ITECH’s IT2700 Multi-Channel Modular Power System has been awarded theBronze in the Test and Measurement category of the 2025 LEAP Awards,recognizing its outstanding innovative design and technical excellence. This accolade fully affirms ITECH’s ongoing innovation and leadership in the field of power testing technology.

The LEAP (Leadership in Engineering Achievement Program) Awards, presented by Design World in the United States, are a prestigious honor celebrating advancements in electronics, software, test and measurement, industrial automation, and other fields. The awards highlight both established and emerging products that make significant contributions to the engineering discipline. The ITECH IT2700, with its exceptional technical performance, is the only professional power testing product to receive this recognition. This distinction further underscores ITECH’s innovative strength and leadingposition in the testing industry.

ITECH is specialized in the development and manufacture of precision test and measurement instruments, and committed to providing customers with high-quality test solutions to help them stay competitive in the increasingly complex power electronics applications, products are widely used in automotive electronics, new energy, industrial control, semiconductor and other industries. ITECH not only focuses on the technical performance and innovation of its products, but also actively responds to the needs of global green and sustainable development. As a leader in the industry, ITECH is committed to advancing the field of test and measurement with innovative technologies, providing customers with efficient, reliable and environmentally friendly test solutions, and helping the development of next-generation technologies.

IT2700 — A Milestone in Technological Innovation
The IT2700 Multi-channel Modular PowerSystem integrates high precision, multi-functionality, and modularity, makingit ideal for R&D and production lines to improve efficiency and reduce energy consumption.

Compact and Ideal for System Integration:
The compact design of the IT2700 series makes it an excellent choice for system integration, minimizing space usage in laboratories and system integration environments.

Space-Saving Design:
One of the key advantages of the IT2700 series is its compact design, with the smallest footprint among similar products, significantly reducing space occupation in labs and system integration environments.

Multi-Channel Parallel Operation:
The IT2700 acts as an “Efficiency Accelerator,” boosting testing efficiency by800%. With a single unit supporting 8 independent channels, it allows simultaneous testing of multiple batteries, DC-DC modules, or semiconductor power modules, ensuring all tests are conducted under the same environment and standards, avoiding data discrepancies. 

Modular Expansion:
The IT2700 supports master-slave parallel operation and multi-machineinterconnection, allowing easy synchronization and control of hundreds of channels, greatly enhancing production line testing efficiency.

Bi-DirectionalMulti-Channel Source Module:
The IT2700 features multi-channel bi-directional source modules, a feature rarely found in the market for products with similar power.

High Precision Measurement:
With a current error of just 0.0005%, the IT2700 is perfect for battery charge/discharge aging tests.

Data Visualization with Free PV2700 Software:
The PV2700 software enables real-time tracking with a 200 kHz oscilloscope, automated testing processes, 50 kHz long-duration data recording, and supports features such as List sequence testing, battery cycling, battery simulation,and arbitrary waveform output.

Energy-Efficient Multi-Channel regenerative Load Control:
The IT2700 recovers more than 80% of energy compared to traditional electronicloads, reducing power consumption, minimizing heat dissipation, and cuttinglong-term testing costs. It is more efficient and eco-friendly, ideal forlong-duration aging tests that save on electricity bills and improve testing efficiency.

Rich Communication Interfaces & Convenient Testing:
Supports CAN, LAN, USB, and digital I/O interfaces for easy battery test system setup. It also supports SCPI, LabVIEW, and Python for automated control,boosting testing efficiency.

Multiple Chassis Options:
Users can choose from various chassis options, with the flexibility to either use an intuitive touch screen for simplified testing or opt for PC control tomeet diverse needs.

The launch of the IT2700 Multi-channel Modular Power System marks another technological breakthrough for ITECH in the field of power testing, providing efficient, precise, and environmentally friendly solutions for R&D and production, helping customers stay ahead inthe rapidly evolving electronics industry.

In addition, the IT2700 comes with free PC software that supports simultaneous display of eight channels, along with oscilloscope anddata recording functions, further enhancing testing convenience and efficiency.The integration of these features not only keeps the IT2700 at the forefront of technology but also ensures a user-friendly operating experience.

The IT2700 is especially suitable for electric vehicle applications, including motors andelectronic braking systems, accurately simulating energy regeneration andconsumption. It also meets the diverse multi-channel testing requirements ofR&D labs and high-efficiency production lines, providing flexible andefficient solutions for modern electronics testing.

Winning the Bronzein the Test and Measurement category of the LEAP Awards not only serves as a strong endorsement of ITECH’s product innovation and technical expertise but also marks authoritative recognition of ITECH’s leading position in the global precision test and measurement industry. Designed to meet high-efficiency production line demands and diverse modern testing needs, the IT2700 provides high-performance, flexible, and green testing solutions, helping customers seize opportunities in the fast-growing electronics industry and ushering in anew era of power testing. Looking ahead, ITECH will continue to focus oninnovation as its core, driving high-quality industry development.