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Estimate · Not a quoteSee how much a ChipPC thin-client fleet — or PC to TC with ThinX OS — can save versus traditional PCs over hardware refresh, energy, and IT management.
Model uses published ChipPC figures (~3.5 W thin clients, ~10-year design lifespan) against typical PC power (70–150 W) and shorter refresh. Adjust your endpoint count and scenario — results update instantly. For a formal business case, talk to sales.
Slide or select — estimates update live. Advanced assumptions are editable.
CapEx and labor figures are planning defaults you can change. Energy uses ChipPC’s published ~3.5 W working-mode figure for purpose-built thin clients (Environmental.
Illustrative model for planning — not a formal quote. Device pricing, electricity rates, and labor models vary by region and enterprise agreement.
Same five levers IGEL talks about — with ChipPC’s hardware + ThinX + Xcalibur stack, not OS-only.
Designed ~10-year lifespan vs short PC cycles. Or skip refresh CapEx with PC to TC and ThinX OS.
Ultra-low-power thin clients cut electricity and cooling — see Environmental.
Locked ThinX endpoints + Xcalibur Global or XcaliburW reduce patching and local installs.
IGEL’s public page is mainly a contact path for a custom calculation. ChipPC’s tool gives an instant, transparent estimate you can tune — then escalate to sales for a formal model with your real SKUs and power rates.
Repurposed PCs still draw more watts than purpose-built ChipPC thin clients (~3.5 W). PC to TC typically wins on CapEx by avoiding new hardware; new thin clients win harder on energy at fleet scale.
No — they are editable planning defaults. Use Get a detailed TCO review for project pricing, volume, warranty and management licenses.
Share your endpoint count and preferred path (new thin clients or PC to TC). We’ll refine CapEx, energy and management assumptions for your region.