The IDW ’24 Exhibition covers materials, components, manufacturing and measuring equipment, software systems and other related products for display devices.
| Date: | December 4-6, 2024 |
| Place: | Main Hall, Sapporo Convention Center |
| Hours: | Wednesday, December 4 12:40-18:00 Thursday, December 5 10:00-18:00 Friday, December 6 10:00-14:00 |
(as of November 1, 2024)
Companies| Admesy Japan GK | |
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Products to be exhibited at the booth 1) High measurement accuracy, repeatability and ultra-compact design color luminance meter. Next generation model. 2) Helios Y 65MP camera for 2D imaging luminance meter 3) Prometheus View finder: High accurate spectrometer with built-in camera 4) Prometheus colorimeter: Highly accurate/repeatable colorimeter Extensive lens lineup 5) Prometheus LF 17mm: Flicker meter 80,000sample/sec *All demonstrations are available. We are Admesy is a light and color measuring equipment manufacturer based in the Netherlands. We have a lot of experience and can fulfill your measurement needs. |
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| APHRODI Corporation | |
| New color gamut evaluation system(Gamut Rings) and MTF measurement system Gamut rings is a new method for visualizing a three-dimensional color gamut (CIELAB color space) in two dimensions including brightness direction. The three-dimensional color gamut is sliced at a certain lightness, stretched onto a flat surface, and arranged in rings. As a result, if the area of colors that can actually be expressed is large, the differences can be clearly displayed even if the color reproduction range is the same on a conventional xy chromaticity diagram. Joint exhibit with Prometheus, Admesy. MTF measurement system using line base method is very fast and accurate method to measure MTF which will be as international standard next year. Open schedule: Dec.4 12:40-18:00 Dec.5 10:00-18:00 Dec.6 10:00-14:00 |
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| CITIZEN FINEDEVICE CO., LTD. | |
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CITIZEN FINEDEVICE is a manufacturer that can offer the entire process from the development and manufacture of ferroelectric liquid crystals (FLC) to the manufacture of LCD/LCOS panels and the assembling with moldings and optical components. We have developed new FLC which has a wider cone angle, a wider temperature range and improved resistance to alignment defects. The new FLC is also available for SLM not only LCOS. For instant, we will demonstrate holographic display by SLM used the new FLC. And we will exhibit fundamental sample of holographic contact lens display we are joining to develop with TUAT et al. |
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| City of Sapporo | |
| Sapporo City is an ideal location for businesses seeking out new growth opportunities. Our booth showcases a variety of support options for companies looking to establish operations in Sapporo, including information on subsidies, the business landscape, and livability. Visit our booth and take the first step towards building your business in Sapporo – a vibrant city for growth! |
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| CYBERNET SYSTEMS CO.,LTD. | |
| We will primarily showcase Ansys simulation software and Fluxim products. Ansys optics simulation software offers capabilities such as ray tracing analysis using illumination optics (Speos or Zemax) and projection optics (Zemax), as well as electromagnetic field analysis using physical optics (Lumerical), among other applications. Fluxim products support the analysis of OLEDs and related technologies. Their simulation software, Setfos and Laoss, enables optical and electrical simulation of devices and panels. In terms of hardware, Paios can measure optical and electrical characteristics, Phelos can measure angle-dependent spectra, and Litos can assess device stability of OLED devices. |
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| FerioWorks LLC | |
| Rigid Gems is an innovative real-time ray tracing CG software by FerioWorks that can revolutionalize 3D light field displays. We'll be at IDW 2024 at Sapporo Convention Center in Sapporo, where you'll be able to experience the evolution of CG for the display industry. |
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| Fraunhofer Institute for Photonic Microsystems IPMS | |
| Fraunhofer IPMS is the world's leading independent research and development center for microdisplays. At IDW 2024, we will be showing OLED microdisplays (semi-transparent, ultra-low power, high resolution) and, in cooperation with HOLOEYE Photonics AG, an LCOS microdisplay. We look forward to talking to all interested parties and to working on joint projects. |  |
| HAMAMATSU PHOTONICS K.K. | |
| MiNY PL is an inspection system for micro LED wafers utilizing photoluminescence(PL) measurement method. This is a non-contact, non-destructive method for evaluating LED characteristics by imaging the light emitted from LEDs by photoexcitation and enables automatic screening of LED defects on wafers using the measurement results of “emission wavelength”, “PL intensity”, and “appearance”. 3 main features of MiNY PL are as follows. · Detects abnormalities in luminescence and wavelength that cannot be detected by Automated Optical Inspection(AOI). · Enables 100% inspection, which is not possible with electroluminescence(EL) inspection. · Enables inspection in the front-end of the manufacturing process, contributing to higher yields. |
