Press Releases

Five Core Performance Leaps, Redefining the Limits of Power-Consuming Loads

• Optimized for high-density test platforms, significantly improving power per unit space
  Achieves 7.2 kW in a 3U rack and up to 86.4 kW in a 37U cabinet, enabling higher power deployment within limited lab space. Ideal for applications such as telecom power supplies, new energy charging stations, and AI servers, where testing power density demands continue to rise.
• Designed for larger power system testing, supporting MW-class scalable platforms
  Parallel system capability reaches up to 1.8 MW, meeting full-system testing requirements for high-power AI power systems, new energy power electronics, and other applications. Helps customers scale from single-unit testing to MW-class platform testing.
• Tailored for high-dynamic load conditions, accurately reproducing transient behavior
  Supports ultra-high-speed dynamic slew rates of 150 A/μs, realistically simulating rapid current changes in AI server power supplies, GPU power sources, fuel cells, and power modules, enhancing the accuracy and effectiveness of dynamic testing.
• Suited for instantaneous peak power scenarios, reducing over-provisioning
  Supports 1.5× short-term over-power capability, effectively handling sudden current surges and peak load demands in power modules, charging equipment, and fuel cells. Ensures peak testing performance while lowering equipment configuration costs caused by peak conditions.  
• Dedicated solution for AI GPU power testing with ultra-low voltage and high current
  Offers a 60 V / 2400 A / 6 kW ultra-low voltage, high-current solution, perfectly matching the testing requirements of next-generation AI computing power supplies.

The IT8100A/E Series covers fourmajor voltage levels—60 V, 150 V, 600 V, and 1200 V—meetingfull-spectrum testing requirements. It is organized into three product categories: the IT8100A Series, IT8100E Series, and a dedicated ultra-lowvoltage, high-current load, offering customers flexible system configurations and maximum testing efficiency.

With the launch of the IT8100A/E Series, ITECH once again demonstrates its technological innovation in high-power testing, empowering global customers to tackle the high-power and high-dynamic demandsof AI computing, power battery testing, data centers, and new energy applications, and ushering the industry into a new era of MW-class electronicloads.