SupermicroAS-2115HS-TNR-02-G2

A 96-core AMD EPYC 9655P with 768 GB of DDR5, two 7.68 TB NVMe drives and 25 GbE networking in a 2U Hyper that leaves 24 2.5-inch bays for growth.

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Supermicro AS-2115HS-TNR-02-G2Rack 2U · Gold Series G2

The exact configuration

Official datasheet

Front view diagram: hover over each component.
Processor1× AMD EPYC 9655P96 cores · 2.6 GHz
Memory768 GB12× 64 GB DDR5-6400
Storage2× 7.68 TB NVMe
Network1× dual 25 GbE SFP28
Form factorRack 2U
Warranty
3 years parts and labour
On-site engineer
Optional: next business day, for 3 years

Analytics and databases on a single socket

For a large PostgreSQL, a columnar engine or a single-node Spark, what counts is the combination of cores and memory bandwidth, and here you get 96 cores on a single processor. With the processor in NPS1, the default mode, all the memory forms a single NUMA domain (a memory zone with uniform latency), so no query pays the cost of hopping to another socket. The twelve modules sit one per channel and the board runs them at 5,200 MT/s, the maximum for this chassis with EPYC 9005. On top of that, software licensed per socket only sees one.

768 GB works out at 8 GB per core. If the dataset does not fit, growing means filling the second slot on each channel, at which point the memory drops to 4,400 or 4,000 MT/s depending on the module, or replacing the modules with higher-capacity ones, and that decision is best made before you order.

What we do

We deliver it with RHEL, SUSE or Ubuntu tuned for databases: huge memory pages, the BIOS power profile set to performance and the NVMe drives laid out according to what the engine will write. If a production database runs on it, our contracted 24×7 on-call support also covers the operating system and firmware.

Compared with the rest of the family

ModelWhat it hasWhen to choose it
AS-1126HS-TN-01-G22x AMD EPYC 9355 · 1.5 TBTwo high-frequency EPYC in just 1U.
AS-2115HS-TNR-01-G21x AMD EPYC 9655P · 1.5 TB96 cores, 1.5 TB and 200 GbE networking with a DPU.
AS-2126HS-TN-01-G22x AMD EPYC 9965 · 1.5 TB384 cores to consolidate, with little memory per core.
SYS-112H-TN-02-G21x Intel Xeon 6731P · 1 TBOne Xeon, 32 GB per core and 4×25 GbE.
SYS-222H-TN-01-G22x Intel Xeon 6740P · 1 TBTwo Xeon in 2U with spare slots and GPU space.
AS-2115GT-HNTR-01-G21x AMD EPYC 9534 · 512 GBFour 64-core servers in 2U, built for clustering.
AS-1115CS-TNR-01-G21x AMD EPYC 9555P · 384 GBMetadata node with four 200G ports.
AS-1115CS-TNR-02-G21x AMD EPYC 9115 · 64 GBEntry-level EPYC 9005 with room to grow inside.
SYS-122C-TN-01-G22x Intel Xeon 6736P · 1 TBTwo Xeon 6 in 1U, for many identical nodes.
AS-3015MR-H8TNR-01-G21x AMD EPYC 4565P · 64 GBEight small, fast nodes in 3U, one per customer.
AS-1015A-MT-01-G21x AMD EPYC 4564P · 32 GBRemote office in 1U and 43 cm deep.

See all rack servers

What the delivery includes

From the factory

  • Configuration assembled and tested by Supermicro
  • Warranty: 3 years parts and labour

From us

  • Rack mounting
  • Remote management (BMC) and up-to-date firmware
  • Operating system and the stack that runs on top
  • Testing with your workload before it goes into production

If you need it

  • 24×7 on-call support with SLA
  • On-site engineer next business day for the full 3 years

How we build it

What runs on top of these servers, explained in detail:

Virtual machines with Proxmox and KVMPrivate cloud with OpenStackMigrating from VMware to Proxmox

Support and training for your team

Independent support from the people who installed itDocker, Podman and Kubernetes courseHPC trainingRed Hat OpenShift training

Questions about the AS-2115HS-TNR-02-G2

What do I gain from one 96-core processor over two smaller ones?

With NPS1 all the memory sits in the same NUMA domain, so the database does not pay the latency of fetching data from the other socket, and per-socket licences count just one. The trade-off is a ceiling of twelve memory channels, where two processors would give you twenty-four.

What is the maximum memory it supports?

With EPYC 9005 it reaches 3 TB at 5,200 MT/s with one module per channel, and 6 TB with all 24 slots filled, by then at 4,400 or 4,000 MT/s depending on the module. Starting from 768 GB with all twelve channels populated leaves half the slots free for upgrades.

Why 5,200 MT/s if the modules are DDR5-6400?

Because the speed is set by the board, not the module. This single-socket board supports a maximum of 5,200 MT/s with one module per channel, and DDR5-6400 modules run happily at that rate. If your workload needs the full 6,400 MT/s, the AS-1126HS-TN-01 reaches it with its 24 modules across two processors.

Is the AS-2115HS-TNR-02-G2 right for what you're building?

Tell us about the workload and the data centre it's going into, and we'll come back with the price, a confirmed lead time and what it would take to get it running.

Ask for price and lead timeWhatsApp+34 91 198 02 43