Procurement comparison Comparison

Direct-to-chip vs. immersion: a specification checklist

A shorter, specification-first comparison for project teams assembling an RFI or vendor shortlist.

RFIspecificationdirect-to-chipimmersion

The architecture decision is rarely settled by peak kilowatts alone. Use a common set of assumptions and force every bidder to identify exclusions.

01

Technical schedule

Issue rack loads, processor configurations, liquid capture, temperatures, allowable pressure, water chemistry, ambient design points, and commissioning states in a machine-readable schedule.

02

Reliability schedule

Ask vendors to draw every pump, controller, power feed, valve, filter, and heat exchanger required to carry the design load with one component unavailable.

03

Operations schedule

Price maintenance, coolant analysis, server swaps, cleaning, training, spares, response time, and end-of-life fluid handling—not just hardware.

Evidence ledger

Primary sources

Profiles distinguish company-reported claims from confirmed operating data. Open the original materials before relying on a specification.

  1. 01

Direct answers

Frequently asked questions

Concise answers generated from the structured record and its cited evidence.

What does Direct-to-chip vs. immersion: a specification checklist cover?

A shorter, specification-first comparison for project teams assembling an RFI or vendor shortlist.

What is the main takeaway?

The architecture decision is rarely settled by peak kilowatts alone. Use a common set of assumptions and force every bidder to identify exclusions.

How current is this analysis?

This analysis was published on June 15, 2026 and last reviewed on August 8, 2026. Its conclusions should be checked against the linked primary sources and current vendor specifications.