System on Chip Tester
The System on Chip Tester, launched by SEICHITECH, improves test efficiency and accuracy for SoCs while reducing test costs.
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Product Advantages
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01Advanced Computing Test Platform with a High-density Water-cooling Architecture
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02With universal slots and a modular design, it provides digital, power supply, source meter, mixed signal, RF, high-speed, and other test resource cards
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03With an ultra-high bandwidth broadcast bus and a resource pool + distributed processing architecture, it supports ultra-low execution overhead and high-parallelism solutions
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04Connects seamlessly to mainstream ecosystem software and hardware, reducing project development costs
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05Provides a big data test base to support real-time data streaming, addressing the challenges of adaptive testing and product lifecycle management
Product
Features
Target Products
1. Advanced computing products such as CPU, GPU, ASIC, FPGA, etc.
2. SoC products such as APU, PMIC, transceivers, microcontrollers, etc.
3. Logic and mixed-signal products such as MCU, PMIC, ADC/DAC, CODEC, RF TRX, RFcombo, etc.
Main System Performance
1. Multiple test head configurations are available, and universal slots can support different resource boards
2. High-density digital board and high-speed universal digital IO support vector testing and protocol-level system debugging
3. With a universal power board, high-density four-quadrant DPS, and sub-mV output/sampling accuracy, it adapts to fast dynamic responses under various loads
4. High-power power board and high-power four-quadrant DPS provide a combined single-channel power output capacity of over 1,000A
5. The mixed-signal board provides multi-channel mixed-signal transmission and reception with high-resolution/high-speed test capability
6. The RF signal board provides multiple pairs of independent T/RX test excitation and acquisition, and multiple groups of bidirectional I/O interfaces
7. Provides a user-friendly development environment and debugging tools, with software and hardware interfaces compatible with mainstream ecosystems
8. Integrates vector conversion and data collection/analysis tools
9. Provides a mass production GUI and supports mainstream automated equipment communication for production deployment
