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QT-9800EXA SOC Test System

Application Scope: Full-function testing of high-compute-power chips such as GPU/AI SoC, high-performance SoC, FPGA/ASIC/Interface devices — including DC parametric testing, high-speed AC signal testing, and AI core computation testing; liquid cooling adaptation for mass production of high-power chips; covering chip R&D verification, wafer-level and finished-product mass production testing.



Model QT-9800EXA
Product Advantages

Liquid Cooling Temperature Control, Stable Testing Under High Load: Precisely solves the high heat challenges of large-compute AI chips, suppresses temperature drift, and ensures long-duration test stability and accuracy.

Multi-Channel Parallel, High-Speed Large Compute: Supports full-category chips including CPU/GPU/DPU/FPGA/ASIC, covering the entire process from R&D to mass production.

Universal Interface + Universal Software: DUT interface is compatible with mainstream platforms, enabling rapid adaptation to different architectures and significantly shortening solution development cycles.

Domestic High-End, Independently Controllable: Fills the gap in high-power AI chip liquid-cooling test equipment.

Key Specifications

Digital Channels: MAX 6,912 channels, speed 800 Mbps, vector depth 512M/pin.

LHead: MAX 27 slots, 27 card slots in total.
Single Digital Board: 256 channels, voltage range -1.5~6.5V, load current ±12 mA; edge accuracy ±175 ps, resolution 20 ps.
Single Power Board: 256 channels, -3 to 10V/2.0A V/I, current range: ±2A; current parallel mode 256 CH, Max 512A.
Development Environment: Compatible with mainstream platforms, standard Pattern file format.
DUT Interface: Compatible with mainstream platform Load Boards.




名称
Name
电压/电流
Voltage/Current
通道数
Channel Count
备注
Note
DPU256 -1.5~6.5V / ±60mA 256 Max rate: 800M; Pattern Memory: 512M
DPS256 -3 to 10V / 2.0A V/I 256 512A per board in gang mode
AVI32 -40V to +80V / ±200mA 32 AWG / Digitizer