What good are the fastest computers if the data to be processed cannot pass the "bottleneck" fast enough. They don't perform at full capacity, generate high operating costs and can set you back in performance-oriented competition. Are you aware that conventional data controllers only get a maximum of 10 to 20% of the possible read speed of SSDs? A disaster for data-driven companies that is easily avoidable. We will show you how to get the full performance, in terms of speed, out of your data storage devices and why using powerful storage hardware and software is a significant competitive advantage.
Data-driven organizations need to increase data throughput so they can leverage the full power of compute servers. With GRAID technology, you can harness 100% of the performance possible and eliminate the bottleneck that severely degrades the performance of your IT infrastructure.
THE SOLUTION IS GRAID SupremeRAID™
THE NEW PERFORMANCE STANDARD FOR ENTERPRISE DATA PROTECTION
GRAID SUPREMERAID™ SR-1010 GPU-BASED NVME RAID CARD
Unleash the full potential of your SSD performance with the world's first GRAID SupremeRAID™ NVMe RAID card.
Introducing: The new GRAID SupremeRAID SR-1010 based on the NVIDIA A2000 GPU. The SupremeRAID™ SR-1010 is the first NVMe and NVMeoF GPU/RAID card to unlock the full potential of SSD performance. This PCIe 4.0 adapter delivers lightning-fast SSD performance in AI-accelerated compute, AFA and HPC applications. Designed for both Linux and Windows operating systems, it supports RAID levels 0/1/10/5/6/JBOD, while the core software license supports up to 32 native NVMe drives. Best of all, it enables SSD performance of up to 100%! This literally makes current hardware and software NVMe RAID solutions look old.
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19M
iOPS
110GB/s
Throughput
Up to
100%
SSD performance
5x
Faster Overall
80%
Cost Savings
GRAID SupremeRAID™ eliminates the traditional RAID bottleneck to unlock the full potential of your SSD performance. Introducing the world's fastest NVMe and NVMeoF RAID cards for PCIe Gen 3 and 4, delivering superior NVMe/NVMeoF, SAS and SATA performance while increasing scalability and flexibility and lowering total cost of ownership (TCO). A single SupremeRAID™ card achieves 19M IOPS, 110GB/s performance and supports up to 32 native NVMe drives.
While traditional RAID technology has become the bottleneck of SSD hard drives, GRAID Technology has developed a breakthrough software and hardware solution to eliminate the performance bottleneck of RAID protection for SSDs.
GRAID SupremeRAID is integrated into the system as a PCIe device using a virtual NVMe controller installed on the operating system. It is equipped with a powerful AI processor to process all RAID operations of the virtual NVMe controller.
GRAID SupremeRAID is integrated into the system as a PCIe device using a virtual NVMe controller installed on the operating system. It is equipped with a powerful AI processor to process all RAID operations of the virtual NVMe controller.
Hardware RAID controllers or software RAID solutions are used to protect data in the event of a hard disk failure. In the era of conventional hard disks, a simple ASIC hardware chip on a RAID card could fully handle all input/output (I/O) operations, even with SAS hard disks the maximum performance was around 200 IOPS at a transfer rate of 150 MB/s.
GRAID's international team of engineers and developers have succeeded in overcoming the current limitations of high performance data protection. The main challenge lies in the data bottleneck of traditional RAID solutions. On average, basic software delivers only 10 to 14 percent of SSD performance, consuming almost all CPU processing power. Flash storage performance is evolving too quickly to be fully exploited by existing storage architectures that use proprietary hardware systems. While these achieve better performance, they cannot fully exploit the potential of flash storage, so there is little or no return on investment in NVMe SSDs.
With read and write speeds orders of magnitude faster with SSD and NVMe, traditional RAID has become a bottleneck. GRAID Technology's latest development in GPU-accelerated RAID performs RAID parity calculations, freeing up CPU resources and delivering record-breaking NVMe-SSD & NVMe-oF performance without sacrifice.
