Thunderbolt / USB4 / PCIe Devices
High-speed peripheral platforms for storage, docking, PCIe expansion, capture workflows, and professional connectivity.
OEM / ODM • High-Speed I/O Hardware
Production-ready Thunderbolt / USB4 / PCIe hardware, built from concept to mass production.
Raiden Digit provides specialized OEM/ODM engineering and manufacturing for high-speed I/O products: USB4 storage, Thunderbolt docks, PCIe expansion, NVMe platforms, 10GbE / 25GbE adapters, and professional connectivity hardware. We help turn complex ideas into reliable, testable, production-ready products.
Thunderbolt 3 / 4 / 5 & USB4
PCIe 3.0 / 4.0 / 5.0 Expansion
NVMe Storage Platforms
10GbE / 25GbE Connectivity
EVT → DVT → PVT
Specialized positioning
We build where ordinary OEMs usually stop.
Many factories can build standard USB hubs or low-speed accessories. Our focus is different: compact products that must handle high bandwidth, sustained loads, thermal constraints, compatibility requirements, and production testability.
That makes Raiden Digit a strong fit for companies developing professional storage, Thunderbolt / USB4 devices, PCIe expansion platforms, high-speed network adapters, workstation accessories, NAS workflows, and specialized industrial I/O hardware.
High-speed architecture
Interface selection, topology, bandwidth planning, and product architecture.
Production-first design
DFM, DFT, fixtures, diagnostics, batch tracking, and quality checkpoints.
Thermal & acoustic balance
Sustained performance without ignoring noise, enclosure limits, and user environment.
Real-world compatibility
Mac, Windows, Linux, NAS, switches, SSDs, modules, cables, and host behavior.
Core OEM / ODM capabilities
We prioritize high-speed I/O products first, while supporting selected industrial, edge, and robotics-related projects when they align with our engineering strengths.
NVMe Storage & Network I/O
Custom and derivative platforms for USB4 NVMe storage, multi-drive enclosures, 10GbE / 25GbE adapters, and NAS workflows.
Industrial & Edge Platforms
Selected industrial, edge, UAV, and robotics hardware projects where power, I/O, reliability, and manufacturability are critical.
Example product directions
These are the types of OEM/ODM projects where our existing product experience and engineering focus are most relevant.
USB4 / Thunderbolt Storage
2-bay, 4-bay, or custom NVMe storage platforms for creators, Mac users, backup systems, and high-speed project drives.
- NVMe thermal strategy
- Compact mechanical design
- Software RAID workflow support
25GbE / 10GbE Connectivity
Thunderbolt or USB4 network adapters and docks for NAS, media production, shared storage, and workstation environments.
- SFP28 / RJ45 options
- Mac / Windows / Linux workflows
- Module and cable compatibility
PCIe Expansion Platforms
Custom enclosures, carrier boards, and expansion platforms for PCIe cards, NVMe drives, network cards, or capture devices.
- PCIe topology planning
- Power and cooling design
- Production validation flow
Professional Workflow Kits
Private-label or channel-specific hardware kits for NAS resellers, Pro AV integrators, mini PC brands, or workstation partners.
- Custom SKU and packaging
- Verified accessory bundles
- Documentation and support assets
OEM / ODM engagement packages
Choose a lightweight platform customization, a derivative product based on proven architectures, or a full custom design-to-manufacture project.
Package 1
Platform Customization
Best for partners who want a faster route to market using an existing or near-existing platform.
- Logo, color, packaging, cable, accessory, and regional SKU customization
- Channel-specific bundles or private-label versions
- Lower engineering risk and faster launch timeline
Package 2
Derivative Design
Best for customers who need a new variant based on a proven high-speed I/O architecture.
- 2-bay / 4-bay / 8-bay NVMe storage variants
- 10GbE / 25GbE adapter or dock derivatives
- Custom I/O mix, enclosure, thermal design, and production test flow
Package 3
Full Custom Design-to-Manufacture
Best for complex hardware projects that require architecture, engineering, validation, and production planning.
