Model	Form Factor	CPU Options	Memory Capacity	Storage Bays	GPU Slots
NF5466M6	4U	2× Intel Xeon Gold (up to 28 cores ea.)	Up to 2 TB DDR4	24×3.5″ hot-swap	4× FH PCIe
NF5466M5	4U	2× Intel Xeon Silver/Gold	Up to 1 TB DDR4	24×3.5″ hot-swap	2× FH PCIe
NF5468M6	4U	2× Intel Xeon Silver/Gold	Up to 1 TB DDR4	16×3.5″ + GPU trays	8× FH PCIe
NF8480M6	2U	1× Intel Xeon Gold 5315Y/6330A	Up to 512 GB DDR4	8×2.5″ NVMe	2× FH PCIe
NF8260M5	2U	2× Intel Xeon Gold	Up to 512 GB DDR4	8×2.5″ SAS/SATA	8× FH PCIe
NF5280M6	2U	1× Intel Xeon Silver/Gold	Up to 256 GB DDR4	8×2.5″ SAS/SATA	4× LP PCIe
NF5270M6	2U	2× Intel Xeon Silver	Up to 256 GB DDR4	8×2.5″ or 4×3.5″	–

Category	Model Series	Form Factor	CPU Family	Max GPUs	Drive Bays
X14 Servers	SYS-112C-TN, SYS-112H-TN, SYS-122H-TN, SYS-112B-WR	1U	Intel Xeon Scalable Gen4	–	Up to 4× U.3 or 8×2.5″
	SYS-212H-TN, SYS-222H-TN, SYS-522B-WR	2U	Intel Xeon Scalable Gen4	–	Up to 12× U.3 or 24×2.5″
GPU Servers	AS-4124GO-NART+	4U	Intel Xeon Scalable	4–8	12× U.3 + GPU trays
	AS-4125GS-TNRT2, AS-5126GS-TNRT, AS-5126GS-TNRT2	4U/5U	Intel Xeon Scalable H13/H14	8	16× U.3 + GPU trays
AMD Servers	AS-1115CS-TNR-G1, AS-1115HS-TNR-G1, AS-1125HS-TNR-G1	1U	AMD EPYC™ 7003/7004 Series	–	Up to 8×2.5″
	AS-2015CS-TNR-G1, AS-2015HS-TNR	2U	AMD EPYC™ 7003/7004 Series	–	Up to 12×2.5″

Component	Specification
Model	#BPL-305 Balance 305
Part Number (PN)	BPL-305
WAN Ports	3× 10/100/1000 Mbps GE SFP ports
LAN Ports	3× 10/100/1000 Mbps GE SFP ports
Bypass Ports	2× LAN bypass ports
Throughput	1 Gbps aggregate forwarding
SpeedFusion Peers	2 peers (expandable to 30 with BPL-305-SPF license)
Management	LCD panel, web interface, InControl 2 cloud management
Form Factor	1U rackmount (19″), USB console, optional rack ears
Power	100–240 VAC input, redundant support

Series	Form Factor	Uplinks	Stack/Chassis	Throughput
Catalyst 9300	1U fixed	4× 10G/25G	StackWise-480 (8 members)	480 Gbps
Catalyst 9400	Chassis (5-slot)	10G/25G modules	5-slot, field-replaceable	9 Tbps
Catalyst 9500	1U fixed	4× 40G/100G	N/A	25.6 Tbps
Catalyst 9600	Chassis (3-slot)	40G/100G modules	3-slot, redundant SUPs	25.6 Tbps
Nexus 3000	1U fixed	10/25/40/100G	N/A	2.56 Tbps
Nexus 3550	1U fixed	100G QSFP28	N/A	3.2 Tbps
Nexus 7000	Chassis (8-slot)	10/40G modules	8-slot with redundant SUP	28.8 Tbps
Nexus 9000	1U/2U fixed	25/50/100G	N/A	25.6 Tbps
Business 110	Desktop/1U	Unmanaged 1G	N/A	Up to 128 Gbps
Business 250	1U fixed	10G uplinks	N/A	Up to 176 Gbps
Business 350	1U fixed	10G uplinks	Layer 3 Lite	Up to 280 Gbps

Component	Specification
Model	SA5456M5
CPUs	2× Intel® Xeon® Gold 6152 (22 cores/44 threads, 2.10 GHz/3.70 GHz)
Memory	12×64 GB DDR4 RDIMM @ 2666 MT/s (768 GB total)
Storage	60×16 TB Seagate® Exos® X16 HDDs (960 TB raw)
Networking	1× Intel® XL710-QDA1 40 GbE QSFP+ PCIe 3.0 x8
Chassis	4U rack-mountable; hot-swap 3.5″ drive bays; redundant PSUs and fans
Expansion Slots	8× PCIe 3.0 slots for OCP/GPU/NVMe modules
Management	IPMI with web GUI and Redfish API support

Component	Description	Part Number (PN)
Chassis	ATCA 16-slot chassis with shelf managers and fan modules	C112648
CPU Blade	Dual-socket central processing unit blade	C112772
Storage Module	Storage blade with SAS HDDs	C112773
Power Module	Shelf power module	C112695
Hub Blade	Connectivity blade for ATCA system	C112671
Rear Transition Module	RTM for hub blade	C112670
Carrier Blade	AMC carrier blade	C111975
DSP Blade	Digital signal processor blade	C112635

HPE ProLiant DL385 Gen11 GPU CTO Server with 8 × NVIDIA H200 NVL — High-Density AI Platform...

