Dry Cabinets for AI Hardware, Semiconductor Components & Data Center Electronics
Ultra-low humidity dry storage for GPU-related semiconductor packages, AI accelerators, IC packages, high-density PCBs, memory devices, optical transceivers and other moisture-sensitive electronics used in AI hardware and data center systems.
McDry provides controlled low-humidity storage for suitable moisture-sensitive electronic components during manufacturing, assembly, intermediate storage, service and long-term preservation.
Dry storage for the semiconductor components behind AI systems
AI servers and high-performance computing systems depend on advanced semiconductor components including GPU-related packages, AI accelerators, memory devices, IC packages, high-density PCBs, power electronics and optical transceivers.
Suitable moisture-sensitive components may require controlled low-humidity storage during manufacturing, assembly, intermediate storage, repair and long-term preservation.
Why dry storage matters for AI and semiconductor components
Moisture exposure can affect semiconductor packages, PCB assemblies and long-term storage stability depending on component design, packaging, handling conditions and process requirements.
Moisture absorption
Moisture-sensitive semiconductor packages can absorb moisture from ambient air during storage and handling.
Process reliability
Controlled dry storage can help maintain more consistent component conditions before assembly, soldering and integration.
Long-term preservation
Ultra-low humidity storage can help reduce additional moisture exposure during extended component storage.
High-value electronics
GPU-related packages, AI accelerators and advanced semiconductor devices can represent high-value inventory that requires reliable storage conditions.
What AI hardware and semiconductor components can be stored in a dry cabinet?
Typical applications include GPU-related components, AI accelerators, semiconductor packages, memory devices, PCBs, optical transceivers and selected electronic service parts. Final suitability depends on the actual component and storage requirement.
GPU components & AI accelerators
Dry storage for suitable GPU-related semiconductor packages and accelerator components used in high-performance AI systems.
- GPU-related semiconductor packages
- AI accelerator components
- Advanced processor packages
- Prototype AI computing hardware
Semiconductor components, IC packages & memory
Controlled dry storage for selected semiconductor packages and memory components before production, assembly or long-term storage.
- IC packages
- Memory devices
- Moisture-sensitive semiconductor components
- Packaged electronic devices
High-density PCBs
Bare and assembled printed circuit boards used in AI servers, computing platforms and supporting electronics.
- Bare PCBs
- Assembled PCBs
- AI server circuit boards
- Prototype and development boards
Optical transceivers & network electronics
Selected optical transceivers, communication modules and sensitive electronic components used for high-speed data transfer in AI and data center infrastructure.
- Optical transceivers
- Optical modules
- Network electronics
- High-speed communication modules
Power semiconductor & power electronics
Selected power semiconductor devices and electronic modules used in AI computing and server power systems.
- Power semiconductor components
- Power control electronics
- Server power assemblies
- Selected electronic modules
Service parts & spare electronics
Moisture-sensitive replacement boards, modules and spare semiconductor components stored for maintenance and long-term support.
- Replacement PCBs
- Spare semiconductor components
- Electronic modules
- Long-term service stock
Why use an ultra-low humidity dry cabinet for AI hardware?
Modern AI hardware combines high-value semiconductor packages, GPU-related components, high-density PCB assemblies, memory devices and high-speed optical communication electronics.
Keep moisture-sensitive semiconductor components dry before assembly
During manufacturing, GPU-related packages, AI accelerators, IC packages and other suitable moisture-sensitive components may be exposed to ambient humidity between receiving, production steps and final assembly.
McDry provides a controlled low-humidity environment for components that require protection from additional moisture exposure.
Protect high-value AI electronics during long-term storage
Spare PCBs, semiconductor devices, optical transceivers and electronic modules may remain in storage for extended periods before repair, maintenance or replacement use.
Controlled dry storage can help maintain stable environmental conditions for suitable components during intermediate and long-term preservation.
AI hardware components, moisture risks and dry storage needs
| Component group | Typical storage concern | How dry storage can help | Important review point |
|---|---|---|---|
| GPU & AI accelerator packages | Moisture absorption during manufacturing, handling and intermediate storage | Provides stable low-humidity storage for suitable moisture-sensitive semiconductor devices | Follow component-manufacturer handling, MSL and process requirements |
| IC packages & memory devices | Ambient moisture exposure before production, assembly or long-term storage | Helps reduce additional moisture uptake during controlled storage | Package type, MSL and manufacturer instructions should be confirmed |
| High-density PCBs | Variable environmental exposure before assembly, rework or long-term storage | Supports controlled conditions between production processes | Board condition, assembly status and process requirements should be reviewed |
| Optical transceivers & network components | Sensitive electronics may require protection from uncontrolled humidity exposure | Provides enclosed low-humidity storage for suitable components | Optical component type, packaging and manufacturer requirements |
| Service & spare electronics | Extended storage periods before maintenance, repair or replacement | Supports stable long-term dry storage for suitable spare components | Required humidity and packaging should be confirmed for each component type |
Use controlled dry storage throughout the component lifecycle
Receiving
Review packaging, component type, storage requirements and moisture sensitivity.
