Supermicro
Modèle: SYS-212H-TN-G1
The compute-forward node of the Gold Series quartet: a 2U single-socket Hyper platform built on the 24-core Intel Xeon 6 6521P with DDR5-6400, AMX matrix acceleration, and AIOM networking. The quartet's answer for virtualization density and CPU-side AI inference, sized as a starter build and scaled to your workload on quote. Configured and shipped worldwide DDP by MillionMiner.
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Tarification, délai de livraison et options d'hébergement. Conseils personnalisés de notre équipe commerciale.
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The Gold Series is a four-node system, and buying from it well means knowing which node does what. The SYS-511E-WR-G1 is the WIO value node, bought by the rack for stateless, reprovisionable work. The SYS-111C-NR-G1 is the 1U CloudDC operations node, the head node and hypervisor host. The SYS-521C-NR-G1 is the 2U CloudDC growth chassis, general-purpose with room to expand. This, the SYS-212H-TN-G1 Hyper, is the compute-forward node, and its specification says so: it spends its single socket on the strongest processor in the quartet rather than on expansion or density. The single-socket case. The Intel Xeon 6 6521P carries 24 cores in a uniprocessor-optimized package, the P-suffix denoting a part tuned for single-socket deployment rather than a half-populated dual-socket board. For a large class of workloads that is exactly right: one strong socket draws less power, generates less heat, and, critically, licenses more efficiently than two. Hypervisor and database licensing is frequently assessed per socket or per core, and a single 24-core socket consolidates a substantial VM or container population under the smallest possible license footprint. The platform pairs it with DDR5-6400, the fastest memory tier in the Gold Series, because single-socket compute nodes live and die on memory bandwidth per core. AMX inference, the part most CPU servers undersell. The Xeon 6 generation carries Advanced Matrix Extensions, on-die tensor acceleration that changes what a CPU can do with AI. For model inference, embedding generation, recommendation serving, and classical machine learning, AMX delivers throughput that makes a dedicated GPU unnecessary for a wide band of production work, and far more cost-effective where it applies. This is the node for the inference that should never have been a GPU line item: smaller models, latency-tolerant batch serving, and the CPU-resident stages of larger pipelines. The honest read on the configuration. The live build is one 32GB DDR5-6400 module, a single 960GB M.2 NVMe drive, and dual 10GbE through AIOM. State plainly what that is: a deliberate starter. Twenty-four cores will want more than 32GB and more than one populated memory channel under real virtualization load, and a single boot drive is a starting point rather than a storage tier. None of that is a flaw, it is how a configure-to-order platform ships before configuration, and the open channels and bays are the room to grow. MillionMiner sizes the memory to the core count and the workload, adds the storage tier the job needs, and specifies the networking, so the unit that arrives matches the deployment rather than the catalog default. Where it sits, and when to look elsewhere. Choose the 212H when single-socket compute, virtualization density, or AMX inference is the goal. Step to the 521C when general-purpose expansion in 2U matters more than peak single-socket performance, to the 111C for a dedicated operations head node, or to the 511E for disposable scale-out. And when the workload genuinely needs parallel acceleration, large-model training or high-throughput GPU inference, this is the wrong tool and the catalog's GPU platforms are the right ones, a routing the quote conversation makes honestly. Every Gold Series node is configured to order, tested, and shipped worldwide DDP with duties handled, with hosting in MillionMiner's own data centers available for operators who prefer the power bill handled too.
Four nodes make up the Gold Series, and they are not interchangeable. The 511E is the disposable cattle node, the 111C the operations head node, the 521C the general-purpose growth chassis, and this, the 212H Hyper, is the compute-forward member: the one specified when single-socket processor performance is the point. It is built on the Intel Xeon 6 6521P, 24 cores in a uniprocessor-optimized package, fed by DDR5-6400, the fastest memory the quartet runs. That combination targets two workloads precisely. Virtualization, where 24 modern cores consolidate a large VM population under a single-socket license, the most license-efficient way to run a hypervisor estate. And AI inference, where the Xeon 6 AMX matrix extensions accelerate the tensor math behind model serving, embeddings, and classical machine learning, the work that does not need a GPU and should not pay for one. The platform ships honestly as a starter: a single 32GB DDR5-6400 module, a 960GB M.2 NVMe boot drive, and dual 10GbE through AIOM. That is a deployable foundation and a deliberate one, single-channel memory and a single boot drive leave the platform's channels and bays open to populate against your actual workload at quote. The starting configuration is a floor, not a ceiling, and MillionMiner sizes the memory, storage, and networking to the job. Configured and shipped worldwide DDP.
