The fact that all eight drives are able to fit in the dual-slot card results in a storage solution that is both space-efficient and technologically advanced.
The SSD7749E is the first dual-slot NVMe RAID add-in card, and it was designed by HighPoint, a specialist in PCIe card technology. The card was developed specifically for use in server applications, and it offers support for a maximum of eight E1.S solid-state drives (SSDs). Additionally, it has an innovative dual-fan cooling technology that ensures all eight SSDs continue to operate at an optimal temperature. The card supports RAID 0, 1, 10, and non-RAID configurations, and it may function either as a RAID card or as a straightforward NVMe expansion card.
SSDs Performs 55 GB/s
Although dual-slot cards are common in the consumer market, notably among graphics cards, there is no such thing as a dual-slot AIC for storage cards. According to HighPoint, the major goal of the twin slot design included on the SSD7749E is to increase the card’s cooling capabilities for upcoming NVMe storage devices with transfer rates of up to 14GB/s.
This statement was made in reference to the SSD7749E. In the consumer market, similar drives already exist in the shape of the Best SSDs incorporating PCIe Gen 5 connection. These drives are currently available. However, the server industry has not yet adopted these lightning-fast storage speeds despite their obvious benefits.
Check out our list of the Best SSDs for additional information on some of the most impressive PCIe Gen 5 solid state drives. To be clear, the SSD7749E does not support PCIe Gen 5 speeds and only supports Gen 4 speeds, including a PCIe Gen 4 x16 interface. This information is provided for your convenience.
The cooling design of the SSD7749 is somewhat unique and has a “left to right” airflow approach. Two low-decibel cooling fans are positioned on the side of the card, and they draw air in via the slot directly. In a manner similar to that of blower-style GPUs, all of the hot air that has passed through the card exits through the opposite side of the card.
This design concept is quite different from that of ordinary expansion cards, which emphasize front-mounted fans that cool the card from top to bottom rather than side to side. This design philosophy is considerably different from that of regular expansion cards. The advantage of side-to-side cooling is that it is inherently compatible with both 1U and 2U server chassis, which include the same cooling system for chassis cooling. This compatibility is a benefit of side-to-side cooling.
In addition to its cooling capabilities, the SSD7749E has eight 9.5mm E.1S storage disks that are housed in drive slots that are vertically stacked. E1.S is a variation of M.2 that is significantly bigger and was developed specifically for use in the server sector. It is said to be the successor to the U.2 and offers five distinct size choices to cater to a variety of storage solutions. The storage slots on the SSD7749E do not need any additional tools, making it possible to install drives with little effort.
Using a PCIe Gen 4 x16 interface, the card is capable of speeds of up to 28 GB/s when eight drives are mounted. Using HighPoint’s Cross-Sync RAID technology, the board can achieve speeds of up to an even more remarkable 55 GB/s. As was mentioned before, the functionality provided by the card extends to RAID 0, 1, and 10 arrays in addition to individual disk configurations. PCIe switching technology allows up to four PCIe Gen 4 lanes to be dynamically assigned to a single drive to increase performance. This is possible in situations where the demand is not as heavy or if separate drives are configured.
The new dual-slot AIC from HighPoint comes equipped with a CPU core performance optimizer that, according to the manufacturer, resolves allocation concerns that may arise when utilizing a storage drive. It is expected that enabling this function would improve the performance of the SSD. The SSD7749E is not a budget-friendly purchase at its price point of $1,499 due to its origins in the server industry.
[…] state of the market, which sees storage capacities of up to several terabytes. Now, purchasing a 2TB NVMe M.2 SSD won’t exactly put a dent in your savings account. This is excellent news, since our need for […]
[…] user of the computer is dissatisfied with the performance of the low-cost external M.2 NVMe SSD that they purchased, and because the device’s transfer rates were so bad, the user chooses to […]
[…] decided to add a 16 GB Crucial DDR4-3200 CL 22 SODIMM and an SK hynix Gold P31 NVMe SSD to the system. The M.2 slot is capable of accommodating both SATA and NVMe SSDs, with the latter […]
[…] wanting extreme performance for PC builds and upgrades, the Kingston FURY Renegade PCIe 4.0 NVMe M.2 SSD delivers cutting-edge performance in large capacities. Through the utilization of the most recent […]
[…] next-generation performance in a multitude of applications today and in the future! These PCIe 5.0 NVMe SSDs can read sequentially at 12.4 […]