Controlled dry storage
Store suitable moisture-sensitive components under the required low-humidity conditions.
Assembly or integration
Remove only the quantity required for production, testing, assembly or system integration.
Return or preservation
Return remaining suitable components promptly or maintain controlled storage for long-term use.
Ultra-low humidity storage for high-value electronics
McDry uses a zeolite-based drying unit to maintain a controlled dry environment for suitable moisture-sensitive components and materials.
Depending on the selected model and operating conditions, storage down to approximately 1% RH is available. Standard humidity control does not require a continuous nitrogen supply.
Stable ultra-low humidity
Selected McDry models provide controlled storage down to approximately 1% RH.
No continuous nitrogen supply
Standard humidity control uses an electric zeolite-based drying unit.
Designed for long-term storage
Suitable for controlled storage of valuable electronic components over extended periods.
Fast humidity recovery with DXU
DXU configurations are suited to production environments where cabinet doors are opened more frequently.
European support & two-year warranty
SSG provides model selection, quotations, service and spare-parts support. Cabinets supplied by SSG are generally covered for two years from the SSG shipment date.
Which McDry is suitable for your AI hardware storage?
Model selection depends on storage volume, target humidity, component dimensions, access frequency and available installation space.
Compact R&D storage
Suitable for laboratories, AI hardware development and smaller quantities of semiconductor or PCB components.
- Compact footprint
- R&D and prototype environments
- Small-volume semiconductor storage
- Laboratory use
Large-capacity long-term storage
Suitable for larger quantities of semiconductor components, PCBs and service stock with moderate access frequency.
- Large storage capacity
- Long-term component storage
- Production and service stock
- Cost-effective configuration
Frequent-access production storage
Suitable for production environments where semiconductor components or PCBs are accessed frequently.
- Fast humidity recovery
- Frequent door opening
- Production environments
- Large-volume electronics storage
Final model selection depends on target humidity, component quantity, package dimensions, access frequency, available installation space and production requirements.
Typical users: semiconductor manufacturers, electronics manufacturers, AI hardware developers, data center equipment suppliers, R&D laboratories, service centers and system integrators.
Storage requirements should be confirmed for the actual component
McDry suitability depends on component type, moisture sensitivity, packaging, target humidity, storage quantity, handling method and production process.
Component-manufacturer requirements, MSL controls, baking instructions and other process specifications should continue to be followed where applicable.
Dry cabinets for AI hardware, GPUs and semiconductor components
What is a dry cabinet for AI hardware?
A dry cabinet for AI hardware provides controlled low-humidity storage for suitable moisture-sensitive semiconductor components, GPU-related packages, IC packages, PCBs, memory devices and other electronic parts used in AI computing systems.
Can McDry be used as a dry cabinet for semiconductor components?
Yes, McDry can be used for suitable moisture-sensitive semiconductor components such as IC packages, memory devices and other packaged electronic devices. The required humidity depends on component type, packaging and process requirements.
Can McDry store GPU components and AI accelerators?
McDry may be suitable for compatible GPU-related semiconductor packages, AI accelerator components and other moisture-sensitive electronic devices. Required humidity and handling conditions should be reviewed for the actual component.
Can optical transceivers be stored in a dry cabinet?
Suitable moisture-sensitive optical transceivers, optical modules and communication electronics may benefit from controlled dry storage. Storage requirements should be confirmed according to the component and manufacturer specifications.
Can McDry be used for data center electronics?
McDry may be used for suitable moisture-sensitive electronic components and spare parts used in data center equipment, such as PCBs, semiconductor devices, memory components, electronic modules and optical transceivers. It is not intended to control the environment of an operating data center room or server rack.
Is McDry suitable for high-density PCBs?
McDry can be used for suitable bare or assembled PCBs requiring controlled low-humidity storage. Required storage conditions depend on board condition, assembly status and production requirements.
Can McDry maintain approximately 1% RH?
Selected McDry models support ultra-low humidity storage conditions down to approximately 1% RH, depending on the model and operating conditions.
Does a McDry dry cabinet require nitrogen?
Standard McDry humidity control does not require a continuous nitrogen supply. The cabinet uses an electric zeolite-based drying unit.
Which McDry series is suitable for AI electronics?
MCU can be suitable for compact R&D storage, MC for larger-capacity or long-term storage, and DXU for production environments with more frequent access and faster humidity recovery.
What information is required for McDry model selection?
Please provide the component or material name, package dimensions, storage quantity, target humidity, access frequency and available installation space.
Need a dry cabinet for GPU, AI or semiconductor components?
Tell us what you need to store, the component type, required humidity, package dimensions, storage quantity and expected access frequency. SSG will help evaluate the appropriate McDry configuration.