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As enterprise computing architectures become denser and faster, the physical layer of hardware design is being pushed to its limits. Moving a new server blade, proprietary storage array, or AI compute node from the drawing board into production often hits a critical roadblock: standard, off-the-shelf cables and adapters cannot meet the precise spatial, thermal, and signal-integrity requirements of bleeding-edge OEM hardware.
What We Cover
When you're pushing 32 GT/s over PCIe 5.0 or routing massive bandwidth through high-density MCIO and OCuLink connectors, "close enough" is a recipe for data corruption and system failure.
At Electronic Product Solutions, we don't just sell cables — we engineer them. As the parent company of MicroSATACables and GoRite, EPS has spent over 20 years partnering with Tier 1 OEMs to design, test, and manufacture custom interconnect solutions that solve complex hardware bottlenecks. Our portfolio spans over 500 custom designs across server, storage, embedded, and edge-computing applications.
The Hidden Complexities of Next-Gen Interconnects
Building custom hardware around next-generation protocols like PCIe Gen 5, Gen-Z, or high-density EDSFF storage requires solving severe physical and electrical problems:
- Signal integrity: At high frequencies, signals degrade rapidly. A custom chassis may require routing that exceeds standard trace limits, demanding custom shielding or integrated active signal conditioning (ReDrivers or ReTimers) built directly into the assembly. See our guide to ReDrivers vs. ReTimers for context.
- Mechanical and spatial constraints: High-density setups often require unique pin configurations, ultra-low-profile connectors, or specialized right-angle bends to fit within strict 1U or 2U enclosures without obstructing critical airflow paths.
- Proprietary interfaces: Many enterprise OEMs develop proprietary form factors that need bespoke adapters to interoperate with standard industry components.
The EPS Advantage
When an off-the-shelf part fails to meet your exact specifications, our engineering team steps in. We provide end-to-end custom manufacturing capabilities designed to integrate with your product development lifecycle.
1. Collaborative Custom Engineering
We work directly with your hardware engineers from the concept phase. Whether you need a unique pinout, specialized EMI/RF shielding, or a fully proprietary adapter board, we help solve signal integrity, thermal, and mechanical challenges before they reach the production line. For an overview of our full manufacturing capabilities — cable assemblies, CNC machining, injection and insert molding, metal stampings, and supply-chain management — see our Capabilities page.
2. Rapid Prototyping and Testing
With a portfolio of over 500 custom designs, we know how to move quickly. We provide rapid prototyping so your team can physically test the interconnects within your hardware ecosystem. Every prototype undergoes rigorous quality control and electrical testing to confirm it meets protocol compliance and tolerance specifications before scaling.
3. Scalable OEM Manufacturing
Once a prototype is validated, we handle the transition to production. Whether you need a small-batch run for a niche HPC cluster or large-scale volume manufacturing for a global hardware rollout, our Acton, Massachusetts production facilities scale with you. We maintain strict quality control and certification standards at every stage — ensuring the ten-thousandth cable performs identically to the prototype.
Trusted by Industry Leaders
When demanding engineers need interconnects they can trust, they specify EPS. Our dedication to precision is why our products are referenced across multiple major OEM ecosystems — including a long-running role as an Intel NUC partner, and current status as an ASUS NUC Innovation Partner through our GoRite line. For more on the NUC ecosystem and our role in it, see Intel to ASUS NUC Transition: What System Builders Need to Know.
Don't let interconnect limitations dictate your hardware design. If you have a custom project requiring precise, scalable manufacturing, our engineering team is ready to engage.
Frequently Asked Questions
What is the minimum order quantity (MOQ) for custom-manufactured cables?
Because EPS owns the manufacturing process from prototype through production, we are highly flexible. We accommodate small-batch runs for specialized equipment testing, scaling up to high-volume Tier 1 OEM production. Reach out with your project requirements for specific volume and pricing details.
Can EPS design a cable with a completely custom pin configuration?
Yes. Custom pin configurations, specialized shielding, and unique connector orientations (right- or left-angle profiles for tight chassis) are core engineering capabilities.
Do you manufacture active cables and adapters with signal conditioning?
Yes. For high-speed applications like PCIe 5.0 and OCuLink, we frequently design and manufacture custom AICs and interconnects with integrated ReDrivers or ReTimers built directly onto the custom board to maintain signal integrity over longer physical distances.
How long does the custom prototyping process take?
Timelines vary with the complexity of the custom tooling and electrical engineering required. Drawing on 20 years and 500+ custom designs, we typically provide an initial project quote and feasibility assessment within 48 hours of receiving specs.
Will EPS sign an NDA before reviewing proprietary specifications?
Yes. NDAs are routine in our business. Send your NDA with the initial inquiry, or request ours, and we'll execute before reviewing proprietary information.
Have a custom interconnect challenge that off-the-shelf parts won't solve?
EPS has 20 years of experience engineering precision cable assemblies, signal-conditioning AICs, and custom enclosures for OEM partners. Most quotes are returned within one business day.