![]() ![]() Non-operation humidity: 20% ~ 90% (Non-condensing)Įach Cheetah RAID Raptor canister can be directly connected to the AMD CPU via 16x PCIe Gen4 Lanes or linked through a hardware NVMe RAID controller. – RedHat Enterprise Linux Server 8.2 (64bit) / 7.9 (64bit) – Four spare slots for Network Adapters or Hardware Acceleratorsġ2x U.2/U.3 2.5” NVMe PCIe Gen 4 SSDs via 3 Hot-Swappable NVMe canisters ![]() – Supports 3x Broadcom/Microchip Hardware RAID Controllers or 3x Gen4 x16 Retimer Cards Supports up to 2TB Registered ECC DDR4 3200MHz SDRAM Cheetah RAID Raptor Spec Sheet Supported CPU The canisters support SED drives and can be encrypted to provide additional data security. Raptor has cut the cord that restricted data migration to an external network fabric. After the data has been processed, the canister can hot-swap to a different location. The canister design allows data to be logged and processed separately. The Raptor, equipped with AMD Milan, can support demanding applications while still offering low-latency access to storage. The Raptor design includes detailed airflow considerations that take advantage of the AMD Milan processor power with the ability to use all 64 cores and the 128x Gen4 PCIe lanes. Cheetah’s data canisters were designed to support AMD Milan, allowing the canisters to migrate data from a moving vehicle to a data center instantly. Cheetah RAID Raptor DesignĪs previously mentioned, the server comes with an AMD EPYCEPYC Zen 3 (Milan) CPU, providing the Cheetah RAID Raptor with impressive processing power. In our testing, we’re leveraging 12x Solidigm P5316 SSDs with a 30.72TB drive capacity. The ability to store nearly a petabyte of data in a single server equates to more data collection and less time swapping canisters. With the recently launched Solidigm 61.44TB SSDs, a single system can hold an astonishing amount of data density. In this case, SSDs are a perfect fit since these servers find themselves in the back of autonomous vehicles or embedded in aircraft or other vehicles with plenty of jostling. The ability to physically swap canisters frees data migration from the constraints of the network fabric.įor the variety of edge use cases that generate immense amounts of data, the Raptor benefits greatly from high-capacity drives. The canisters allow data to be logged and processed independently, and the modularity allows for easy hot-swapping and migration of canisters to different locations. Each of the canisters holds up to four SSDs. In addition to a wide variety of PCIe® expansion options, the Raptor is highlighted by three hot-pluggable Gen4 NVMe® canisters, AMD EPYC CPUs with up to 64 cores, and 128x Gen4 PCIe lanes.įrom a server design perspective, the triple canister design is a core feature that differentiates the Raptor. ![]() The Cheetah RAID Raptor is a high-performance server designed to overcome the common bottleneck of storage performance that often limits server performance in edge scenarios. The Cheetah RAID Raptor helps organizations manage sprawling edge data with a server that offers modular storage canisters that can now support nearly 3/4 of a petabyte across just 12 drives. There is an interesting alternative, though. Layer in the additional benefits of real-time AI at the edge, and the lightweight edge servers are easily overtaxed. You don’t have to be in retail or oil and gas exploration to understand that with more data being created and collected at the edge, IT needs better hardware solutions designed for this vast array of emerging edge tasks. There’s little doubt that edge use cases are a primary concern for many IT organizations. ![]()
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