Chroma ATE Invested Innovative Nanotech Inc. with Technology Transfer from ITRI to Advancing in Semiconductor Front-end Process Inspection

TAOYUAN, Taiwan, Nov. 24, 2017 — Innovative Nanotech Inc., invested by Chroma ATE Inc., signed a contract with Industrial Technology Research Institute (ITRI) on Nov. 24 for “Nanoparticles Monitoring Technology” transfer. In addition, ITRI will serve as an important shareholder of Innovative Nanotech. Just a short time ago Innovative Nanotech had been contracted with Hsinchu Science Park for the purpose of developing and creating liquid nanoparticle monitoring systems used in the semiconductor manufacturing process to help improve the yield rate.

ITRI
Figure:Chroma ATE Inc. CEO Leo Huang (right) signed a contract with Industrial Technology Research Institute (ITRI) on Nov. 24 for “Nanoparticles Monitoring Technology” transfer to Chroma’s new startup company, Innovative Nanotech Inc.

Large amount of liquid solutions are often used to clean, grind and etch the wafer surface during the semiconductor manufacturing process and impurities in the solution have an impact on the defect rate. Light scattering particle measurement technology currently cannot precisely detect the size and quantity of solution particles under 20nm, which makes it difficult in controlling the manufacturing process. Also, with development from 20nm to 10nm and even to 7nm, the minimized transistors make the width of current path narrow; therefore, when impurities like nanoparticles appear in solution, it will affect the defect-free rate of the product.

Innovative Nanotech will introduce to semiconductor manufacturers a new generation nanoparticle monitoring system, SuperSizer, which will accurately detect the size and quantity of particles above 5nm. This will allow manufacturers to take necessary measures to improve the process according to the monitored results. In addition to the semiconductor manufacturing process, this technology can also be applied to electronics, optoelectronics, and biomedical materials fields.

Innovative Nanotech will expand to a global market by incorporating the sales and marketing channels of Chroma group. Chroma ATE Inc. is a world leading supplier of Automated Test Systems, Intelligent Manufacturing Systems, Turnkey Test and Automation Solutions and has a number of back-end precision measurement product lines in the semiconductor testing field. Innovative Nanotech will become Chroma’s semiconductor front-end process testing solutions provider to satisfy the testing requirements of a complete semiconductor manufacturing process.

Chroma ATE Inc.

ITC – The world’s Most Influential Professional Testing Technology Conference Held in Asia for the First Time

Chroma ATE Inc. was invited as one of the opening keynote speakers to address the convergence of electronic and semiconductor systems, and its impact on testing technology

The ITC-Asia (International Test Conference) successfully held on September 13-15 in Taipei, was a flagship conference in test technology. It gathered the IC test and design professionals around the world to confront the challenges the industry faces, and learn how these challenges are being addressed. The conference was dedicated to the process and design improvement of software and hardware – covering design verification, test, diagnosis, failure analysis, components, systems and application software.

To cope with the needs of complex process and system integration derived from IoT, cloud computing, automotive electronics and other emerging applications, the ITC moved to Asia for the first time and co-located with SEMICON Taiwan in 2017. The conference linked the supply chains from semiconductor design in the beginning to IC packaging and testing at the end to boost collaborations in creating more potential business opportunities. Three days of consecutive keynote speeches, industry topics, call for papers and technical courses, explored and analyzed the latest test technology trends with focuses on popular topics including the newest IoT, automotive electronic testing methods and safety standards, as well as the advanced multi chip packaging test and repair technologies.

I-Shih Tseng, the ISS BU general manager of Chroma ATE Inc. was invited as one of the keynote speakers in the opening to discuss the semiconductor testing technology from the perspective of a testing equipment supplier. While we enjoy the convenience and brand new experience brought by high-tech, it is a huge challenge for semiconductor chip producers and test equipment providers as the test is no longer just electronic and circuit testing, but different applications associated with many aspects such as mechanical, optical components, temperature, and even chemical composition.

I-Shih Tseng, the ISS BU general manager of Chroma ATE Inc.
▲I-Shih Tseng, the ISS BU general manager of Chroma ATE Inc.

Semiconductor test has evolved to a level of safety, responsibility and reliability. The IC quality is absolutely important for self-driving cars because it concerns personal safety. When the car is driving in different environments, the temperature can change from high heat to freezing as well as high winds and rain all make the IC chip’s reliability a necessity. Moreover, for new applications, such as in VCSEL 3D image sensing, it has to be sure that it is no harm to people. All of these new applications provide a challenge to chip manufacturers and test equipment manufacturers for their ability to keep the car safe for drivers.

