Δεν βρέθηκαν προϊόντα για ""
ASUS
Μοντέλο: ESC N8-E11 AI Server with NVIDIA HGX H200
Unlock the power of AI with the ASUS ESC N8-E11 AI Server featuring NVIDIA HGX H200. ASUS's 7U build of the NVIDIA HGX H200: eight H200 SXM GPUs at 141GB each, 1.1TB per node behind 900 GB/s NVSwitch, designed cluster-first with a dedicated one-GPU-to-one-NIC topology supporting up to eight fabric adapters. Dual Intel Xeon Platinum processors in ASUS's modular, minimal-cabling chassis. The H200 node for deployments that are plural from day one, quoted and shipped worldwide DDP by MillionMiner.
Ζητήστε την προσφορά για τον διακομιστή σας
Πείτε μας τις ανάγκες φορτίου εργασίας και υλοποίησης. Ο ειδικός μας απαντά εντός 24 ωρών μέσω email, WhatsApp ή τηλεφώνου.
Γιατί αυτός ο διακομιστής αναφέρεται για παραγγελία
Αυτοί οι διακομιστές έχουν διαμορφωθεί και προσφερόμενοι κατόπιν παραγγελίας.Η διαμόρφωσή σας, ο αποθηκευτικός χώρος, το δίκτυο, η εγγύηση και η ενσωμάτωση σε rack καθορίζουν την τελική τιμή, ενώ ο προορισμός παράδοσης σας καθορίζει τα έξοδα αποστολής και τελωνείου.Υποβάλετε την παρακάτω φόρμα και ο ειδικός μας θα απαντήσει εντός 24 ωρών με πλήρη προσφορά που περιλαμβάνει υλικό, εγγύηση και παγκόσμια παράδοση DDP.
Ευχαριστούμε! Ο ειδικός μας θα απαντήσει εντός 24 ωρών με την προσαρμοσμένη προσφορά σας.
Πώς λειτουργεί η παραγγελία του διακομιστή σας
Υποβάλετε τη φόρμα
Μοιραστείτε λεπτομέρειες φόρτου εργασίας & ανάπτυξης
Λάβετε την προσφορά σας
Ολοκληρωμένη τιμολόγηση εντός 24 ωρών
Ανασκόπηση με ειδικό
Ολοκλήρωση ρύθμισης και παράδοσης
Παράδοση
Αποσταλεί και έτοιμο για ανάπτυξη
Αυθεντικό
Δοκιμασμένο υλικό
Παγκοσμίως
Παγκόσμια αποστολή
Υποστήριξη
Ειδικοί στην εξόρυξη
Τιμές, χρόνος παράδοσης και επιλογές hosting. Προσωπικές συμβουλές από την ομάδα πωλήσεών μας.
Τιμές, χρόνος παράδοσης και επιλογές hosting. Προσωπικές συμβουλές από την ομάδα πωλήσεών μας.
This catalog carries the HGX H200 complex in three bodies, and the honest framing holds: the NVIDIA baseboard is identical by construction, eight H200 SXM GPUs pooling 1,128GB of HBM3e behind 900 GB/s NVSwitch and beyond 30 petaFLOPS of FP8, so each page must say what its manufacturer decided. ASUS decided this machine would be a cluster building block first and a standalone server second, and every distinctive line on its spec sheet follows. The fabric philosophy, which is the product. Distributed training across nodes lives or dies on one topology: GPUDirect RDMA with a dedicated network adapter per GPU, so gradient exchange moves directly between GPU memories with no CPU touch and no contention between cards sharing a port. The ESC N8-E11 supports up to eight NICs in exactly that one-to-one arrangement, and ASUS designed the chassis around it rather than leaving it as a slot-math exercise. For a buyer deploying one node forever, this is over-engineering; for the buyer whose roadmap runs two nodes, then four, then a row, it is the difference between a cluster that scales near-linearly and one that finds its bottleneck after the second purchase order. The candid guidance this catalog owes both: know which you are, and MillionMiner asks in the quote. The complex, stated once. Each H200 carries 141GB of HBM3e at 4.8 TB/s, the node pools 1.1TB with aggregate bandwidth approaching 38 TB/s, NVSwitch joins every GPU at 900 GB/s, and the FP8 Transformer Engine delivers the throughput that made Hopper the production standard. Workload meaning: full-precision fine-tuning of 70B-class models inside one node, long-context inference with genuine KV cache headroom, Mixture-of-Experts routing at NVLink speed, and MIG to as many as 56 isolated instances. The host and the build. Dual Intel Xeon Platinum 8568Y+ processors, 48 cores each at 350W and 96 in the box, anchor preprocessing, tokenization, and data loading for eight hungry GPUs. The chassis is the second place ASUS's intent shows: the modular, minimal-cabling construction that defines the company's AI line reduces connector count in a