How to Choose xFusion FusionServer — x86 Rack, GPU & FusionPoD

Haink supplies xFusion Digital Technologies servers and AI infrastructure to enterprises, data centers, and cloud providers in Hong Kong, Dubai, and Mainland China. Available product lines include xFusion FusionServer V7 and V8 general-purpose rack servers, xFusion FusionServer G-series AI and GPU servers, xFusion FusionServer high-density XH-series nodes, and xFusion FusionPoD rack-scale liquid-cooled platforms.

xFusion Digital Technologies Co., Ltd. was established in 2021, built on the engineering heritage of Huawei's FusionServer product line. xFusion develops and manufactures enterprise servers and AI infrastructure with a focus on cloud computing, virtualization, big data, and AI workloads. xFusion products retain the FusionServer brand and management platform (FusionDirector, iBMC) and are deployed by enterprises, cloud providers, and telecommunications operators primarily in Asia and the Middle East. Haink sources xFusion hardware through established distribution channels and delivers to enterprise data centers and facilities across the regions it serves.

Written and maintained by Haink's enterprise infrastructure team · Updated July 2026 · export-screened, authorized-channel, serial-verified. We size and supply xFusion across general rack, GPU and rack-scale AI — this guide is how we help buyers choose.

Which xFusion for the Job — Selection by Workload

How to Choose xFusion — the Decision

1. Match the platform to the workload. General rack (2288H), AMD (2288 V7), 4-socket (2488H), storage-dense (5288), GPU (G-series) or rack-scale (FusionPoD) — that fixes the family before you configure.
2. Decide V7 vs 2288 V8. V7 is mature and often faster from stock; the 2288 V8 is the current generation for new multi-year builds.
3. For GPU/AI, screen destination and end-use first. G-series and FusionPoD carry accelerators subject to export controls — settle eligibility before spec'ing.
4. Size cores and RAM to the workload with N+1 headroom (see below).
5. Confirm authorized channel, serial and warranty region before payment. We verify the warranty region matches the destination.

How to Size a FusionServer Host — the Numbers

Sizing is mostly cores and RAM. Rules of thumb: ~1 physical core per 4–6 vCPUs at moderate load, 4–8 GB RAM per VM plus ~10–15% host overhead, and 20–30% headroom for N+1. Worked example — a 150-VM consolidation at ~4 vCPU / 8 GB each needs ~100–150 usable cores and ~1.3–1.5 TB RAM; a pair of 2288H V7 (or 2288 V8) 2U hosts covers it with N+1. Databases push toward more RAM and fewer VMs (2488H V7 for big in-memory); AI pushes toward GPU (G-series) and away from oversubscription. Rules of thumb, not guarantees — we size the exact platform to your estate.

xFusion FusionServer V7 General-Purpose Rack Servers

xFusion FusionServer V7 rack servers are widely-deployed general-purpose enterprise platforms on Intel Xeon Scalable 4th generation (Sapphire Rapids) processors with DDR5 memory, PCIe Gen5, and integrated iBMC management. FusionServer V7 servers are managed through xFusion FusionDirector for centralized lifecycle management across multi-rack deployments.

• xFusion FusionServer 1288H V7 — 1U dual-socket Intel Xeon rack server for high-density virtualization, cloud-native workloads, Internet Data Center (IDC), and HPC environments requiring maximum compute density per rack unit
• xFusion FusionServer 1258H V7 — 1U dual-socket rack server optimized for storage-dense 1U deployments combining compute and local NVMe storage
• xFusion FusionServer 2288H V7 — 2U dual-socket Intel Xeon Scalable rack server, the most widely deployed xFusion platform for general-purpose data center workloads including cloud computing, virtualization, databases, CDN, VDI, and big data. Supports up to 60 cores, DDR5, and PCIe Gen5
• xFusion FusionServer 2288 V7 — 2U dual-socket AMD EPYC platform for workloads requiring high core count, large memory capacity, and competitive cost per core
• xFusion FusionServer 2488H V7 — 2U four-socket Intel Xeon rack server for large in-memory databases, SAP HANA, mission-critical applications, and workloads requiring the highest memory capacity in a 2U footprint
• xFusion FusionServer 5288 V7 — 4U dual-socket storage-optimized rack server supporting high drive counts for distributed storage, object storage, big data, backup, and CDN workloads
• xFusion FusionServer 2288 V8 — next-generation 2U dual-socket rack server (latest generation) designed for AI inference, cloud computing, virtualization, HPC, graphics processing, VDI, and big data analytics with PCIe Gen5 and DDR5

The FusionServer V8 series is xFusion's next-generation general-purpose and AI line, built for AI inference, cloud, virtualization and HPC. The 2288 V8 (2U, dual-socket) is shipping now, and the V8 lineup is expanding across 1U, 2U and 4U form factors — contact us for the current V8 model that fits your workload.

xFusion FusionServer AI and GPU Servers (G-Series)

xFusion FusionServer G-series are purpose-built AI and GPU-accelerated server platforms designed for deep learning training, AI inference, HPC, video analytics, and large-scale model deployment. G-series servers support leading GPU accelerators from NVIDIA, AMD, and Intel and are validated for AI infrastructure deployments.