RAID (Redundant Array of Independent Disks) technology is used in various computer/storage systems with a large number of hard disks. With the introduction of SSDs (Solid-State Drives).transfer rates of up to 1 million I/Os per second with a transfer rate of up to 7 GB/s are not uncommon for a single NVMe SSD in today's SSD era. This massive performance increase that SSDs offer cannot be handled by today's software RAID solutions. This leads to a performance bottleneck for the entire storage system.
Give your IT performance a boost
a single SupremeRAID™ SR1010 card can easily manage 32 direct-attached NVMe SSDs, and because it is based on NVMe-oF, there is no loss in network performance. SupremeRAID™ offloads RAID from the CPU, providing strong and reliable data protection without the associated complexity and performance costs of most current solutions.
"RAID data protection is a critical element in protecting valuable data assets, but traditional RAID implementations have not realized the full performance potential of enterprise solid-state drives," said recent Jay Kramer, Chairman of the FMS 2022 awards program, and is proud to present GRAID Tech with the "Best of Show Award" for its SupremeRAID™ storage solution, which protects both direct-attached SSDs and NVMeoF-attached SSDs and delivers 100 percent of available SSD performance with a single SupremeRAID™ card. It can deliver up to 19 million IOPS and 110 GB/s of bandwidth. GRAID SupremeRAID™ technology is sure to quickly become the data protection solution of choice for data centers around the world. The innovative solution provides the speed, flexibility and unmatched total cost of ownership that the market demands for future high-performance workloads in modern data centers.
"RAID data protection is a critical element in protecting valuable data assets, but traditional RAID implementations have not realized the full performance potential of enterprise solid-state drives," said recent Jay Kramer, Chairman of the FMS 2022 awards program, and is proud to present GRAID Tech with the "Best of Show Award" for its SupremeRAID™ storage solution, which protects both direct-attached SSDs and NVMeoF-attached SSDs and delivers 100 percent of available SSD performance with a single SupremeRAID™ card. It can deliver up to 19 million IOPS and 110 GB/s of bandwidth. GRAID SupremeRAID™ technology is sure to quickly become the data protection solution of choice for data centers around the world. The innovative solution provides the speed, flexibility and unmatched total cost of ownership that the market demands for future high-performance workloads in modern data centers.
Briefly explained
SupremeRAID™ is based on an NVIDIA T1000 or NVIDIA A2000 GPU and is integrated into the operating system as a virtual NVMe controller. All RAID operations are calculated by the GPU, so there is no load on the CPU. All drives used for RAID are directly connected to the system. RAID can be achieved in terms of IOPS, data throughput, latency and availability by removing bottlenecks from the CPU (software RAID) or the hardware RAID controller (up to 16 PCIe lanes/4 drives).
Performance comparison
Impressive, isn't it? It's worth taking a look at the new GRAID RAID solutions to see
that these cards are the right choice for you.
that these cards are the right choice for you.
Workload
4K Random Read
4K Random Write
512K Sequential Read
512K Sequential Write
4K Random Read in Rebuild
4K Random Write in Rebuild
4K Random Write
512K Sequential Read
512K Sequential Write
4K Random Read in Rebuild
4K Random Write in Rebuild
GRAID SupremeRAID™SR-1000 for PCIe Gen 3
16 M IOPS
820 K IOPS
110 GB/s
11 GB/s
3 M IOPS
820 K IOPS
110 GB/s
11 GB/s
3 M IOPS
GRAID SupremeRAID™SR-1010 for PCIe Gen 4
19 M IOPS
1.5 M IOPS
110 GB/s (Gen4)
22 GB/s
5.5 M IOPS
1.1 M IOPS
1.5 M IOPS
110 GB/s (Gen4)
22 GB/s
5.5 M IOPS
1.1 M IOPS
High-end hardware RAID
3.5 M IOPS
180 k IOPS
13.5 GB/s
4 GB/s
36 K IOPS
180 k IOPS
13.5 GB/s
4 GB/s
36 K IOPS
In high-performance applications,
speed and throughput are the be-all and end-all
speed and throughput are the be-all and end-all
Flexible and future-proof
The revolutionary GRAID SupremeRAID™ AI eliminates the traditional RAID bottleneck by fetching SSD resources from a remote JBOF to provide a storage volume for your high-performance applications.