machine expected to run years at sustained load, keeps airflow clean through a roughly ten-kilowatt thermal envelope on air, and cuts service times when a fan or supply swap must not idle eight H200s longer than necessary. Benchmarks never show it; operations logs always do. Memory, storage, and power supply fit-outs are specified per build and confirmed on quote. The three-way H200 decision, and the ladder beyond it. Against the Lenovo, the choice is estate and emphasis: Lenovo brings its global service organization, management stack, and 8U thermal headroom; ASUS answers with the cluster-first fabric design and its build philosophy. Against the ASRock, the choice is density and economics versus that same fabric-led intent, with the complex identical in all three. And uniquely here, ASUS offers the same-vendor path forward: the XA NB3I-E12 Blackwell Ultra system carries the identical design language one generation up, so a fleet standardizing on this node today extends to 2.3TB Blackwell Ultra nodes without changing vendor, service patterns, or operational assumptions. No other manufacturer pair in this lineup ladders that cleanly. Ordering and deployment. Hopper-class accelerators are subject to US export controls, and destination eligibility is confirmed in every quote alongside the fabric plan, host fit-out, and facility power. Each system is tested before shipment and shipped worldwide DDP with duties handled, with hosting in MillionMiner's own data centers as the alternative for teams that prefer the ten-kilowatt question, and the switch architecture behind a growing cluster, handled for them.
The difference between a server and a cluster building block is decided at design time. When training outgrows one node, gradients must cross machines, and the only topology that does it without strangling scaling is GPUDirect RDMA with a dedicated fabric port per GPU, eight GPUs, eight adapters, data moving GPU-to-GPU across the network with no CPU in the path. The ESC N8-E11 is built around exactly that, up to eight NICs in the one-to-one arrangement, which makes it the H200 node here for teams whose roadmap says cluster even when the purchase order says one. The GPU complex is the NVIDIA HGX H200, identical by construction across every system carrying it: eight H200 SXM GPUs at 141GB of HBM3e each, 1,128GB per node with bandwidth approaching 38 TB/s, NVSwitch at 900 GB/s, FP8 beyond 30 petaFLOPS, MIG to as many as 56 instances. In one node that means 70B-class fine-tuning at full precision and long-context serving with real KV cache headroom; across nodes, the fabric topology means it scales. The host and build carry ASUS's house engineering. Dual Intel Xeon Platinum 8568Y+ processors, 48 cores each, feed preprocessing and data loading, and the chassis follows the modular, minimal-cabling philosophy ASUS applies across its AI line, fewer cables, cleaner airflow, faster service. It is the same design language as the ASUS Blackwell Ultra system here, which makes this the rare node with a same-vendor upgrade path. Quoted and shipped worldwide DDP by MillionMiner.
Οι ειδικοί μας στον mining μπορούν να σας βοηθήσουν να βρείτε τον ιδανικό miner για την εγκατάστασή σας και τον προϋπολογισμό σας.
Some teams buy one 8-GPU server; others buy the first of several, and the second kind should buy a machine designed for it. The ESC N8-E11 carries the NVIDIA HGX H200 complex, eight SXM GPUs at 141GB each, 1.1TB per node, NVSwitch at 900 GB/s per GPU, with its defining feature outside the baseboard: a dedicated one-GPU-to-one-NIC topology supporting up to eight fabric adapters, the wiring GPUDirect RDMA clustering needs, designed in rather than retrofitted. Dual Intel Xeon Platinum 8568Y+ processors host it in ASUS's modular, minimal-cabling 7U chassis. Quoted and shipped worldwide DDP by MillionMiner.
Eight H200 SXM GPUs at 141GB each, 900 GB/s per GPU, 30+ petaFLOPS of FP8. The proven Hopper flagship complex, identical by construction.
