ZTE unveils ZXEDC M8000 modular platform for hybrid AI data-center loads
DataNews Editorial Team
ZTE has unveiled its ZXEDC M8000 Intelligent Computing Micro-Module at Data Center World Asia, positioning the integrated platform for AI workloads and mixed conventional IT deployments. The vendor says the design supports 20–60 kW of IT load per rack, scaling to as much as 250 kW per rack in its maximum configuration.
- ZTE introduced the M8000 as an integrated modular platform for AI and mixed conventional IT workloads.
- The vendor states support for 20–60 kW of IT load per rack, with configurations reaching up to 250 kW per rack.
- The design integrates liquid cooling, cold-plate CDU infrastructure, secondary piping, 800 V HVDC power and intelligent busbars.
- ZTE says deployed racks can be upgraded from air cooling to liquid cooling.
- Claimed PUE and power-efficiency figures have not been independently validated in the provided material.
ZTE has introduced the ZXEDC M8000 Intelligent Computing Micro-Module, an integrated data-center infrastructure module designed for AI workloads and hybrid deployments combining AI and conventional IT equipment.
According to ZTE, the module supports 20–60 kW per rack for IT loads and up to 250 kW per rack in a maximum configuration. Its architecture combines a contained cold aisle, liquid-cooled and network racks, a cold-plate CDU, secondary piping, an 800 V HVDC power system, an intelligent busbar system, monitoring and integrated fire protection.
A key element of the product proposition is upgradeability. ZTE says racks can be converted from air cooling to liquid cooling after deployment, potentially allowing operators to introduce higher-density infrastructure in stages rather than committing an entire deployment to liquid cooling from the outset. The company also states that a single architecture can accommodate upgrades across three generations of IT equipment.
ZTE claims PUE as low as 1.15 when free cooling is used, and power-delivery efficiency of up to 98%. These are vendor-stated performance figures rather than site-specific operating results. The company further characterizes M8000 as the first liquid-cooling solution with system-level UL certification for liquid-leak prevention, although the available material does not specify the comparison set or certification details.
The launch reflects supplier competition in AI-ready modular data-center infrastructure, where peak rack density is only one consideration alongside the integration of cooling, power distribution and retrofit pathways. For operators, the practical value of such systems will depend on performance under actual load profiles and local climatic conditions, as well as commercial availability and deployment experience.
Rising AI rack densities are increasing demand for standardized infrastructure that integrates high-density power delivery with liquid cooling. ZTE’s claimed ability to retrofit deployed racks from air to liquid cooling could be relevant for operators seeking to phase infrastructure upgrades as AI equipment density increases.
- データセンターカフェ (Data Center Café) / October 26, 2026 · JapaneseSource →
This article was prepared by the DataNews editorial team based on the sources listed above.