• xFusion FusionServer G5200 V7 — 4U dual-socket AI server with large-capacity local storage, designed for AI workloads requiring high GPU density and substantial NVMe storage for dataset access during training and inference
• xFusion FusionServer G5500 V7 — 4U GPU server supporting up to ten double-width GPU cards and four PCIe expansion cards, with support for 24x 3.5-inch drives or 12x NVMe SSDs; designed for large-scale AI training clusters
• xFusion FusionServer G8600 V7 — flagship 4U AI server supporting eight GPU modules plus twelve standard PCIe cards and two OCP NICs; provides up to 25x 2.5-inch drives and 8x NVMe SSDs; Haink's primary recommendation for large-scale LLM training and HPC deployments

xFusion G-series servers support one-click topology switching and flexible CPU-to-GPU configuration ratios of 1:2, 1:4, and 1:8, enabling deployment optimization for training or inference workloads without hardware reconfiguration.

xFusion FusionServer High-Density XH Series

xFusion FusionServer XH-series are high-density compute nodes designed for hyperscale and cloud environments where maximum compute density per rack is the primary requirement. XH-series nodes are deployed in high-density chassis enclosures.

• xFusion FusionServer XH321 V6 — half-width 1U dual-socket compute node offering powerful compute capabilities combined with high local storage density and simplified management for scale-out cloud and IDC deployments

xFusion FusionPoD Rack-Scale Platform

xFusion FusionPoD is xFusion's flagship rack-scale server platform, combining high-density compute with native liquid cooling at the rack level. FusionPoD integrates centralized power supply, bus blind-mating for tool-free node replacement, and direct liquid cooling across the entire rack, delivering industry-leading compute density and energy efficiency for AI training clusters and hyperscale data center deployments.

FusionPoD key characteristics:

• Native rack-level liquid cooling — eliminates the performance limitations of air-cooled GPU deployments
• Centralized power supply — higher power efficiency than per-node PSU configurations
• Bus blind-mating — compute nodes can be hot-swapped without tools or cable management
• Ultra-high compute density — more GPU compute per rack unit than air-cooled alternatives
• Optimized for large language model training and large-scale AI workloads

xFusion Management Software

xFusion FusionServer platforms are managed through the following management tools:

• xFusion FusionDirector — centralized intelligent server management software for lifecycle management, firmware updates, hardware monitoring, and batch operations across large server deployments
• xFusion iBMC — integrated baseboard management controller built into every FusionServer, providing out-of-band management, remote KVM, power control, and hardware health monitoring

Lifecycle — What to Buy Now vs From Stock

GPU & AI Orders — Export Screening

General-purpose x86 rack (V7 and 2288 V8) ships broadly from the Mainland China hub. GPU servers (G-series) and FusionPoD carry accelerators that can be subject to export controls, so we screen destination and end-use before we quote and tell you up front where they can and can't ship — no surprises at customs. We do not advise on or facilitate circumvention of any applicable controls; we settle eligibility first so the design is real.

Buying Genuine xFusion — Channel, Serial & Warranty Region

Two checks beyond authenticity. Gray-market units may be counterfeit or carry no valid warranty, so we source through authorized xFusion distribution and verify each serial before payment. And warranty and support entitlement are region-scoped — a unit warranted for one market may not be serviceable in another — so we confirm the warranty region matches your delivery destination. A price far below market usually reflects a warranty-region or gray-market problem.

When xFusion Isn't the Answer

We stay neutral, because xFusion isn't always the right call:

• You need a global support footprint and first-day ISV certifications (VMware, SAP, Windows) outside Asia — Dell, HPE and Lenovo carry deeper worldwide support and certification breadth.
• Commodity GPU with local white-glove support. Outside xFusion's core regions, Supermicro or Dell XE may fit better; see our Supermicro and Dell guides.
• Turnkey, factory-integrated AI. A validated NVIDIA DGX ships cabled and tested if you don't want integration responsibility.
• Western-vendor-only procurement or compliance. If policy requires it, xFusion may not clear the bar regardless of technical fit — we'll say so up front.
• xFusion earns its place on FusionServer engineering heritage, price-performance and a strong Asia/Middle East channel — strongest in its core markets and for GPU-dense builds.

xFusion vs Huawei FusionServer — Key Differences

xFusion and Huawei both produce products under the FusionServer brand name, which can cause confusion. Key distinctions:

• xFusion Digital Technologies was established in 2021 as a separate company from Huawei, with its own manufacturing and go-to-market operation while retaining the FusionServer engineering heritage
• xFusion is positioned for global enterprise markets and has a wider international distribution network in Southeast Asia, the Middle East, and Europe
• Huawei Enterprise continues to sell FusionServer alongside its broader portfolio including OceanStor storage, CloudEngine networking, and Atlas AI platforms
• xFusion focuses specifically on server and compute infrastructure; customers requiring integrated Huawei storage and networking are typically directed to Huawei Enterprise
• Both product lines use compatible management tools (FusionDirector, iBMC) and integrate with Huawei OceanStor storage systems