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The Gold Series gives a data center four building blocks, and this is the one bought for processor power. The SYS-212H-TN-G1 is a 2U single-socket Hyper server built on the 24-core Intel Xeon 6 6521P, the strongest single-socket compute in the quartet, paired with DDR5-6400, the fastest memory tier in the line. It runs virtualization hosts at real consolidation density, and the Xeon 6 AMX matrix engine makes it a genuine CPU-side inference and machine-learning node where a GPU would be overkill. It ships as a deliberate starter, one 32GB module and a 960GB NVMe boot drive, and scales to your workload on quote. Configured and shipped worldwide DDP by MillionMiner.
24 single-socket Xeon 6 cores, the strongest processor in the Gold Series. For virtualization density and CPU work where expansion is not the point.
The Xeon 6 matrix engine accelerates model serving, embeddings, and classical ML, the inference that should never have been a GPU line item.
Ships with one 32GB DDR5-6400 module and a 960GB boot drive. Open channels and bays scale to your workload at quote, sized to the core count.
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It is the compute-forward node. The 511E is the value cattle node for disposable scale-out, the 111C is the 1U operations head node, the 521C is the 2U general-purpose growth chassis, and this 212H Hyper spends its single socket on the strongest processor in the line. Choose it when single-socket performance, virtualization density, or CPU inference is the goal rather than expansion or disposable scale.
The P-suffix marks a Xeon 6 part optimized for single-socket deployment, not a half-filled dual-socket board. One strong 24-core socket draws less power, runs cooler, and licenses far more efficiently than two, which matters because hypervisor and database licensing is often assessed per socket or per core. For a large class of consolidation and compute work, a single well-specified socket is the correct and most economical answer.
Because it ships before configuration. One 32GB DDR5-6400 module is a deliberate starter that populates a single memory channel; 24 cores under real virtualization load will want considerably more memory across more channels, and the platform leaves them open for exactly that. MillionMiner sizes the memory to your core count and workload at quote, so the starting figure is a floor, not the platform's ceiling.
For a wide band of work, yes. The Xeon 6 generation carries AMX, on-die matrix acceleration built for tensor math, which makes the CPU genuinely capable at model inference, embedding generation, recommendation serving, and classical machine learning. For smaller models, latency-tolerant batch serving, and the CPU-resident stages of larger pipelines, AMX removes the need for a dedicated GPU and the cost that comes with it. Workloads that need parallel scale still belong on the catalog's GPU systems.
Both are 2U, but they answer different questions. The 521C is the CloudDC general-purpose growth chassis, built for balanced expansion. This 212H is the Hyper line, built compute-forward: a stronger single-socket Xeon 6 and the quartet's fastest memory at DDR5-6400. Pick the 521C when general-purpose expansion leads; pick the 212H when single-socket compute performance and inference throughput lead.
The combination of 24 modern cores on a single socket and DDR5-6400 bandwidth. A large VM or container population consolidates onto one socket, which is the most license-efficient footprint for per-socket hypervisor licensing, while the fast memory keeps per-core bandwidth high under consolidation pressure. MillionMiner sizes the memory to your target VM density so the node is not memory-starved in production.
As shipped, a single 960GB M.2 NVMe boot drive and dual 10GbE through AIOM, Supermicro's modular networking. That is a deployable baseline; the storage tier and additional networking are specified per build, and the 2U chassis leaves room to add the data drives and higher-speed networking your workload needs. The exact bay and port fit-out is confirmed with your quote.
The live specification omits the PSU; this 2U platform uses redundant high-efficiency supplies in the Titanium class consistent with the Gold Series. The exact configuration is confirmed on quote, and it is flagged for the backend to add to the spec table, since a complete power figure is part of any honest server listing.
Move to the 521C for general-purpose expansion in 2U, the 111C for a dedicated operations head node, or the 511E for disposable scale-out bought by the rack. When the workload needs parallel acceleration, large-model training or high-throughput GPU inference, step to the catalog's GPU platforms instead. The quote conversation routes you to the right node rather than overselling this one.
Submit your workload and deployment details through the quote form. A MillionMiner specialist confirms the configuration, sizing the memory, storage, and networking to your job, the power and warranty terms, and the delivery plan. Every unit is tested before shipment and delivered worldwide DDP with duties and customs handled, with hosting in MillionMiner's own data centers available as the deployment alternative.