Plug & Play
Unlike traditional hardware RAID cards, GRAID SupremeRAID™ does not require additional cabling to connect SSD hard drives to the RAID card. This eliminates the cost of redesigning your existing hardware system and eliminates another potential failure point.
Freeing CPU resources
GRAID SupremeRAID™ handles all input and output processing and RAID calculations to free up your valuable CPU resources for other applications. Your productivity increases and costs decrease.
Supports a wide range of NVMe interfaces
GRAID SupremeRAID™ can be used with U.2, M.2 or even AIC NVMe interfaces, making SupremeRAID™ the most versatile NVMe SSD RAID card in the world.
User friendly and easy to manage
GRAID SupremeRAID™ leverages its powerful compute and software capabilities to deliver up to a 40x performance increase over a traditional RAID card without memory caching.
High scalability
Highly scalable, and new software features such as compression and encryption can be easily added.
Turn on the turbo
GRAID offers two SupremeRAID™️ cards: The first-generation PCIe Gen 3 SR-1000 based on the NVIDIA T1000, and the new second-generation PCIe Gen 4 SR-1010 based on NVIDIA's RTX A2000. Both generations are GPU-based RAID controllers, via a virtual NVMe controller installed via software, and both offer far more performance than classic NVMe RAID SSD solutions can provide.
GRAID SupremeRAID™
SR-1000 for PCIe Gen 3
SR-1000 for PCIe Gen 3
SupremeRAID™ SR-1000 cutting-edge technology eliminates the traditional RAID bottleneck to unlock the full potential of your SSD performance. A single SR-1000 card can deliver 16 million IOPS and 110 Gb/s throughput. (Based on RAID5 with 3rd Gen Intel® Xeon Scalable Platform and Intel D7-P5510)
Workload | SupremeRAID™ SR-1000 | High-end hardware RAID |
|---|---|---|
4k Random Read | 16 M IOPS | 3.5 M IOPS |
4k Random Write | 750 k IOPS | 180 k IOPS |
512k Sequential Read | 110 GB/s | 13.5 GB/s |
512k Sequential Write | 11 GB/s | 4 GB/s |
4k Random Read In Rebuild | 3 M IOPS | 36 k IOPS |
4k Random Write In Rebuild | 600 k IOPS | 18 k IOPS |
*Based on RAID5 with 3rd Generation Intel® Xeon Scalable Platform and Intel D7-P5510
GRAID SupremeRAID™
SR-1010 for PCIe Gen 4
SR-1010 for PCIe Gen 4
The SupremeRAID™ SR-1010 boosts read performance to 19M IOPS and 110GB/s throughput and increases write performance to 1.1M IOPS and 22GB/s throughput in RAID 5/6 while maintaining superior levels of data protection. (Based on Linux RAID5 with Intel Xeon Gold 6338 CPU 32-core at 2.0GHz x 2)
Workload | SupremeRAID™ SR-1010 | High-end hardware RAID |
|---|---|---|
4k Random Read | 19 M IOPS | 3.5 M IOPS |
4k Random Write | 1.5 M IOPS | 180 k IOPS |
512k Sequential Read | 110 GB/s | 13.5 GB/s |
512k Sequential Write | 22 GB/s | 4 GB/s |
4k Random Read In Rebuild | 5.5 M IOPS | 36 k IOPS |
4k Random Write In Rebuild | 1.1 M IOPS | 18 k IOPS |
*Based on Linux RAID5 with Intel Xeon Gold 6338 CPU 32-Core with 2.0GHz x 2
R282-Z9G & 2124US-TNRP - ALL-IN-ONE STORAGE SERVER
INCL. GRAID TECHNOLOGY
INCL. GRAID TECHNOLOGY
With Gigabyte's R282-Z9G server & Supermicro's 2124US-TNRP server, you get an all-in-one server solution that is compatible with the GRAID SupremeRAID™ SR-1010, specifically targeting high-performance NVMe (Gen4) SSDs for RAID.
