Design & Build Services

GPU Solutions for Gaming Companies

GPU infrastructure engineered around your game and production workflow.

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Design & build · Purchase, rent or lease · New, used & refurbished

ENGINEERING STARTS WITH THE APPLICATION

Define the workload before selecting the hardware.

GPU WORLD designs and builds GPU server solutions for gaming studios, game technology companies and infrastructure operators. We assess your engine, rendering pipeline, concurrent users and delivery targets, then propose a complete configuration around the workload. Choose Supermicro, Dell PowerEdge, HPE or a customized chassis with multiple GPU slots, subject to compatibility. Purchase, rental and lease options include new, used and refurbished systems. We agree the hardware, installation scope and validation plan before delivery.

Game Development & Rendering

Interactive editors, real-time ray tracing, large scenes, high-resolution textures and cinematic rendering have different compute and graphics-memory demands. We review your engine version, graphics API, plugins and representative projects. CPU resources, system memory and NVMe storage are considered alongside the GPU because compilation, asset loading and background tools also affect a studio's workflow. Rendering support and driver compatibility are checked for the exact application.

Remote Workstations & Shared Graphics

Centralized graphics can support selected studio workloads from a server room or data centre. We assess dedicated GPU access or a supported virtual workstation arrangement against your applications, users and licensing. GPU memory per user, simultaneous sessions, display requirements and remote access conditions inform the design. Virtualization requires a compatible GPU, hypervisor, operating system and software stack; it is not an automatic feature of every card.

Cloud Gaming & Interactive Streaming

A streamed game requires rendering, video encoding, network delivery and client decoding. We assess codec support, target resolution, frame rate, image quality and session density together. Delay, jitter, packet loss and the location of your users affect responsiveness, so we agree tests across the complete delivery path. Dedicated multiplayer hosting is assessed separately: headless game servers do not render images and may primarily require CPU capacity, memory and network performance.

SYSTEM ARCHITECTURE

Balance the complete data path.

We translate application requirements into a component specification. The GPU is one part of a system whose performance also depends on data movement, software and the deployment environment.

What we assess when configuring your solution
Design area	Engineering considerations
GPU & Graphics Memory	Select graphics-capable RTX, professional RTX or data-centre options against the engine, renderer, scene size and required features. Allow for textures, working data and application overhead. An AI compute accelerator is not assumed to replace a graphics GPU.
CPU & System Memory	Account for editor use, compilation, asset processing, orchestration and concurrent applications. For headless multiplayer services, assess CPU execution time, memory use and server tick behaviour directly.
Storage & Asset Access	Plan local NVMe for active projects and cache where appropriate. Size shared-storage capacity and measured throughput around asset size, simultaneous users and the actual access pattern.
Network & Streaming	Evaluate studio connectivity, remote clients and user geography. Verify encoder and decoder capabilities for the selected codec and measure the network path rather than deriving session density from GPU specifications alone.
Multi-GPU Topology	Check application scaling, PCIe connectivity, usable slots and per-GPU assignment. Additional GPUs do not automatically pool their memory or make a single application proportionally faster.
Chassis, Power & Cooling	Verify the exact platform's GPU compatibility, electrical capacity, slot spacing, power cables and airflow. Include rack space, site power and cooling assumptions in the deployment discussion.

Platform options include Supermicro, Dell PowerEdge, HPE and custom multi-GPU chassis. GPU count, card dimensions, PCIe topology, power and cooling must match the selected platform. HGX B200/B300 systems are complete integrated platforms, rather than add-in cards for an ordinary PCIe chassis.

HOW WE PROVIDE THE SOLUTION

A defined path from discovery to handover.

The proposal records which engineering, supply, installation, commissioning and support activities are included. Scope and acceptance criteria are agreed before deployment.

Define the Workload

We collect your engine and application versions, example scenes, peak users, project sizes, deployment location, budget and growth plans. We distinguish interactive graphics, offline rendering, streaming and game-session hosting before specifying hardware.

Agree the Success Criteria

Together, we select meaningful objectives such as frame time, render completion time, editor responsiveness, stream quality or supported concurrent sessions. Where available, we record the current system as a comparison baseline.

Design the Configuration

We compare GPU and host configurations against your software requirements and working data. We identify memory limits, CPU or storage bottlenecks, required licensing and the practical expansion path.

Confirm Scope & Procurement

The proposal identifies the platform, exact GPU models and quantities, RAM, storage and networking. We agree purchase, rental or lease options, equipment condition, installation responsibilities and the relevant commercial terms.

Build & Integrate

Within the agreed scope, we configure the proposed system and compatible software stack. Deployment planning covers the operating system, drivers, application requirements, access arrangements and the site's power and cooling provisions.