Ocena: 4

HPE ProLiant DL385 Gen11 GPU CTO Server with 8 × NVIDIA H200 NVL — High-Density AI Platform

Kategorie produktów:Serwery
Numer katalogowy:HPE ProLiant DL385 Gen11
Dostępność:In Stock
Stan:Nowy
Cechy produktu:Gotowy do wysyłki
Minimalne zamówienie:1 szt.
Cena katalogowa wynosiła:$129,999.00
Twoja cena: $106,365.00 Oszczędzasz $23,634.00
Czat teraz Wyślij e-mail

Oddychaj spokojnie. Przyjmujemy zwroty.

Wysyłka: Międzynarodowa wysyłka produktów może wiązać się z procedurami celnymi oraz dodatkowymi opłatami. Zobacz szczegóły

Dostawa: Proszę o dodatkowy czas, jeśli międzynarodowa dostawa podlega procedurze celnej. Zobacz szczegóły

Zwroty: 14 dni na zwroty. Sprzedawca pokrywa koszt zwrotu. Zobacz szczegóły

Darmowa wysyłka. Akceptujemy zamówienia zakupu NET 30 dni. Otrzymaj decyzję w kilka sekund, bez wpływu na Twoją zdolność kredytową.

Jeśli potrzebujesz dużej ilości produktów HPE ProLiant DL385 Gen11 - zadzwoń do nas na bezpłatny numer WhatsApp: (+86) 151-0113-5020 lub poproś o ofertę na czacie na żywo, a nasz menedżer sprzedaży skontaktuje się z Tobą wkrótce.

HPE ProLiant DL385 Gen11 GPU CTO Server with 8 × NVIDIA H200 NVL — High-Density AI Platform

Keywords

HPE ProLiant DL385 Gen11, GPU server, AMD EPYC 9534, NVIDIA H200 NVL, PCIe Gen5 expansion, high memory capacity, NVMe accelerator storage, dual 1800W power supply

Description

The **HPE ProLiant DL385 Gen11 GPU CTO Server** is a 2U dual-processor, accelerator-optimized server designed for next-generation AI, machine learning, and high-performance computing workloads.

This configuration features **2 × AMD EPYC 9534** (64 cores each) for a total of **128 CPU cores**, delivering massive parallel compute capacity.

With support for up to **8 × NVIDIA H200 NVL 141 GB** accelerators, this system is tailored for dense GPU workloads.

The server also includes enterprise-class networking, storage, and management components to support demanding deployment environments.

Memory is provided by **8 × 64 GB DDR5 ECC** modules, giving a total of **512 GB** of high-speed RAM to support GPU peer transfers, data pipelines, and in-memory operations.

Storage is handled by **8 × 3.84 TB SAS 12G read-intensive SSDs** for capacity, and redundant boot or cache support from **2 × 480 GB M.2 SSDs (RAID)**.

The system also includes a **Broadcom BCM57412** 10/25 GbE NIC, 4 × 1 GbE base-T ports, and HPE’s **MR416i-0** storage controller for flexible I/O paths.

For power and reliability, this build uses **4 × 1800–2200 W Flex Slot Titanium hot-plug power supplies** in a redundant configuration, enabling continuous operation even in fault conditions.

To ensure GPU and component cooling, HPE’s GPU-capable airflow and thermal solutions (air baffle kits and heat sink kits) are part of the build.

The system is mounted using the HPE **ball bearing rails** kit for data center rack integration.

In summary, this configuration is crafted to serve as a high-density inference, training, or AI server platform that balances CPU, GPU, memory, and IO capabilities in a 2U form factor.

It is ideal for deployment in GPU-dense clusters or as a standalone compute node for demanding workloads.