Supermicro & GIGABYTE servers in combination with GRAID SupremeRAID™
Solutions that deliver 100% NVMe SSD performance
without compromising data protection or business continuity
without compromising data protection or business continuity
GRAID SupremeRAID™ is the highest performance, high-speed data protection solution designed specifically for NVMe SSDs. Test results show that the performance of different workloads can be met by the performance of different configurations. A RAID-5 group of 3 CM6-R SSDs designed for database and OLAP use cases can achieve 4671K IOPS random reads and 765K IOPS random writes and maintain extremely low latency. Even if an SSD hard drive is damaged, it can still perform more than one million random reads and writes, which does not affect the application performance in any way. A RAID-5 group consisting of 20 CM6-R SSDs can provide extremely high usable storage. With 91 GiB/s sequential read and 7 GiB/s sequential write, it is a perfect solution for applications that require read throughput, such as AI training, Big Data analytics, etc. Finally, a RAID-10 group consisting of 20 CM6-R SSDs can provide 104 GiB/s sequential read and 30 GiB/s sequential write, which is nearly eight times the performance of a traditional hardware RAID card. If an SSD is damaged, it can still maintain a very high bandwidth and complete data recovery in a very short time
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GIGABYTE SYS-R282-NO0
The GIGABYTE R-Series Server - R282-NO0 is a full-flash server powered by the third-generation Intel® Xeon® Scalable Processor.
HIGHLIGHTS
HIGHLIGHTS
- PCIe 4.0 technology for twice as fast and large data throughput.
- 64 lanes per socket with up to 128 lanes in a 2P configuration for fast data transfer from CPU to GPU.
- up to 40 cores per socket with greatly improved IPC on Intel's 10nm architecture while running the CPUs at 105-270W. It also adds an additional UPI lane for up to 11.2 GT/s for low-latency interconnect between CPUs.
- Each processor offers eight memory channels to support 8 or 16 DIMM slots with up to DDR4-3200, and there are two sub-clustering modes, Sub NUMA (SNC) and Hemisphere (HEMI), which work with balanced memory and result in performance improvements. In addition, Intel Optane PMem 200 series support provides two modes for greater memory capacity and data persistence to process large amounts of data faster.
- AI inference and training are enhanced with DL Boost technology to provide better insight into business, operational and security workflows. Applications include HPC, AI, and media and graphics.
- The SupremeRAID SR-1000 supports 4 to 32 NVMe storage devices and unleashes the power of 6 million random IOPS and high-performance throughput of 100GiB/s. By offloading storage operations to the GRAID SupremeRAID card, CPU computing resources are freed up, benefiting 5G and AIoT implementations.
The Gigabyte R282-NO0 Full Flash server is compatible with the
GRAID SupremeRAID SR-1000.
GRAID SupremeRAID SR-1000.
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We see 5G, AI, and IoT workloads benefiting from Kioxia's high-performance Gen4 NVMe SSD. To ensure business continuity, GRAID Technology, together with Kioxia and GIGABYTE, is introducing the next generation of server, storage and data protection technology. It is capable of delivering industry-leading performance.
Leander Yu, CEO of GRAID Technology Inc.
GIGABYTE SYS-R282-Z94
The fast and stable read and write performance of the high-performance Kioxia CM6-R enterprise-class SSD combined with the GRAID SupremeRAID™ data protection solution, GIGABYTE R282-Z94 Full NVMe server, and AMD EPYC™ 7742 64-core processor can be deployed to a wide range of high-density computers in an optimized configuration without worrying about the performance bottleneck caused by data protection.
this solution features a 128-core CPU in a single 2U server with storage that delivers more than 100 GiB/s bandwidth, 6 million IOPS, and up to 570 TB of usable storage while providing comprehensive data protection, significantly reducing system complexity and total cost of ownership.
this solution features a 128-core CPU in a single 2U server with storage that delivers more than 100 GiB/s bandwidth, 6 million IOPS, and up to 570 TB of usable storage while providing comprehensive data protection, significantly reducing system complexity and total cost of ownership.
