text: CompoundTek and STAr Technologies collaborate to establish strategies for high-volume Silicon Photonics Wafer Test
  Partnership aims to spearhead innovations and development of standard processes from design through to test and inspection
  Singapore, 18 August 2020 – CompoundTek Pte Ltd (CompoundTek), a global foundry services provider in emerging silicon photonics (SiPh) solutions, and STAr Technologies Inc (STAr), architects with leading technologies for semiconductor test solutions – have formed a strategic collaboration to develop standards and solutions for cost-effective high-volume SiPh Wafer Test. Addressing the growing need for consistency and reliability across all applications of SiPh technology, the SiPh Wafer Test aims to spearhead the development of more standard processes and facilitate wider industry adoption and innovations from design through to test and inspection.
  Today, the integration of optical components on a chip creates a host of new challenges in wafer-level probing of SiPh devices as large volumes of device-performance data are required to carry a design from concept to qualification and subsequently into production.
  “To accelerate the market wider adoption of wafer-level Silicon Photonics tests – cost and efficiencies must be improved. To do so, we believe it is necessary to take a holistic approach by establishing partnerships that leverage expertise within the test technology value chain and that of the fabrication process. It is this synergy of measurement instrumentation, positioning and commercialisation technologies that will further standardise the way testing is done, the way the chip is laid out for ease of tests – that both CompoundTek and STAr effectively brings to the marketplace,” explained Raj Kumar, CompoundTek’s chief executive officer, on the collaboration.
  Currently, SiPh testing is fragmented with no recognised standards. Most of the companies have homegrown SiPh bench solution which is good for small scale engineering characterisation during the design verification phase, but inefficient for the high-throughput and low-cost test required for testing during the mass production phase. There is no independent SiPh wafer test service provider with a cost-efficient solution to address this market gap. Availing these capabilities helps the industry to drive down associated product costs from prototyping to mass manufacturing, and accelerate their time to market.
  Dr Jeffrey Lam, general manager and vice president of engineering of STAr Technologies adds,” When you think of working in a lab on an initial prototype, and spending a few hours to set up and align a single device for measurements, it seems feasible. It is not the case however, in high-volume SiPh manufacturing where time- and effort-intensive methods are not practical, and time-to-market is a critical factor. This has inhabited the rapid adoption of SiPh, a challenge we aim to effectively address with methods and strategies that have a unique relative emphasis on accuracy, throughput, and test flexibility, through our combined SiPh Wafer Test approach.”
  The technology shift in the form of SiPh demonstrates the potential for measurable gains in speed, power efficiency and density. The first wave of the SiPh revolution is poised to roll over to data centres around the world with optical interconnects that break the barriers set by copper wire.
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  English Version: PR_CompoundTek & STAr Technologies collaborate to establish strategies for high-volume SiPh Wafer Test_Aug 2020
  Simplified Chinese Version: PR_CompoundTek & STAr Technologies collaborate to establish strategies for high-volume SiPh Wafer Test_Simplified Chinese