Where Haink Supplies xFusion Equipment

• Mainland China — xFusion has strong deployment momentum in Mainland China across cloud providers, Internet companies, and enterprises. Haink delivers xFusion FusionServer and FusionPoD platforms to data centers in Beijing, Shanghai, Shenzhen, Guangzhou, and other major cities with full import coordination. xFusion hardware supplier Mainland China →
• Dubai — xFusion is expanding its presence in the Middle East. Haink delivers xFusion servers to enterprises and data centers in Dubai through free trade zone logistics and onward to the wider MENA region. xFusion hardware supplier Dubai →
• Hong Kong — Haink delivers xFusion FusionServer platforms to organizations in Hong Kong, duty-free, with logistics support for local deployment and onward delivery to Mainland China. xFusion hardware supplier Hong Kong →

Related Resources

• IT Hardware Brands — Overview
• Huawei Supplier
• Lenovo Supplier
• Dell Supplier
• HPE Supplier
• IT Hardware Supplier Hong Kong
• IT Hardware Supplier Dubai
• IT Hardware Supplier Mainland China
• AI Hardware Supplier
• GPU Infrastructure
• Enterprise AI Infrastructure

Frequently Asked Questions

How do I size a FusionServer — cores and RAM?

Sizing is mostly cores and RAM. Rules of thumb: ~1 physical core per 4–6 vCPUs at moderate load, 4–8 GB RAM per VM plus ~10–15% host overhead, and 20–30% headroom for N+1. Example: a 150-VM consolidation at ~4 vCPU / 8 GB each needs ~100–150 usable cores and ~1.3–1.5 TB RAM — a pair of 2288H V7 (or 2288 V8) 2U hosts covers it with N+1. Databases push toward more RAM and fewer VMs (2488H V7 for big in-memory); AI pushes toward GPU (G-series) and away from oversubscription. We size the exact platform to your estate.

V7 or 2288 V8 — which should I buy now?

The V7 line (Sapphire Rapids Intel, plus the 2288 V7 on AMD EPYC) is mature, broadly available and often faster from stock — a sound pick when you need units now or are matching an existing V7 fleet. The 2288 V8 is the current generation (newer Xeon, PCIe Gen5, DDR5) and the right choice for new multi-year deployments and AI-inference-adjacent workloads; the wider V8 lineup is expanding across form factors. For a fresh rollout we lean V8 where it's available; for immediate delivery or fleet consistency, V7.

How does export screening work for xFusion GPU servers?

General-purpose x86 rack (V7 and 2288 V8) ships broadly from the Mainland China hub. GPU servers (G-series) and FusionPoD carry accelerators that can be subject to export controls, so we screen destination and end-use before we quote and tell you up front where they can and can't ship — no surprises at customs. We don't advise on or facilitate circumvention of any applicable controls; we settle eligibility first so the rest of the design is real.

What is the difference between xFusion and Huawei FusionServer?

xFusion Digital Technologies was established in 2021 as a separate company from Huawei, retaining the FusionServer engineering heritage and brand name. Both sell products called "FusionServer." xFusion focuses on global enterprise server markets with broader international distribution. Huawei Enterprise covers a wider integrated portfolio including OceanStor storage, CloudEngine networking, and Atlas AI alongside FusionServer compute. For customers requiring integrated server, storage, and networking from a single vendor, Huawei Enterprise is the typical choice. For server-focused procurement, xFusion offers comparable hardware with strong global channel availability.

What xFusion server models does Haink supply?

Haink supplies xFusion FusionServer 1288H V7, 1258H V7, 2288H V7, 2288 V7 (AMD), 2288 V8, 2488H V7, 5288 V7 general-purpose rack servers, FusionServer G5200 V7, G5500 V7, G8600 V7 AI and GPU servers, and FusionPoD rack-scale liquid-cooled platforms.

What is xFusion FusionPoD and who uses it?

xFusion FusionPoD is a rack-scale server platform with integrated native liquid cooling, centralized power, and bus blind-mating for tool-free compute node hot-swap. It is designed for large-scale AI training clusters and hyperscale data centers where maximum GPU compute density and energy efficiency are critical. FusionPoD eliminates the performance ceiling imposed by air cooling on high-density GPU deployments, making it suitable for LLM training infrastructure, large HPC clusters, and cloud provider AI compute build-outs.

What is the xFusion FusionServer G8600 V7?

The xFusion FusionServer G8600 V7 is xFusion's flagship AI server, supporting eight GPU modules plus twelve standard PCIe expansion cards and two OCP NICs in a single chassis. It provides up to 25x 2.5-inch drives and 8x NVMe SSDs for high-bandwidth local storage access during AI training and inference. The G8600 V7 is designed for organizations building large-scale AI training infrastructure and requiring maximum GPU density in a standard rack server form factor.

Does xFusion use the same management software as Huawei?

Yes. xFusion FusionServer platforms use xFusion FusionDirector for centralized management and iBMC as the integrated baseboard management controller — the same management platform heritage as Huawei FusionServer. This means organizations already familiar with Huawei server management tools can deploy xFusion hardware without retraining operations teams.