This means that semiconductor test equipment manufacturers need to work with customers earlier in the design process. Chroma ATE has been a Turnkey Solution provider with core technology in measurement since 2011, and is the only manufacturer equipped with testing and automation capability. Chroma’s products are mainly used in communication (FPD, color and video, optical components, power electronics, passive components, electrical safety, thermoelectric temperature control and automatic optics), semiconductor/IC, and clean technology (EV, green battery, LED lighting and solar energy) industries to effectively improve the quality of customer products and production efficiency in helping customers enhance their competitiveness.

Chroma has many product lines to fulfill the needs of semiconductor testing by supplying various kinds of equipment from R&D to mass production such as large ATE test systems, sorting machines and compact PXI test platforms, all of them have complete corresponding products to give customers the most appropriate selection. The complete semiconductor solution of Chroma covers different wafer test applications including consumer chips (microprocessors, audio chips, computers/mobile peripherals, etc.), power chips (linear regulators, DC converters, AC converters, LED drivers, etc.), radio frequency chips (wireless network, blue, blue, etc.), power chips (such as microprocessors, audio chips, computers / mobile peripherals, etc.), RF chips (wireless network, Bluetooth, mobile communication, etc.), and chips for specific testing areas (image sensors, radio frequency identification, etc.)

New IoT applications Initiate comprehensive semiconductor testing needs

Internet of Things (IoT) digitizes the real world by narrowing the scattered information and consolidating the digital information of things. It has a broad market and application prospects that is structured in three layers; sensing, network and application. Ranging from logistics and transportation, health care, smart environment (home, office and factory) along with personal and social areas, almost anything can be closely related to IoT. The IoT chip has been widely used in network and various types of sensors. For different applications in a test environment, the way to ensure that each IC’s function, performance and quality meet the standard is specifically important. Chroma’s Semiconductor BU general manager, George Chang, indicated that to cope with diversified applications, semiconductor wafer testing must incorporate a variety of test items including temperature, radio frequency (RF), precision and speed, to meet all types of IoT applications and customer needs.

Chroma provides complete semiconductor test solutions including SoC / VLSI/ Analog test solutions, IC test handlers, PXI IC test platforms and equipment corresponding to various types of IoT applications in testing embedded processor, MCU, RF MUC, Light Sensor, Magnetic Sensor, G-Sensor/Gyro, CMOS Image Sensor, Finger Print Sensor, Laser Diode, PMIC), and diversified wireless network implementation.

The widespread use of IoT creates a huge demand for micro control units and sensors, which lead to fierce competition in cost and production. As electronic products are always aiming for high cost-performance ratio with better functionality, Chroma is capable of providing competitive test instruments that are flexible to integrate with other equipment and automated systems to meet the demands for increased testing requirements and cost savings.

AI, smart driving, system level and burn-in test ensure final quality of IC

In light of the evolution of semiconductor process and packaging technology, the capabilities of ICs used in consumer electronics, automobiles, internet of things and artificial intelligence are getting more powerful with increased packaging density. Herbert Tsai, the ISS BU deputy general manager of Chroma ATE Inc. pointed out that for the complex packaging products such as SoC/SIP/3D ICs, besides inspecting the power and signal through traditional automated test equipment (mixed single ATE), the System Level Test (SLT) and Burn-in (BI) inspection process are also applied to do a comprehensive testing on IC to ensure its final quality.

As the IoV (internet of vehicle) and smart driving are growing trends, many car manufacturers have implemented ESC (electronic stability control) systems to receive and send signals through the sensor, camera, lidar and RF equipped on the car. When the system has collected the information from each component, it will quickly analyze and evaluate the vehicle status, and give commands to correct the steering wheel, slow down, brake or alarm. This means the system must have powerful semiconductor components to support the overall operation. These automotive systems have to remain in normal operation even under extreme conditions as they are related to driving safety. For varied driving environments, the demand for tri-temperature system level testing (Tri temperature SLT) on car chips is rapidly emerging. The product quality of car chips can be assured after rigorous and long-hour high/low temperature testing.

In recent years, the development of AI chips has been the frontline of first-tier manufacturers. The development of artificial intelligence at this stage is based on parallel computing technology and the depth of deep learning. Through the robust capabilities of self-learning and computing inside the chip, the equipment or systems are able to react properly in time. However, these types of high level chips (GPU/FPGA) are very expensive with strict quality demands, and passing through long hours of SLT/Burn-in test is the way to guarantee that every chip can operate normally under high temperature and high voltage environments.