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| HOLOEYE Photonics AG | |
| HOLOEYE Photonics AG, based in Berlin, Germany, has 25 years of experience in diffractive optics and Liquid Crystal-based Spatial Light Modulators (SLMs). Our broad portfolio of LCOS-based SLM products, primarily for phase modulation, serves both academic research and industrial applications across fields such as telecommunications, holography (AR/VR), laser material processing, microscopy, laser beam shaping, adaptive optics, pattern projection, and ophthalmology. The SLM product portfolio offers a complete environment, providing customers with a plug-and-play solution. At the same time, our core technology platform allows extensive customization, including advanced processes such as integrating metasurfaces with liquid crystal technology. |
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| IDTechEx | |
| IDTechEx has provided independent market research, business intelligence on emerging technologies. We have more than 180 research reports and subscription service which customers access our full body of market, technology and company data through our online portal in combination with direct analyst engagement. We have recently released new research report titled “Heads-up Displays 2024-2034”. It covers combiner, windshield, augmented reality (AR) HUDs, TFT-LCDs, DLP, laser-scanned MEMS, microLEDs, CGH, TFEL. windshield coatings, holographic optical elements, and market. Please visit our booth and check our service. |
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| Nihon Synopsys G.K. | |
| Upgrade Your Display Optics Designs!! LightTools enables you to quickly create Display designs. |
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| SHINTECH, INC. | |
| Shintech offers design simulator and measurement instruments for LC cells, optical films, periodic structures, and others. The simulator gives clues for development and improvement. In addition, it can do structural optimization. The measurement machines determine the LC cell parameters and optical anisotropy of your prototypes or product devices. Our solutions accelerate your research, development, manufacture, and your business. Application areas: LCD, OLED, VR, AR, Optical communications |
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| Silvaco Japan Co., Ltd | |
| Silvaco's display development solution enables designers to develop displays from the pixel level device to a complete manufacturing ready design. Silvaco's display development solutions are in production use with industry leading display panel providers worldwide. Utilizing proprietary built-in functions custom-tailored for display device and circuit design, our solution enables display designers to create, model, and simulate physical devices at the device level with TCAD. For display circuit design, our solution delivers a high-performance design environment including schematic capture, circuit layout and simulation, and physical verification. |  |
| Solidray Co., Ltd. | |
| For over 37 years, Solidray has been developing VR systems for business in a variety of fields, including research and development, safety education, and entertainment. These systems are built and controlled by our original VR software, “moage”. We will be demonstrating a VR swing experience using a high-spec HMD (Varjo XR-4). *Subject to change without notice |
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| TechnoTeam Bildverarbeitung GmbH (by Physix Technology Inc.) | |
| Physix Technology is a provider of state-of the-art TechnoTeam measuring equipment in Japan. Range of high-precision instruments for measuring luminance with color and light distribution. We will do live demonstration using LMK6, luminance & color measuring video phometer of which dynamic range is 1:10000000 (~140 dB). TechnoTeam is here to support your technical demand. Please stop by our booth. https://physix-tech.com (Japanese ONLY) |
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| TOKAI RIKA CO., LTD. | |
| As a supplier of automotive components, we manufacture semiconductors in-house, and have applied our manufacturing technology to develop a revolutionary micro-LED display manufacturing process. The self-alignment structure during chip mounting improves speed and yield compared to the conventional mass transfer method, without being limited by the precision of the equipment. This process also makes it possible to use existing LCD panel factories for mass production. In addition, the use of CMOS ICs to drive LEDs and transparent polyimide substrates will enable flexible and transparent displays that have never been seen before, and are expected to be applied to a wide variety of products. |  |
| TOPCON TECHNOHOUSE CORPORATION | |
| Since display panels in AR/VR display devices have become smaller and had higher resolution in recent years, the point measurement with spot LMDs has become difficult to be accurately performed. Therefore, 2D imaging light spectrometry measurements are desired in the measurements for AR/VR display devices. We have been performing the 2D spectrometry measurement for various commercially available AR/VR display devices using our spectroradiometer (Topcon Technohouse Corporation model SR-5100 HM). During the exhibition, we will demonstrate SR-5100HM with 40/80/140 degree lens to measure luminance uniformity, chromaticity non-uniformity and contrast specified in IEC 63145-20-10. |  |