Up to eight fabric adapters in the dedicated one-to-one topology GPUDirect RDMA needs. Built for the second node before the first ships.
ASUS's modular, minimal-cabling design continues into the XA NB3I-E12 B300 system. One vendor philosophy, two generations, one fleet.
NVIDIA
Επικοινωνήστε για τιμή
Gigabyte
Επικοινωνήστε για τιμή
Lenovo
Επικοινωνήστε για τιμή
Gigabyte
Επικοινωνήστε για τιμή
The NVIDIA HGX H200 complex: eight H200 SXM GPUs at 141GB of HBM3e each, 1,128GB pooled per node with bandwidth approaching 38 TB/s, NVSwitch at 900 GB/s, FP8 throughput beyond 30 petaFLOPS, and MIG to as many as 56 instances. In workload terms: 70B-class full-precision fine-tuning within one node, long-context serving with real KV cache headroom, and multi-tenant inference density.
It is the wiring multi-node training requires. GPUDirect RDMA moves gradients directly between GPU memories across the network with no CPU in the path, and it scales cleanly only when each GPU has its own dedicated fabric adapter, eight GPUs, eight NICs, no port contention. The ESC N8-E11 supports up to eight adapters in exactly that arrangement by design. Cluster-roadmap teams should weight it heavily; single-node-forever buyers can weight it lightly, and the quote asks which you are.
The GPU complex is identical by construction, so the decision is the body and the relationship. The Lenovo brings a tier-one global service organization, its management stack, and 8U thermal headroom, the enterprise-estate answer. The ASUS answers with the cluster-first fabric topology, the modular build, and the same-vendor ladder to Blackwell Ultra. Estate-led enterprises tend Lenovo; cluster-roadmap teams and ASUS-standardized fleets land here, and MillionMiner quotes both without steering.
Same complex, different decisions. The ASRock competes on 6U density, the largest PCIe budget in the Hopper set, and challenger economics with a 3-year warranty. This ASUS competes on the fabric-led cluster design and its operations engineering. Space-bound and budget-led buyers weigh the ASRock; scale-out roadmaps weigh this, and the quote models both.
Dual Intel Xeon Platinum 8568Y+ processors, 48 cores each at 350W, 96 in the box at 2.3GHz base, on the dual-socket 7U platform. That is the preprocessing and data-loading muscle eight H200s demand, and the named SKU on the spec sheet means the host is a known quantity rather than a range. Memory and storage fit-outs are specified per build and confirmed on quote.
Three things that never appear in benchmarks and always appear in operations logs. Fewer internal cables means fewer connectors that can fail across years of sustained load. Less cabling means cleaner airflow in a chassis moving roughly ten kilowatts of heat on air. And modular assemblies mean component swaps in minutes, so a fan or supply replacement does not idle eight H200s for an afternoon. It is the same philosophy ASUS applies across its AI line.
Yes, and it is the only same-vendor generational ladder here. The ASUS XA NB3I-E12 carries the NVIDIA HGX B300 NVL8, Blackwell Ultra at 2.3TB per node, in the same design language, modular construction, minimal cabling, integrated fabric. Fleets standardizing on the ESC N8-E11 today extend to Blackwell Ultra without changing vendor, service patterns, or operational assumptions, and MillionMiner quotes the ladder as one roadmap.
Over the topology this machine is built for: up to eight fabric adapters, one per GPU, on InfiniBand or high-speed Ethernet specified per deployment, running GPUDirect RDMA so gradient exchange crosses nodes without touching CPUs. From there, scaling is switch architecture, and MillionMiner advises on fabric design, port counts, and topology as the deployment grows from one node to a row.
Provisioning in the ten-kilowatt class, cooled on air through the 7U chassis whose clean internal airflow is part of the minimal-cabling design's point. The power supply configuration is confirmed with your quote alongside the host fit-out, and hosting in MillionMiner's own facilities is available for teams that prefer the provisioning handled.
Submit your workload, cluster roadmap, and deployment details through the quote form. A MillionMiner specialist confirms the configuration, the fabric plan if your deployment is plural, destination eligibility under the US export controls that apply to Hopper-class accelerators, and delivery. Every system is tested before shipment and shipped worldwide DDP with duties handled.