Server CPU Cold Plate Port Layout and Hose Routing Review
Port layout, hose routing and service access decide whether a server CPU cold plate can fit the chassis after thermal design is solved. The RFQ should include inlet/outlet direction, fitting size, bend radius, keep-out area, manifold path and any quick-disconnect or maintenance requirement.
Send Port Layout and Envelope DrawingView Server CPU Cold Plate Hub
Engineering Inputs to Confirm
| Port direction | Top, side, end or angled ports should be marked on the drawing. |
|---|---|
| Hose routing | Share tube length, bend radius, nearby components and service access limits. |
| Chassis envelope | Include 1U/2U/4U or custom chassis height, keep-out zones and lid clearance. |
| Assembly risk | Mark connector, cable, memory, manifold or radiator interference zones. |
Related Product Paths
AMD EPYC SP5 Direct-to-Chip Cold Plate
Current listing data for engineering confirmation: [CONFIRM: up to] 800 W -AMD EPYC SP5
View product page
Intel LGA4677 CPU Liquid Cold Plate
Current listing data for engineering confirmation: [CONFIRM: up to] 700 W -Intel LGA4677
View product page
RFQ Checklist
Upload a drawing, CAD file or thermal specification if available. If drawings are not ready, send the closest platform reference and the following inputs:
- Drawing or CAD file
- CPU/platform or module footprint
- Heat load and inlet temperature
- Coolant type and concentration
- Flow rate and pressure-drop target
- Port direction and hose routing
- Prototype quantity and annual demand
- Leak / pressure / cleanliness requirement
Common Review Risk
Related Engineering Resources
Parent page for platform cold plates, high-power CPU cold plates and server cooling modules.
General custom cold plate RFQ checklist for drawings, heat load, coolant, flow and pressure-drop inputs.
Related data center GPU and AI server cold plate review page.
Start a drawing-based RFQ with technical inputs and project notes.
External Engineering References
FAQ
What should be sent before quotation?
Send the drawing or closest mechanical reference, heat load, coolant, flow rate, pressure-drop target, port layout, quantity and validation requirement.
Can ToneCooling confirm compatibility from the socket name alone?
No. Socket or platform names are useful references, but final layout and performance review require the customer drawing, server envelope and validation plan.
Where are these server CPU cold plates manufactured?
Manufacturing is based in Huizhou, Guangdong, China. Public copy should not state local manufacturing for regional markets unless separately verified.
Is a complete simulation required before RFQ?
A simulation is helpful but not mandatory for first review. If simulation data is not ready, share heat load, coolant, flow rate, pressure-drop target and available envelope information.