- Requirements, architecture, BOM strategy, EVT, DVT, PVT, and pilot production
- Electrical, mechanical, thermal, firmware/tooling, and production test coordination
- Recommended for projects with clear budget, schedule, and volume expectations
Engineering and manufacturing scope
We can support a full turnkey build or join a project at a specific stage, depending on your existing design resources and production needs.
OEM Manufacturing
SMT, assembly, production test, packaging, and logistics coordination.
- Production test fixtures
- Burn-in / QC checkpoints
- Version and batch tracking
ODM Turnkey
Requirements → engineering → pilot → mass production under defined milestones.
- Architecture and BOM strategy
- EVT / DVT / PVT execution
- Change control and documentation
Engineering: EE / ME / ID
Electronics, mechanical design, enclosure design, thermal strategy, and DFM/DFT-first development.
- High-speed PCB layout
- Thermal and acoustic tuning
- Assembly-ready structure
Firmware / Tools / Diagnostics
Firmware coordination, production tooling, diagnostics utilities, and maintenance workflows where applicable.
- Factory programming flow
- Device diagnostics
- Update and maintenance tools
Concept → EVT → DVT → PVT → Mass Production
A milestone process designed to reduce the risk of “prototype works, production fails.”
1
Requirement Review
Project goals, interfaces, bandwidth, power, size, target cost, compliance requirements, risk list, and timeline.
2
Architecture & Quotation
Key components, BOM strategy, mechanical direction, validation plan, estimated NRE, and production assumptions.
3
EVT: Engineering Validation
Functional prototype to prove the core architecture, interfaces, power design, and initial performance assumptions.
4
DVT: Design Validation
Thermals, acoustics, stability, compatibility, testability, enclosure refinement, and production test planning.
5
PVT: Pilot Validation
Pilot run with manufacturing controls, QC checkpoints, packaging, process tuning, and batch traceability.
6
Mass Production & Iteration
Stable production, change control, yield feedback, after-sales issue loop, and roadmap improvements.
What makes a project a good fit?
High-speed hardware projects require clear technical and commercial boundaries. The following information helps us evaluate feasibility quickly.
Strong fit
- Thunderbolt, USB4, PCIe, NVMe, 10GbE, 25GbE, or high-speed I/O hardware
- Clear product use case, target users, and market region
- Defined target quantity, expected cost range, and launch timeline
- Need for reliability, thermals, compatibility, and production testability
Less suitable
- Ultra-low-cost generic USB hubs where price is the only decision factor
- Projects without budget, target quantity, technical requirements, or decision timeline
- Very broad projects requiring unrelated full-stack software, cloud, mobile app, and hardware at once
- Deep custom engineering without NRE, sample budget, or commercial commitment
OEM / ODM inquiry
hello@raidendigit.com
Please include product type, required interfaces, bandwidth, power, size, target cost, estimated quantity, timeline, target markets, and any existing specs or constraints.
FAQ
Fast answers for first-time OEM/ODM discussions.
Do you work under NDA?
Yes. We can sign an NDA before technical discussion. Your template is acceptable if the terms are reasonable.
What is your MOQ?
MOQ depends on components, enclosure process, packaging, testing requirements, and project scope. We can support pilot runs before mass production when the project is commercially feasible.
Do you charge NRE for custom engineering?
For deep custom work, yes. Initial discussion can be lightweight, but architecture design, schematics, layout, mechanical design, tooling, validation, and custom firmware/tools usually require NRE.
Can you support Thunderbolt certification?
We can evaluate the certification route, requirements, cost, schedule, and market need. The final plan depends on the product architecture, commercial target, and certification requirements.
Can you do design only or manufacturing only?
Yes. We can support engineering-only, manufacturing-only, platform customization, derivative design, or full turnkey design-to-manufacture projects.
Can you build white-label or private-label products?
Yes. For suitable products and volumes, we can support private-label, regional SKU, channel bundle, or customized hardware versions.
Ready to build?
Tell us your interface, targets, quantity, and timeline.
For the fastest review, include product type, required interfaces, bandwidth/power/size targets, estimated quantity, target cost, schedule, and target markets.