiting. Its the perfect solution for people like video editors, 3D file
creators and engineers who make giant files daily. Further more, you can easily
to configure RAID array to meet your needs under BIOS setting.
Embedded with the Enterprise Level NVMe RAID
Controller
The enterprise grade RAID Controller ensures server class performance
reliability to unleash the full potential of normal consumer PCIe 3.0 SSD.
The benefit of switch is low latency due to it does not do any hard
work on NAND Flash management.
The Marvell Intelligent NVMe Switch has x8 interface and connected up to four
NVMe SSD behind switch and can be presented individually to the host system. In
addition, user are free to configure RAID array as need, RAID1 for Data
redundancy and RAID 0 for performance or both(RAID10). For more detail, please
check here for more information.
Advance Thermal Solution for Extreme
Performance
The thermal design is exclusively for high end SSDs with its smart active and
passive cooling. It prevents SSDs from thermal throttling and ensures stable
operation. The working temperature is 30%* lower with the armor, dense heatsink
and reactive fan.
Advance Thermal Solution for Extreme Performance | Armor with
Conducted Airflow and Active Fan
A multi-cuts heatsink touches the SSD's hottest area. The blower fan helps to
draw heat away more quickly, preventing thermal throttling on the SSD to
maintain amazing speeds at all times.
Temperature Sensor and Fan Profile
Built in with 9 temperature sensors to real time monitor SSD and RAID
controller working temperature.
The dedicated AORUS Storage Manager*, it provides three fan operating modes
for user to choose base on hardware configuration and workload. In the meantime,
minimize fan noise and extend the fan's longevity. Silent, the quiet one,
Balanced and full speed Performance mode.
Why is keeping an SSDs at lower temperatures so
important?
* Higher working temperature may cause data loss. The degradation factor of
data loss could be a hundred times higher.
* With advance thermal solution, the AORUS RAID SSD can operate at lower
working temperatures to improve data storage reliability.
Furthermore, SSDs can deliver extreme performance for longer
periods.
Composition
AORUS Storage Manager
AORUS Storage Manager is a dedicated software to detect and monitor multiple
SSD status such as how many SSD is detected, enable Software RAID0 with a single
click and select different fan mode base on different hardware
configurations.
* The picture are for reference only.
* Functions may vary by different platform.
* AORUS Storage Manager doesn't support un-RAID with one click, it has to be
manually set up at BIOS.
Dimension
Specifications
|
Interface |
PCI-Express 3.0x8, NVMe
1.3 |
|
Form
Factor |
PCI Express
Card |
|
Total
Capacity |
2TB |
|
Warranty |
Limited 5-years or
700TBW / per SSD |
|
NAND |
High Quality 3D
TLC |
|
External DDR
Cache |
512MB / per
SSD |
|
Sequential Read
speed |
Up to 6300
MB/s |
|
Sequential Write
speed |
Up to 6000
MB/s |
|
Mean time between
failure (MTBF) |
1.77 million
hours |
|
Power Consumption
(Active) |
Average: R : 19W; W :
19W |
|
Power Consumption
(Idle) |
7.5W |
|
Temperature
(Operating) |
0C to
70C |
|
Temperature
(Storage) |
-40C to
85C |
|
Note |
* Test system
configuration: configuration may vary by models, we will choose the latest
platform for verification. |
|
* Performance may vary
based on SSD's firmware version and system hardware & configuration.
Sequential performance measurements based on CrystalDiskMark v.5.1.2 and
I0meter 1.1.0. |
|
* Speeds based on
internal testing. Actual performance may vary. |
|
* TBW (Terabyte
Written):Terabytes Written" is the total amount of data that can be
written into an SSD before it is likely to fail. |
|
* 1GB = 1 billion
bytes. Actual useable capacity may vary. |
|
* 5 years or 700TBW,
whichever comes
first. |