Validate & Handover

We agree application tests with realistic projects and concurrency, review results against the acceptance criteria and document the delivered configuration. Support scope and future expansion options are specified for the engagement.

MEASURE THE APPLICATION

Validate against an agreed baseline.

We agree representative workload tests rather than relying on peak GPU specifications. Depending on the project, the validation plan can include:

Sustained frame times and interactive responsiveness
Render completion time for agreed scenes
Stream quality and encoding behaviour at target settings
Concurrent sessions with the client and network path included
CPU/GPU utilization, memory headroom, storage and thermal behaviour

Results apply to the tested hardware, software, settings and workload. Streaming performance depends on the network and client device as well as the server. Software rights, driver support and virtualization licensing are confirmed for the proposed use.

PROJECT DELIVERABLES

Make the specification and handover explicit.

Your proposal can include the following records. We agree the required documents, testing depth, installation responsibilities and support arrangements for your project.

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Define your handover package

Requirements summary and itemized hardware configuration
Platform compatibility and software dependency notes
Power, cooling, rack and connectivity assumptions
Agreed installation, integration and handover scope
Application-based acceptance plan and results where testing is in scope

CHOOSE HOW YOU DEPLOY

Purchase, rental or lease. Your choice of condition.

GPU WORLD offers GPU solutions for purchase, rental and leasing, alongside used and refurbished servers. Commercial structure and equipment condition are separate choices.

Purchase

Specify a complete server or a multi-node project for your organisation. The quote identifies the exact configuration, equipment condition, delivery scope and warranty terms.

Rent

Discuss hardware for a project, research period, pilot or temporary capacity requirement. We define the configuration, duration, deployment location, licensing and service responsibilities in the rental proposal.

Lease

Discuss a GPU system for an agreed deployment period. Payment schedule, maintenance responsibilities and end-of-term options are specified in the lease proposal; ownership transfer is offered only where stated.

Used servers

Previously deployed systems can suit budget-led projects or established software environments. Request the component inventory, disclosed condition, available service history, compatibility checks and unit-specific commercial terms.

Refurbished servers

Define the inspection, remedial work and functional testing required for a refurbished configuration. Test records, storage condition, firmware, accessories and warranty coverage should be documented in the agreed supply scope.

Confirm the complete scope before deployment.

GPU generation does not determine equipment condition. A quotation specifies the actual bill of materials, availability, duration where applicable, delivery destination, installation and commissioning scope, software licences, support arrangements and applicable warranty. Rental and leasing availability depends on the requested configuration and location.

Explore rental and leasing ↗Explore used and refurbished servers ↗

PROJECT QUESTIONS

Plan with the right detail.

Share your location, applications, budget and expected timeline. We serve projects across India and review international requirements by destination.

Does every gaming company need a GPU server?

The workload decides. Graphics production, rendering and streamed gaming can need GPUs. A dedicated multiplayer game server can run headlessly and may be better served by CPU, memory and networking investment. We assess these requirements separately.

Can we use several GPUs in one chassis?

Yes, where the chassis, power, cooling and application support the configuration. We confirm usable slot layouts and software scaling. Multiple cards do not automatically create one larger graphics-memory pool.

Can we rent or lease used or refurbished equipment?

We offer purchase, rental and lease routes with new, used and refurbished options, subject to availability. The quotation identifies equipment condition, configuration, validation scope, software requirements and commercial terms.

Technical references used in our sizing guidance

These manufacturer and software documents explain the technical principles discussed above. They do not certify a GPU WORLD build or substitute for validation of the quoted configuration.

Epic Games: Hardware and Software Specifications ↗Engine requirements cover CPU, RAM, graphics memory, APIs and feature-specific compatibility; baseline specifications are not production sizing guarantees.
Epic Games: Setting Up Dedicated Servers ↗Defines a dedicated multiplayer server as headless, without rendering visuals, supporting the distinction from graphics and streaming infrastructure.
NVIDIA: Video Codec SDK ↗Documents dedicated video encode/decode engines and cloud-gaming applications. Exact capabilities must be verified per GPU.
NVIDIA: Video Encode and Decode Support Matrix ↗Provides model-specific encoder, decoder, codec and concurrent-session capabilities; supports checking exact hardware rather than generation alone.
NVIDIA: Virtual GPU Software Client Licensing Guide ↗Supported GPU virtualization depends on the software platform and applicable licensed features.
NVIDIA: L40S GPU ↗Shows a data-centre GPU class with graphics, rendering, media and AI capabilities; model suitability still depends on workload.
Supermicro: GPU Installation and Thermal Requirements ↗Confirms that thermal restrictions, shrouds, heatsinks and occupied slots affect actual supported GPU configurations.