Direct-to-Chip · TC Series · 1000 W
TC-1000 GPU/Switch ASIC Cold Plate for Australia
ToneCooling Australia supplies the TC-1000 direct-to-chip liquid cold plate (1000 W rated) for GPU and switch-ASIC modules in Australian AI-server and data-centre racks. Copper, CNC machined, 100 % helium-leak tested. Cold plate design, engineering and manufacturing at our own IATF 16949-aligned manufacturing facility in Huizhou, Guangdong, China; AS/NZS documentation and customer engineering support from our Carlton, Victoria team.
ToneCooling Australia manufactures the TC-1000 GPU/Switch ASIC Cold Plate — 1000 W rated, CFD-validated before tooling and 100% helium-leak tested. Cold plate design, engineering and manufacturing at our IATF 16949-aligned facility in Huizhou, Guangdong, China; AS/NZS documentation and customer engineering support from Carlton, Victoria.
TC-1000 GPU/Switch ASIC Cold Plate
Direct-to-chip liquid cold plate for GPU and switch-ASIC modules, engineered to your board drawing.
- Model
- T-HS202304 — ToneCooling TC-1000 liquid cold plate
- Application
- GPU / Switch ASIC direct-to-chip cooling
- Heat dissipation
- 1000 W
- Material
- Copper, CNC machined
- Joining method
- Confirmed per programme at DFM review
- Test conditions
- Pure water coolant, 30°C inlet temperature
- Flow rate / pressure drop
- 2 LPM at 8 kPa
- Cold plate surface temperature
- ≤45°C
- Working pressure
- 1 MPa
- Dimensions
- 83 × 70 × 16.3 mm
- Thermal resistance (plate, rated point)
- ≤0.015 °C/W — calculated as (surface-temperature limit − coolant inlet) / heat load: (45 − 30)°C / 1000 W
- Wetted materials
- Copper (C1100 / T2) channel and port surfaces; fittings, tubing and quick disconnects per customer specification — confirmed against your coolant during DFM
- Validation
- CFD flow and thermal simulation; helium leak and proof-pressure testing
Other TC-series ratings
Same 83 × 70 × 16.3 mm envelope across the range — send your die/module heat load to confirm the right variant.
Frequently asked questions
What does the 1000 W rating mean?
It is the plate’s rated heat-dissipation capacity at the tested condition: pure water coolant, 30°C inlet, 2 LPM flow, surface temperature held at or below 45°C.
What if 1000 W is not the right heat load for my module?
What coolant should be used?
Rated performance is tested with pure water at 30°C inlet. Data-center loops following ASHRAE W55 water quality are supported; alternative coolants are reviewed during DFM.
What flow rate does it need?
2 LPM at 8 kPa plate-level pressure drop under rated load. Your pump budget and manifold layout are checked against this during engineering review.
Can the design be customized?
Yes. Port locations, hose routing, mounting pattern, and surface finish are customized from your drawings. CFD simulation validates the change before tooling.
What is the Quantity and lead time?
Prototype orders start from 1 piece with a 4–6 week prototype lead time from approved drawing and PO; production runs 6–8 weeks.
What is the lead time and duty for TC-series cold plates into Australia?
Prototype and production lead times are agreed at quotation, door-to-door from Huizhou to Australian capital cities. AU import duty is typically 0–5 % under ChAFTA (HS 8419 / 8537); DDP terms itemise duty, GST and clearance.
Request a TC-1000 GPU/Switch ASIC Cold Plate quote
Send your die/module heat load, board layout and flow budget. Our Carlton team responds with a DFM review and quotation.
Request a QuoteHow the TC-1000 compares with related models
Compared with the TC-1500, the TC-1000 differs in heat dissipation (1000 W vs 1500 W), thermal resistance plate, rated point (≤0.015 °C/W — calculated as (surface-temperature limit − coolant inlet) / heat load: (45 − 30)°C / 1000 W vs ≤0.01 °C/W — calculated as (surface-temperature limit − coolant inlet) / heat load: (45 − 30)°C / 1500 W).
By heat dissipation, the TC-1000 is rated at 1000 W; the next higher rating is the TC-1500 (1500 W). Select on the confirmed duty point rather than on the headline rating alone.
Source: the specification tables on this page and on the linked ToneCooling model pages. Values are catalogue references; the operating point is confirmed in the quotation.