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In the 2U GPU server ESC4000 G4 with Intel processors from the Xeon family, four double-deck GPU cards do the actual floating-point computing work. Its RAID mass storage with eight LFF SATA hard disk bays, the redundant power supplies and its 8+3 PCIe slots complete the coherent equipment list. The fast server offers terrific computing performance, enormous scalability and high energy efficiency.High-density computing is specifically designed to fit more computing power into one rack. The two-rack ESC4000 G4 easily does this by accommodating up to four GPUs for extremely high power density. The ESC4000 G4 supports up to eight PCIe Gen3 x16 slots. This results in high expandability and great compatibility with many expansion cards. Thus, the server works with a large number of GPU cards (NVIDIA Tesla, GridTM and AMD FirePro S series). In addition, there is also a PCIe Gen3 x 24 slot, which can also fit two low-profile HBAs or proprietary network cards with FDR and 10 GbE interface by means of a riser board.

The four height units occupying GPU server from ASUS works with two Intel Xeon processors and can be equipped with up to 3 terabytes of RAM. The eight front-accessible drive bays are unceremoniously docked to the SATA controller. Optionally, there is also a controller for fast SAS disks and SSDs. In addition, the ESC8000 G4 also offers two M.2 interfaces for SSDs (SATA 6 Gbit/s & PCIe Gen3 x4 link 22110/2280/2260), as well as two NVMe slots. (If the latter are used, the number of usable SATA drives is reduced from eight to six). Of its ten PCIe expansion slots, up to eight bays can be used for GPU cards. NVIDIA Tesla V100s are suitable for this, for example. Fully equipped, the fast computing machine achieves around 112 teraflops (Floating Point Operations Per Second) according to Single Precision calculations. For comparison: A server without GPU support calculates floating point operations about 200 times slower.

The four height units occupying GPU server from ASUS works with two Intel Xeon processors and can be equipped with up to 3 terabytes of RAM. The eight front-accessible drive bays are unceremoniously docked to the SATA controller. Optionally, there is also a controller for fast SAS disks and SSDs. In addition, the ESC8000 G4 also offers two M.2 interfaces for SSDs (SATA 6 Gbit/s & PCIe Gen3 x4 link 22110/2280/2260), as well as two NVMe slots. (If the latter are used, the number of usable SATA drives is reduced from eight to six). Of its ten PCIe expansion slots, up to eight bays can be used for GPU cards. NVIDIA Tesla V100s are suitable for this, for example. Fully equipped, the fast computing machine achieves around 112 teraflops (Floating Point Operations Per Second) according to Single Precision calculations. For comparison: A server without GPU support calculates floating point operations about 200 times slower.

Ceph is a distributed open source SDS system that provides access to object, block and file storage. Ambedded's server lineup combines these capabilities in the specially developed Mars 400 appliance. The Ambedded developers have taken a new approach and have virtually emulated the Ceph architecture with hardware. In this way, they created servers that are optimally adapted to Ceph, while at the same time operating extremely economically with their ARM processors. Each CPU is assigned an SSD or HDD and thus forms an independent microserver. As many as eight of these micro servers operate in a 1U appliance from Ambedded. Thus, with this efficient technology, it is possible that an HA cluster with 21 hard disks, 24 SSDs and 24 processors on 3U requires less than 400 watts of power.

Zealbox Z50 form an open hardware platform that can be installed in different housing variants depending on the performance and interface requirements of the customer. However, the Z50 servers have one thing in common: a single- or dual-socket boards based on Intel. In combination with the up to four terabytes of RAM in the 16 memory banks of the Supermicro board, there are no more performance bottlenecks. They are therefore ideally suited for virtualization, databases and hosting, or even as high-availability storage.In the various housing variants from two to four height units, our Z50 servers offer space for 8 to 36 SFF and/or LFF drives. The basic model Zealbox Z50.11-08R2 has a 2U rackmount chassis with eight LFF drive bays. Additional interfaces, controllers or other options are added as needed. Moreover, we do our best to realize special requests.

Zealbox Z50 form an open hardware platform that can be installed in different housing variants depending on the performance and interface requirements of the customer. However, the Z50 servers have one thing in common: a single- or dual-socket boards based on Intel. In combination with the up to four terabytes of RAM in the 16 memory banks of the Supermicro board, there are no more performance bottlenecks. They are therefore ideally suited for virtualization, databases and hosting, or even as high-availability storage.In the various housing variants from two to four height units, our Z50 servers offer space for 8 to 36 SFF and/or LFF drives. The basic model Zealbox Z50.12-12R2 has a 2U rackmount chassis with twelve LFF drive bays. Additional interfaces, controllers or other options are added as needed. Moreover, we do our best to realize special requests.

Zealbox Z50 form an open hardware platform that can be installed in different housing variants depending on the performance and interface requirements of the customer. However, the Z50 servers have one thing in common: a single- or dual-socket boards based on Intel. In combination with the up to four terabytes of RAM in the 16 memory banks of the Supermicro board, there are no more performance bottlenecks. They are therefore ideally suited for virtualization, databases and hosting, or even as high-availability storage.In the various housing variants from two to four height units, our Z50 servers offer space for 8 to 36 SFF and/or LFF drives. The basic model Zealbox Z50.13-24R2 has a 2U rackmount chassis with 24 SFF drive bays. Additional interfaces, controllers or other options are added as needed. Moreover, we do our best to realize special requests.

Zealbox Z50 form an open hardware platform that can be installed in different housing variants depending on the performance and interface requirements of the customer. However, the Z50 servers have one thing in common: a single- or dual-socket boards based on Intel. In combination with the up to four terabytes of RAM in the 16 memory banks of the Supermicro board, there are no more performance bottlenecks. They are therefore ideally suited for virtualization, databases and hosting, or even as high-availability storage.In the various housing variants from two to four height units, our Z50 servers offer space for 8 to 36 SFF and/or LFF drives. The basic model Zealbox Z50.15-16R3 has a 3U rackmount chassis with 16 LFF drive bays. Additional interfaces, controllers or other options are added as needed. Moreover, we do our best to realize special requests.