The Gigabyte Server R282-Z94 is compatible with the GRAID SupremeRAID SR-1000 and SR-1010.
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GRAID SupremeRAID™ a unique server solution for resolving RAID deficiencies.
Gigabyte's R282-Z9G GRAID server bypasses the hardware and software RAID limitations that cause RAID bottlenecks when using NVMe SSDs. The new SKU builds on the success of the R282 series and is designed to house an all-in-one server solution that specifically targets high-performance NVMe (Gen4) SSDs for RAID by integrating the GRAID SupremeRAID™ solution into the R282-Z9G. This is the first GIGABYTE server to incorporate a GRAID technology solution and has proven to be highly successful with Kioxia CM6-R SSDs.
R282-Z9G: GRAID fOR RAID
More and more companies are deploying flash storage and doing so on a larger scale. However, there can be pitfalls when using RAID, such as limitations in processing power or consuming a large amount of CPU resources. To solve these issues and do so with a large number of drives, GRAID SupremeRAID works by installing a virtual NVMe controller on the operating system while integrating a PCIe device for high performance. With this solution from GIGABYTE, throughput of over 100 GB/s is possible for workloads in HPC, 4K/8K video editing, high-frequency trading, online transaction processing, or database processing.
The R282-Z9G ships with the GRAID card installed and has demonstrated optimal performance with up to 20 x Kioxia CM6 (Gen4) drives. The R282-Z9G supports dual AMD EPYC 7003 processors with up to 64 cores and a maximum TDP of 240W. Due to the dual-socket design, 32 DIMM slots are available for 2 DIMMs per channel in the 8-channel memory configuration. A PCIe 4.0 x16 FHHL slot is available for high-speed networking. There are also 2 x 2.5" SATA SSD bays at the rear of the case. USB 3.0 ports, a VGA port for local management, and a pair of 1GbE LAN ports are located at the rear of the chassis. The system is powered by redundant 1600W power supplies.
"When you invest in Gen4 (and soon Gen5) SSDs, you don't want to sacrifice performance," said Brian Beeler, president of StorageReview.com, in his latest review of the NVMe RAID card. "The GRAID SupremeRAID solution is absolutely phenomenal; we were blown away by the efficiency of this easy-to-use card and its accompanying software."
the fast and stable read and write performance of the Kioxia CM6-R combined with the GRAID SupremeRAID™ data protection solution, Gigabyte servers, and AMD EPYC™ processor can be deployed to a variety of high-density computers in an optimized configuration without worrying about the data protection-induced performance bottleneck.
The R282-Z9G ships with the GRAID card installed and has demonstrated optimal performance with up to 20 x Kioxia CM6 (Gen4) drives. The R282-Z9G supports dual AMD EPYC 7003 processors with up to 64 cores and a maximum TDP of 240W. Due to the dual-socket design, 32 DIMM slots are available for 2 DIMMs per channel in the 8-channel memory configuration. A PCIe 4.0 x16 FHHL slot is available for high-speed networking. There are also 2 x 2.5" SATA SSD bays at the rear of the case. USB 3.0 ports, a VGA port for local management, and a pair of 1GbE LAN ports are located at the rear of the chassis. The system is powered by redundant 1600W power supplies.
"When you invest in Gen4 (and soon Gen5) SSDs, you don't want to sacrifice performance," said Brian Beeler, president of StorageReview.com, in his latest review of the NVMe RAID card. "The GRAID SupremeRAID solution is absolutely phenomenal; we were blown away by the efficiency of this easy-to-use card and its accompanying software."
the fast and stable read and write performance of the Kioxia CM6-R combined with the GRAID SupremeRAID™ data protection solution, Gigabyte servers, and AMD EPYC™ processor can be deployed to a variety of high-density computers in an optimized configuration without worrying about the data protection-induced performance bottleneck.
