Mechanical Research and Development
Whether your solution requires off-the-shelf hardware, a customized design, or a combination of the two, we know how to get it done right.
Engineering the Extraordinary
The infrastructure required to support your innovation is foundational to its success in the market. Whether it runs in data centers, on edge devices, or across the cloud, the hardware at its foundation can make or break performance and dependability. HIPER Global is a mechanical research and development pioneer, providing purpose-built hardware designed, integrated, and deployed specifically for your technology.
Bending metal. Bolstering ruggedness. Building confidence.
Bring us your challenges - wherever the boundaries of what’s possible are being pushed, HIPER Global is there.
From solving unique footprint challenges to ruggedizing for extreme environments, we have everything you need to turn the spark of an idea into a market-ready solution.
HIPER Global accelerates your path to prototype through rapid iteration and “fail fast” methods designed to overcome roadblocks to progress, helping us to identify fixes quicker.
We simulate real-world operations, analyze designs for weak points, and ensure solutions withstand thermal and shock requirements with in-house qualification tests.
Start production knowing HIPER Global will be there to help when it’s time for upgrades, proactive End-of-Life notices, and new system iterations.
Mechanical Research
- Advanced engineering
- Cost optimization
- Logistics and supply chain feasibility
- Market analysis
- Materials research
- Prototyping and testing
- Regulatory compliance
- Sustainability research
Challenges We Solve
With global development labs and cutting-edge research facilities, HIPER Global is at the forefront of infrastructure innovation. Our research and development capabilities are tailored to application requirements and complexity, with the ability to fully customize or modify off-the-shelf products and solutions.
- Custom backplanes and cooling
- Custom BIOS configurations
- Machining and mechanical bracket design
- Specialized enclosures and thermal design
- Unique footprint requirements
- Weight reduction
