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Supermicro

Supermicro SYS-511E-WR-G1 1U Rackmount X13 UP Gold Series WIO SuperServer

Model: SYS-511E-WR-G1

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The entry node of the Gold Series utility lineup: a pre-configured 1U Supermicro WIO build with an Intel Xeon Silver 4510, 64GB of DDR5-5600 ECC memory, a 960GB NVMe boot drive, dual gigabit networking, and 1+1 redundant Titanium power. Sized and priced for the reprovisionable service roles every operation runs in multiples: web hosting, value IaaS, single-purpose services, and light virtualization. Assembled, tested, and shipped worldwide DDP by MillionMiner.

Full Specifications

Model SYS-511E-WR-G1
Chassis 1U
CPU Single 5th Gen Intel® Xeon® Silver 4510 Processor, 12 Cores
RAM 1x 64GB DDR5-5600 ECC RDIMM
Drive 1x 960GB M.2 NVMe SSD (boot; single, value tier)
Network Ports 2x 1GbE RJ45 LAN Ports via AIOM
Power Supply 2x 860W Redundant (1+1) Titanium Level Power Supplies
Key Applications Web Hosting, Value IaaS, Single-Purpose Services, Light Virtualization

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Product Details

Supermicro SYS-511E-WR-G1 1U WIO SuperServer: The Entry Tier of the Gold Series, the Pets-and-Cattle Logic, and Where Each Cut Was Made on Purpose

The Gold Series utility lineup in this catalog now spans three machines built on the same processor, and the differences between them are a short course in infrastructure economics. The 111C CloudDC carries mirrored boot drives, 128GB of memory, and 10GbE because it is built for the roles whose failure blinds an operation. The 521C adds a 2U growth chassis for roles that will expand. This WIO build is the third answer, and the most common one by unit count in any real fleet: the value node for roles that are replaceable by design. The platform behind the price. WIO is Supermicro's cost-optimized single-socket line, engineered for flexible I/O on an efficient board rather than for the cloud-operations feature set of the CloudDC family. The result is the same X13 generation, the same processor socket, and the same management foundation, at the economics the entry tier demands. Inside this build, the Intel Xeon Silver 4510 provides 12 cores and 24 threads of current 5th Gen Xeon Scalable efficiency, comfortably ahead of the web stacks, service VMs, container groups, and general compute duties this tier hosts, while drawing a fraction of the power that an oversized part would waste idling in the same role. The cuts, stated plainly, because they are the product. Memory is 64GB of DDR5-5600 ECC in a single module: half the 111C's fit-out, matched to roles that serve rather than cache, with the platform's open slots available for expansion on quote, and with ECC retained because memory integrity is non-negotiable on any machine that runs unattended. Storage is one 960GB NVMe boot drive with no mirror, and that is the tier's defining trade: a stateless node holds nothing worth mirroring, its identity lives in an image or a playbook, and recovery is redeployment rather than repair. Multiply the saved drive across ten or twenty fleet nodes and the economics are visible. Networking is dual gigabit through the modular AIOM interface, ample for web traffic, service meshes, and management duty, and deliberately not pretending to be a storage network. Any role that needs mirrored boot, more memory, or 10GbE is not this machine's job, it is the 111C's, and routing buyers honestly between them is the point of selling both. What was not cut. Dual 860W power supplies in 1+1 redundancy at the 80 PLUS Titanium level, the only efficiency tier that specifies performance at 10 percent load, which is where utility servers live. Redundant Titanium power on the cheapest node in the lineup is the line between value engineering and false economy: power supplies are the most common hardware failure in always-on fleets, and a node that survives one without a site visit pays for the second supply many times over. The Gold Series discipline also holds: this is a fixed, pre-assembled, pre-tested configuration, so deployment is racking, cabling, and imaging. Who buys it, and how. Hosting providers and agencies running web frontends and value IaaS. Operations standing up single-purpose hosts, a proxy here, a license server there, a build runner, a queue worker. Mining operators adding lightweight service boxes alongside the management node. And almost always in multiples, because the cattle tier scales horizontally by definition: the natural order at this tier is a row of identical units imaged from one template, and MillionMiner quotes fleet quantities in the same conversation as single units. Every machine ships worldwide DDP with duties and customs handled, and hosting in MillionMiner's own data centers is available for teams that want the fleet run for them.