R282-Z9G (rev. A00)
AMD EPYC™ 7003 DP Server System - 2U 20-Bay Gen4 NVMe with GRAID solution
- Hardware-level Root of Trust support
- Equipped with GRAID SupremeRAID SR-1010 NVMe/NVMe-oF RAID card
- Two AMD EPYC™ 7003 series processors
- 8-channel RDIMM/LRDIMM DDR4 per processor, 32 x DIMMs
- 2 x 1Gb/s LAN ports (Intel® I350-AM2)
- 1 x Dedicated management port
- 20 x 2.5" Gen4 NVMe hot-swappable front SSD bays
- 2 x 2.5" SATA/SAS hot-swappable HDD/SSD bays on the rear panel
- Ultra-fast M.2 with PCIe Gen4 x4 interface
- 1 x PCIe Gen4 expansion slot
- Redundant 1600W (240V) 80 PLUS Platinum power supply unit
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SYS-620H-TN12R
HIGHLIGHTS:
- Two 3rd generation Intel® Xeon® Scalable processors.
- 32 DIMM slots with up to 8TB DRAM. 3200/2933/2666 ECC DDR4 LRDIMM;RDIMM.
- Up to 8TB Intel® Optane™ Persistent Memory (up to 12TB with DRAM).
- (Optional) PCI-E slot configuration up to 8 PCI-E 4.0 x8 or 4 PCI-E 4.0 x16 slots with support for double-width GPU/accelerator cards.
- Flexible networking options with up to 2 AIOM network slots (OCP NIC 3.0 compatible).
- 12x 3.5"/2.5" hot-swap NVMe/SATA/SAS drive bays;
- 2x internal M.2 NVMe/SATA drive slots
- Optional RAID support via storage expansion card
- 4 high-performance hot-swap fans with optimal fan speed control
- Redundant 1200W power supplies with PMBus
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Supermicro SYS-2124US-TNRP
HIGHLIGHTS:
- Two AMD EPYC™ 7003/7002 series processors
- 8TB Registered ECC DDR4 3200MHz SDRAM in 32 DIMMs
- Expansion slots: 1 PCI-E 4.0 x16 slot (FH, 9.5" L)
- Integrated IPMI 2.0 + KVM with dedicated LAN
- Dual-port 10GBase-T and dual-port 10G SFP+ via Intel® X710-TM4
- 24 hot-swap 2.5" U.2 NVMe drive bays.
- Support for up to 24 SATA/SAS drives via optional SAS kit
- Redundant 1600W Titanium Level (96%) power supplies
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GIGABYTE SYS-R282-Z96
The R282-Z96 offers a balance between storage volume and fast throughput, and also has high CPU and GPU computing potential. It is a well-balanced server for various workloads. The R282-Z96 supports high-end AMD EPYC 7002 series dual CPUs at 280W and has 32 DIMMs supporting a fast 3200MHz memory configuration (2DPC). Storage options include 8 x 3.5-inch bays for SATA drives and 4 x 3.5-inch hybrid bays for NVMe or SATA drives. SAS drives are also supported with an additional SAS card. For GPU computing, 4 x full-height full-length (Gen4 x16) slots are available as well as space for 3 x FHFL double slot GPUs. In addition, the network can be expanded with the 2 x OCP mezzanine slots. There is a single M.2 drive on the motherboard.
The Gigabyte Server R282-Z96 is compatible with the GRAID SupremeRAID SR-1000.
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Introducing
:GRAID SupremeRAID™
:GRAID SupremeRAID™
Designed for a modern, software-compatible environment, GRAID Technology brings you the world's first future-proof RAID card that protects not only your direct-attached flash storage, but also network attached storage via NVMe - all while delivering world-record performance speeds and an extremely low TCO.
GRAID SupremeRAID™
Contact us today to find out how GRAID's NVMeoF solution can unleash the full potential of your high-performance workloads or
inquire directly about the new GRAID SupremeRAID solution with appropriate server configuration based on e.g. Supermicro or Gigabyte.
inquire directly about the new GRAID SupremeRAID solution with appropriate server configuration based on e.g. Supermicro or Gigabyte.