Supermicro vs. Onsite Service Standard / Premium
Battle Card · Supermicro GPU SuperServer

Supermicro GPU SuperServer Maintenance
side by side.

TechCare TPM vs. Onsite Service Standard / Premium. Cost range, EOSL advantages, migration path and DACH compliance at a glance — for IT leadership and procurement.

5–10 % OEM list-price share per year
40–60 % EOSL savings vs. OEM
5–10 % Multi-year discount (3–5 yrs)
One contract for all lines · Fixed price in 48 h techcaresolutions.de
01

Cost comparison

OEM list-price share approx. 5–10 % of list price per year (Onsite Service Premium higher)

Example Supermicro AS-2024US-TNR with 4-year Onsite Service: TechCare TPM roughly 38–54% below the OEM price.

EOSL hardware: On EOSL hardware (older X9/X10/X11 mainboards, older SuperBlade generations) 40–60 % savings vs. Onsite Service — Supermicro warranty typically 3 years, then TPM or nothing.
Multi-year contract: 3-year TPM contract: additional 5–10 % discount, 5-year contract: 10–15 %. Plus fixed-price lock against OEM list-price increases.

Active EOSL lines

  • X11 4U GPU SuperServer (V100/A100) · EOSL 2028-12-31
  • X12 4U/8U GPU SuperServer (A100/H100) · EOSL 2030-12-31
  • X13 8U HGX SuperServer (H100/H200) · EOSL 2031-12-31
  • X14 8U HGX SuperServer (B100/B200) · EOSL 2032-12-31
02

Which GPU SuperServer models we service

4U GPU SuperServer (PCIe)
SYS-4029GP-TRT · SYS-4124GS · SYS-740GP-TNRT · A+ AS-4124GS-TNR (4-10 PCIe GPUs)
8U GPU SuperServer (HGX)
SYS-821GE-TNHR · SYS-421GE-TNRT · AS-8125GS-TNHR (8 GPUs NVLink/NVSwitch)
GPU modules
NVIDIA A100 · H100 · H200 · B100 · B200 (PCIe and SXM form factor)
Components & connectivity
CPUs · RAM · NVMe SSDs · NVLink/NVSwitch backplanes · power supplies (4-6kW) · InfiniBand NICs

EOSL status of GPU SuperServer generations

GenerationReleasedEnd of vendor supportTechCare TPM
X11 4U GPU (V100/A100)2018–20202026–2028Supported
X12 4U/8U GPU (A100/H100)2021–20222029–2030Supported
X13 8U HGX (H100/H200)2023+ca. 2031+Supported
X14 8U HGX (B100/B200)2024+ca. 2032+Supported
03

Why TPM maintenance for GPU SuperServer

GPU servers are the most expensive Supermicro maintenance targets — an 8U HGX platform with 8 H100/H200 GPUs carries a very high hardware value, and Supermicro support at 24×7×4 is a correspondingly significant cost block. AI clusters with 8-32 HGX platforms make maintenance a major budget item. TPM reduces this to 35-50 percent. GPU modules themselves are separate from server hardware maintenance — NVIDIA-specific warranty contracts run independently.

We service GPU SuperServer with OEM CPUs, RAM, NVMe SSDs, NVLink/NVSwitch backplanes, power supplies (4-6kW) and InfiniBand NICs from our own warehouse. NVIDIA GPU modules we are continuously expanding in the pool — A100, H100, H200 available, B100/B200 as younger generations more limited but structured available. AI cluster connectivity is part of GPU maintenance. For productive AI clusters we recommend on-site spare GPU modules.

04

OEM vs. TechCare — where the switch pays off

The full OEM-vs-TPM matrix (spare parts, SLA tiers, language, sub-outsourcing, compliance docs, reporting) is the same for every Supermicro line — see the Supermicro battle card.

Stays with Supermicro

  • Supermicro Server Manager (SSM) licenses
  • Supermicro IPMI / SuperCloud subscription
  • Supermicro TAC software tickets

Moves to TechCare

  • Hardware defects (memory, disk, PSU, mainboard, modules)
  • 24×7×4 on-site SLA with German-speaking field service
  • Spare-parts logistics DACH + global hub network
  • Fixed-price contract in 48 h, one inventory — one contract
05

DACH compliance by design.

BAIT/MaRisk documentation package, DORA Art. 28 contract template, ISO 27001 and GDPR-compliant media handling apply identically to every Supermicro line — details on the Supermicro battle card.

06

Migration path from first contact to hand-over.

Same four steps for every Supermicro line: inventory → fixed-price quote in 48 h → contract (BAIT/MaRisk/DORA hooks) → hand-over with spare-parts provisioning. Details on the Supermicro battle card.

07

FAQ on GPU SuperServer maintenance

Which GPU SuperServer models do you service?
Complete GPU family: 4U PCIe GPU servers (SYS-4029GP-TRT, SYS-4124GS, SYS-740GP-TNRT, A+ AS-4124GS-TNR with 4-10 PCIe GPUs) and 8U HGX platforms (SYS-821GE-TNHR, SYS-421GE-TNRT, AS-8125GS-TNHR with 8 GPUs in NVLink/NVSwitch). Including all CPUs, RAM, NVMe SSDs, GPU modules, NVLink/NVSwitch backplanes, power supplies (4-6kW) and InfiniBand NICs.
What does TPM cost for GPU SuperServer compared to Supermicro support?
30-60% savings. 4U PCIe GPU platform (8 GPUs) 24×7×4: TechCare roughly 55–60% below the Supermicro price. 8U HGX (8x H100): also roughly 55–60% below. AI clusters with 8-32 HGX platforms: a substantial annual savings lever.
Do you also cover NVIDIA GPU modules or only the server platform?
Both possible, separately considered. Server hardware (CPU, RAM, SSDs, mainboard, backplane, power supplies) is standard in every TPM contract. NVIDIA GPU modules are technically separate — can be covered as multi-vendor extension in the same TechCare contract, or run separately in NVIDIA-specific warranty/support contracts. NVIDIA offers own enterprise support contracts for GPU modules. TPM coverage for GPU modules runs through certified NVIDIA refurbishing pools.
Does NVIDIA Mission Control / Base Command / NeMo continue to work without a Supermicro contract?
Yes. NVIDIA software stack (Mission Control, Base Command Platform, NeMo Framework, Magnum IO) runs completely independent of server hardware maintenance — these software subscriptions are NVIDIA-specific and not coupled to Supermicro contracts. CUDA, NVIDIA Driver, Container Toolkit, NCCL and all GPU software layers stay functionally active under TPM.
Which SLA levels do you recommend for AI clusters?
AI clusters in productive training or inference workloads: 24×7×4 with German-speaking onsite engineer standard — multi-node training jobs are aborted at single-node outage, causing costly re-compute cycles. Large HGX clusters with 16+ platforms: we additionally recommend on-site spare GPU modules. Test/dev AI clusters: 5×9 NBD sufficient.
Can we get InfiniBand HCAs and 400G Ethernet for AI clusters?
Yes. AI cluster connectivity is core business: Mellanox/NVIDIA InfiniBand HCAs (ConnectX-6/7 in HDR/NDR with 200G/400G), 400G Ethernet NICs, Mellanox/NVIDIA InfiniBand switches (QM8700/QM9700) and matching cables. Multi-vendor contract covers Supermicro servers, Mellanox/NVIDIA HCAs and InfiniBand switches in one construct.