Supermicro SYS-511E-WR-G1: The Honest Economics of the Reprovisionable Node

Infrastructure teams learned years ago to sort their machines into two kinds. Some servers are irreplaceable while they run, the monitoring host, the scheduler, the access layer, and those get mirrored drives, doubled memory, and fast networking, because their failure is everyone's problem. The rest are service nodes: web frontends, value IaaS instances, queue workers, single-purpose hosts. Their failure is a non-event, because the fix is redeploying an image onto the next box. The industry calls the first kind pets and the second kind cattle, and the costly mistake is buying pet-grade hardware for cattle roles. This WIO build is the cattle node done correctly. The Intel Xeon Silver 4510 brings 12 current-generation cores, real headroom for a web stack, a handful of service VMs, or a container group, at modest power draw. The 64GB of DDR5-5600 ECC memory fits the tier: error correction stays, because silent corruption is unacceptable even on replaceable machines, while capacity matches roles that do not hoard RAM. One 960GB NVMe drive boots it, and the absence of a mirror is the deliberate trade of this tier: stateless nodes keep nothing worth mirroring, and the savings multiply across every unit of a fleet. Dual gigabit ports carry service traffic comfortably, and where a role outgrows them, the 111C CloudDC sibling with 10GbE and mirrored boot is the honest answer. What does not get cut is power: dual 860W supplies in 1+1 redundancy at the 80 PLUS Titanium tier, the only tier with an efficiency requirement at the 10 percent loads these machines actually run. Redundant power on the value tier is what keeps a cheap node from becoming an expensive truck roll. Pre-configured as a fixed Gold Series build, quoted singly or by the rack row, shipped worldwide DDP by MillionMiner.

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Supermicro SYS-511E-WR-G1: The Value Node You Buy in Multiples

Not every server in a rack is precious. Web hosts, value IaaS nodes, single-purpose service boxes, and light virtualization hosts are the machines an operation runs in fives and tens, replaces by reprovisioning, and should never overpay for. This 1U Supermicro WIO build is sized for exactly that tier: an Intel Xeon Silver 4510 with 12 cores and 24 threads, 64GB of DDR5-5600 ECC memory, a 960GB NVMe boot drive, dual gigabit ports through the modular AIOM interface, and the one spec that still separates server from desktop at any price point, 1+1 redundant 80 PLUS Titanium power. Pre-configured, tested, and shipped worldwide DDP by MillionMiner.

The Value Tier, Engineered Honestly

12 Xeon Silver cores, 64GB ECC, NVMe boot, gigabit networking. Sized for web, value IaaS, and service roles, priced for buying in multiples.

Cattle, Not Pets, By Design

Single boot drive, no mirror, on purpose. Reprovisionable nodes keep nothing worth mirroring, and the savings repeat across the fleet.

Redundant Titanium Power Stays

1+1 860W supplies at the only 80 PLUS tier rated at 10 percent load. The one spec the value tier should never cut, so it was not.

FAQ

Frequently Asked Questions

The replaceable tier of an operation: web frontends, value IaaS instances, single-purpose service hosts, queue workers, build runners, and light virtualization. The roles a fleet runs in multiples and recovers by redeploying an image rather than repairing a machine. For the irreplaceable roles, monitoring, scheduling, access, the 111C CloudDC sibling with mirrored boot and 10GbE is the right machine, and MillionMiner routes you honestly between them.

Same processor, same Gold Series discipline, different tier. This WIO build carries 64GB against the 111C's 128GB, a single boot drive against its mirrored pair, and dual gigabit against its dual 10GbE, at entry-tier economics. The rule: machines whose failure hurts get the 111C; machines whose failure means reprovisioning get this. Most fleets need both, in roughly a one-to-many ratio.

Supermicro's cost-optimized single-socket server line, built for flexible I/O on an efficient platform. It shares the X13 generation and processor socket with the CloudDC family while trimming the cloud-operations feature set that entry-tier roles do not use, which is precisely where its economics come from.

For a stateful machine, yes, which is why the ops-node sibling ships mirrored. For the stateless roles this tier exists for, no: the node's identity lives in an image or an automation playbook, recovery is redeployment, and a mirror would protect nothing of value while adding cost to every unit of the fleet. If your workload keeps state on the box, that is the signal you are buying the wrong tier, and the quote conversation will say so.

For the target roles, comfortably: a web stack, several service VMs, or a container group fit with headroom, and the memory is ECC because silent corruption is unacceptable even on replaceable machines. Roles that genuinely need more belong on the 128GB sibling, and the platform's open slots make expansion a quoted option for edge cases in between.

It is a scoping decision. Dual 1GbE carries web traffic, service meshes, and management duty without strain, which covers this tier's actual roles. Data-heavy duty, storage gateways, and high-throughput services belong on the 10GbE CloudDC siblings. The AIOM interface is modular, so network options beyond the standard build are confirmed on quote.

For this tier, yes, and deliberately so. Twelve current-generation cores at 24 threads run service workloads with headroom at modest power draw, and an oversized processor in a value node is paid for twice, at purchase and at the meter, while idling. Compute-heavy work belongs on the larger systems in this catalog, and the quote will route it there.

Because power supplies are the most common hardware failure in always-on fleets, and a value node that survives one without a site visit repays the second supply many times over. The Titanium rating matters at this tier specifically: it is the only 80 PLUS level with an efficiency requirement at 10 percent load, which is where lightly loaded service nodes spend their lives, and across a fleet of them the efficiency difference compounds into real operating cost.

This tier is normally bought in multiples, and the quote process is built for it: identical pre-configured units, one specification, one conversation covering quantity, imaging notes, and delivery. Mixed orders pairing a row of these with a 111C ops node, the standard pattern for a complete service rack, are quoted together so the rack arrives as one coherent deployment.

Submit your deployment details through the quote form. The Gold Series build ships as the fixed configuration listed, assembled and tested, delivered worldwide DDP with duties and customs handled. Single units, fleet quantities, memory and network options on the same platform, and hosted deployment in MillionMiner's own data centers are all arranged through the same conversation.