Chroma has been dedicated to FT / SLT Handler technology research and development for a long time. In addition to the desktop equipment for the design house, Chroma also provides multi-functional and efficient test equipment for designers to use. Moreover, Chroma has introduced multi-probe tri-temperature test equipment to satisfy customer’s demand for mass production. The test technologies proprietary to Chroma can also be customized to meet customer needs providing the best test solutions.

 

New Solution for Chroma user

We have a new release of mobile application, This APP is to help users quickly find their own product catalog and support offline features. Enjoy ~ We giving the best solutions for all Chroma user.

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Chroma ATE – Turnkey Test & Automation Solutions

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iOS | Android 安卓应用

Find test solutions you need and nearby Chroma ATE service locations
– Solutions list drop-down
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Founded in 1984, Chroma ATE Inc. is a world leading supplier of precision Test and Measurement Instrumentation, Automated Test Systems, Intelligent Manufacturing Systems and Turnkey Test and Automation Solutions marketed globally under the brand name “Chroma”.

Significant markets Chroma serves include LED, photovoltaic, Li-battery, electric vehicle, semiconductor/IC, optical device, flat panel display, video and color, power electronics, passive component, electrical safety, and thermoelectric test, as well as automated optical inspection and Intelligent Manufacturing Systems for ICT, clean technology, and smart factory.

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Chroma Releases the Newest Semiconductor Test Solution

Chroma ATE Inc., a world leading supplier of precision Test and Measurement Instrumentation, Automated Test Systems, Intelligent Manufacturing Systems, Turnkey Test and Automation Solutions has recently released the newest semiconductor test solution for the IoT IC market.

The Chroma 3680 is an advanced SoC test system with data rate up to 1Gbps. The Chroma 3680 is capable of conducting parallel tests on multiple chips to meet the digital and analog IC testing requirements, with applications including MCU, digital audio, digital TV, set-top box, DSP, network processor, field programmable gate array (FPGA) and consumer electronics.

Chroma 3680 advanced SoC test system
▲ Chroma 3680 advanced SoC test system

Newly developed this year, the Chroma 33010 PXIe Digital IO Card provides automatic test functions based on PXIe architecture to excel in the heavy demands of PXI testing. To satisfy smaller IC channels and increasingly complex test functions especially on IoT and automotive electronics IC, the PXI/PXIe architecture in semiconductor testing offers unparalleled advantage in diversity and flexibility, which includes MCU, MEMS, RF IC and PMIC testing. It can also be ported to Chroma 3380D (256 channels) and Chroma 3380P (512 channels) for mass-production as they have high similarity in both software and hardware.

Chroma 33010 PXIe Digital IO card
▲ Chroma 33010 PXIe Digital IO card

The Chroma 3260 Tri-Temperature SLT Handler is equipped DTC (Dynamic Temperature Control) function by leading Nitro TEC technology, which can support more excellent temperature performance range from -40°C to 125°C with +/- 1°C accuracy. It is suitable for parallel tests on multiple module boards, and the test sockets embedded can accommodate various types of package (QFP, TQFP, μBGA, PGA and CSP). The Chroma 3260 (Tri-Temp.) can change kit quickly as changing different DUT (Device Under Test) to significantly reduce the downtime and improve efficiency. Applications include the IC components for IoV (Internet of Vehicle) and the cloud-computing industry.


▲ Chroma 3260 Tri-Temperature SLT Handler

The Chroma 3111 Table Top Single Site Handler is designed for system function testing especially during engineering experimental phase. It has electrical terminal test capability to support various packaged wafers sizes, ranging from 5x5mm to 45x45mm.The Chroma 3111 will be the best choice to effectively minimize time and cost during engineering test due to its tiny size (60cm2 space) feature.

▲ Chroma 3111 Table Top Single Site Handler

The Chroma semiconductor test equipment integrated with the MP5800 RF ATE tester can cover 6GHz test range and provide 4/8 RF port with 120MHz bandwidth. Its applications include WiFi , BT, GPS, other IoT connectivity ICs and RF components (PA / LNA / Converter, etc.) to satisfy the requirements of a total RF/Digital ATE (CP/FT/SLT) test solution.

MP5800 RF ATE測試專用機
▲ MP5800 RF ATE Tester

Chroma’s semiconductor test solution also provides a variety of software suites for different testing applications.

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