SPEA America LLC

2609 S. SW Loop 323
Tyler,  TX  75701

United States
http://www.spea.com
  • Booth: 1139


We deliver answers for the test challenges of tomorrow

Established in 1976, SPEA is a world leader in the field of automatic test equipment. 
Product portfolio includes: 
- Complete test cells for MEMS devices, combining pick&place handling, testing, contacting, and physical stimulus (for acceleromenters, gyroscopes, pressure sensors, environmental and gas sensors, humidity sensors, silicon microphones and speakers, proximity and ToF sensors, magnetic sensors, light sensors, 6/9 DoF sensors) for single-function or COMBO MEMS
- Analog Mixed-Signal semiconductor testers, designed to drive down the cost of test of the devices of 50%, through a high-efficiency architecture 
- Test Cells for Power Modules, MOS, IGBT
- Double-sided Wafer Prober and Tester for complete, high-throughput tests at wafer level for the most challenging applications
- Flying Probe Testers,  for testing PCBs, probe cards, load boards
- In-Circuit Board Testers, offering highest throughput 


 Press Releases

  • Italy, San Francisco, November 22nd, 2021 - SPEA is deeply enthusiastic about its participation as an exhibitor in the Semicon West show.  We trust in meeting our valued customers and new potential audience at the Moscone Center in San Francisco from Dec. 7th to Dec. 9th, 2021.

     

    Some of the highest new technologies will be displayed at Booth #1139 by our qualified team:

     

    5G Test Solution - an effective and affordable test solution for 5G devices with the world’s most advanced ultra-wideband RF processor.

    Millimeter wave device technology, or 5G technology, is opening up a new world of possibilities across many industries, delivering unprecedented performance in wireless connectivity. SPEA is collaborating with the Israeli ATS to provide an effective and affordable test solution for 5G devices in low band, mid band and high band frequencies, up to 81 GHz, delivering low cost of test and high test coverage.

    ATS’ test-on-board technology, integrating RF test resources directly on the tester load board, extends SPEA DOT800 testers’ capabilities for RF 5G applications without needing dedicated RF testers.

     

    This cutting-edge, production-ready testing solution brings several key advantages:

    • Highly accurate real-time testing of T/R properties

    • Significant reduction in production RF test costs

    • Multi-site scalability: one module supports multiple sites, while multiple modules can be mounted on the same load board

    • Independent frequency bands in TX and RX

    • Functional test with complex signals

    • Power reading and signal sourcing

     

    TH2000 - the innovative double-sided wafer prober and tester.

    TH2000 is a revolutionary system which combines double-sided wafer probing capability with comprehensive test resources, including electrical test, HV/HI test, warpage and surface verification, and optical inspection. 

    The system performs complete, high-throughput tests at wafer level for the most challenging applications, including power devices, optoelectronics, pass-through dies, multi-project wafers, complex systems-on-a-chip and unconventional layouts, with size up to 12” (300mm).

    The probing technology based on multiple, flying probe cards, and the lean test process (all the tests required at wafer level are performed in a single step) make TH2000 able to dramatically lower your cost of test.


    Stop over Booth #1139 and have a talk with a highly proficient staff about the best SPEA solutions that fits you best!


 Products

  • DOT800 - Multi-Core Analog Mixed Signal Tester
    DOT800 combines the capabilities of 2 testers into a single, test-head-only system. Its innovative device-oriented instrumentation incorporates all the resources for analog, digital and signal processing in a single, powerful, configurable board....

  • DOT 800 is a multi-core analog mixed signal tester, offering test capabilities of two testers in a single, very compact system. Test capabilities address the requirements of a broad range of products: from MEMS and sensors to automotive devices, from PMIC’s to converters, LED drivers, 5G Devices, and more. 

    DOT800 is composed of two independent system cores, in less than 0,3 cubic meters. Each core is equipped with a dedicated CPU, to execute a test program in fully asynchronous mode, thus guaranteeing full parallel test efficiency.

    This architecture offers great advantages both in terms of time to market and test speed.

    DOT800 instrument architecture incorporates all the resources for analog, digital and signal processing in a single, powerful board for multi-site testing, including multiple control CPUs, DSP modules and programmable logic units. This configurable tester-in-a-board module allows you to populate DOT800 with one-type instruments, greatly simplifying system composition, programming and maintenance, while satisfying at best all the device test requirements – and go even beyond.

  • TH2000 - Double-sided Wafer Prober and Tester
    TH2000 is a revolutionary system which combines double-sided wafer probing capability with comprehensive test resources, including electrical test, HV/HI test, warpage and surface verification, and optical inspection....

  • TH2000 performs complete, high-throughput tests at wafer level for the most challenging applications, including power devices, optoelectronics, pass-through dies, multi-project wafers, complex systems-on-a-chip and unconventional layouts, with size up to 12” (300mm).

    The probing technology based on multiple, flying probe cards, and the lean test process (all the tests required at wafer level are performed in a single step) make TH2000 able to dramatically lower your cost of test.

    Eight independent axes provide parallel test capabilities, which shorten the overall process time (indexing + test time). Each probe can test a dedicated area of the media in parallel with the others, while a single die can be simultaneously contacted from top and bottom.

    Actual Z-heights are profiled and automatically compensated by each axis, in order to overcome any planarity issue. The exact positioning over the wafer surface is monitored and compensated by roto translation of the wafer, so to adjust as needed.
  • 5G TOB - Test-On-Board module for mmWave devices
    SPEA provides unique effective and affordable test solution for MMW devices in low band, mid and high band frequencies, delivering low cost of test and high test coverage....

  • An innovative test-on-board technology, integrating RF test resources directly on the tester load board, extends SPEA testers’ capabilities for RF 5G applications without needing dedicated RF testers. Having multiple RF test resources in close proximity to the device under test drives higher accuracy and throughput while reducing cost per test.

    The solution leverages the world’s most advanced ultra-wideband RF processor, with 72 Tx/Rx channels operating across several RF frequency bands. It enables SPEA testers to perform all necessary mmWave tests accurately, at a fraction of the cost of alternatives, while increasing test coverage and reducing the Defects per Million, providing crucial competitive advantage.

    This cutting-edge, production-ready testing solution brings several key advantages:

    - Highly accurate real-time testing of T/R properties

    - Significant reduction in production RF test costs

    - Multi-site scalability: one nodule supports multiple sites, while multiple modules can be mounted on the same load board

    - Independent frequency bands in TX and RX

    - Functional test with complex signals

    - Power reading and signal sourcing

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