Key Features

Dual **AMD EPYC 9534** processors — 64 cores each, high throughput per socket
Support for **8 × NVIDIA H200 NVL 141 GB** accelerators (single-width) (Part Number: 900-21010-0040-000 / S3U30C)
High GPU interconnect via **4 × NVIDIA 2-Way NVLink** bridges (Part Number: 900-53651-0000-000)
512 GB DDR5 ECC memory (8 × 64 GB modules) for balanced CPU–GPU feeding
8 × 3.84 TB SAS 12G read-intensive SSDs for capacity storage
2 × 480 GB M.2 SSDs in RAID for boot/metadata redundancy
Broadcom BCM57412 10/25 GbE NIC for high-speed networking
4 × 1 GbE Base-T ports for management or legacy connectivity
HPE MR416i-0 storage controller with 8 GB cache and OCP SPDM form factor
4 × 1800–2200 W Flex Slot Titanium redundant power supplies
HPE GPU airflow, heat sink, and air baffle kits for optimal thermal management
Ball-bearing 2U rails for smooth rack installation and servicing

Configuration

Quantity	Part Number	Description / Role
1	P54198-B21	HPE ProLiant DL385 Gen11 GPU CTO Server (base chassis)
2	P53699-B21	AMD EPYC 9534 64-core 2.45 GHz processors
8	P50312-B21	64 GB DDR5 ECC RDIMM modules
8	P40508-B21	3.84 TB SAS 12G read-intensive SSDs
1	P26259-B21	Broadcom BCM57412 10/25 GbE network adapter (PCIe x8)
1	P01367-B21	HPE 96W Smart Storage Battery
2	P57884-B21	Smart Storage Battery 2P for DL3X5 chassis
1	P69872-B21	DL385 Gen11 GPU storage battery
1	P47781-B21	HPE MR416i-0 Gen11 OCP SPDM storage controller (8 GB cache)
1	P51181-B21	Broadcom BCM5719 1 GbE 4-Port OCP3 Adapter
2	S3U30C	NVIDIA H200 NVL 141 GB accelerators
4	P44712-B21	HPE 1800–2200 W Flex Slot Titanium power supplies
2	455883-B21	HP 10 Gb SR SFP transceivers
1	P69868-B21	ProLiant DL3X5 Gen11 GPU module placeholder
2	P82106-B21	12-pin GPU power cable kit
1	P82523-B21	GPU blank kit (slots unused)
1	P57886-B21	Air baffle kit for GPU airflow
1	P52345-B21	Ball bearing 2U rail kit
1	P58459-B21	Performance heat sink kit (2U chassis)

Compatibility

The **HPE ProLiant DL385 Gen11** platform supports up to 8 **single-wide GPUs** or 4 **double-wide GPUs** in its accelerator-optimized configuration, using rear riser slots designed for GPU expansion.

It supports AMD EPYC 9004/9005 series processors (e.g. EPYC 9534) with PCIe Gen5 and high memory bandwidth, enabling maximum throughput to accelerators and storage.

Memory support is DDR5 ECC across multiple channels per socket, allowing large capacity and performance scaling.

For cooling and layout, GPUs must be installed in the designated GPU cages and are not supported in general rear PCIe slots in the GPU-CTO variant.

The base server also supports boot storage via M.2 or boot-optimized storage (e.g. HPE “Smart” storage batteries), and OCP / PCIe NICs for networking flexibility.

Usage Scenarios

This configuration is exceptional for **large-scale model training and inference**, where multiple GPUs process massive workloads in parallel. The strong CPU base enables efficient data feeding, orchestration, and preprocessing.

It fits **multi-tenant AI clusters**, where each node must provide performant GPU slicing or partitioning for varied workloads. The integrated networking and storage support ensure low-latency data exchange across nodes.

In **HPC / simulation tasks**, portions of the workload may run on CPUs while heavy matrix or compute kernels leverage GPU acceleration. The design supports both hybrid CPU+GPU pipelines effectively.

It’s well suited as a **deep learning inference appliance** in production environments, where deterministic performance, redundancy, and fault tolerance are essential. The redundant power and thermal management features help maintain continuous operation.

Use in **edge AI clusters**, **data center AI farms**, or **rendering farms** is also applicable—especially in scenarios demanding both high compute density and manageable rack space constraints.

Frequently Asked Questions (FAQs)

1. How many GPUs can this DL385 Gen11 server support?

The DL385 Gen11 GPU CTO variant supports up to **8 single-wide GPUs** or **4 double-wide GPUs**, provided they are placed in the specified GPU cage slots.

2. Why choose EPYC 9534 for a GPU server?

EPYC 9534 offers high core count and memory bandwidth, which helps feed multiple GPUs concurrently. Its support for PCIe Gen5 ensures each GPU has ample I/O channels.

3. What is the role of the MR416i-0 controller in this build?

The **HPE MR416i-0** is an OCP SPDM storage controller used to manage attached storage or caching layers. In this configuration, it can oversee the SAS SSD pool, provide RAID, caching, or pass-through modes to optimize I/O performance.

4. Are the installed power supplies adequate for full GPU load?

Yes, the 4 × 1800–2200 W Flex Slot Titanium PSUs in this build are designed to supply sufficient power even under full GPU, CPU, and storage load. They operate redundantly, meaning the server continues functioning even if one unit fails.

5. Can I add or upgrade GPUs later?

Yes—provided there is physical and electrical space in the GPU cage, adequate cooling, and power headroom. However, ensure you maintain correct GPU spacing, airflow baffles, and power cable availability.