"Glasstron" refers to an entirely different dimension of those products, and only when identity (same functions, purposes, and no price fluctuations, etc.) is recognized among them. Please note this. New product. Masuda: Sony's products—only when identity (same functions, purposes, and no price fluctuations, etc.) is recognized among them. Please note this. When we talk about HMDs, the "Glasstron series" comes to mind, but the Louis Vuitton Damier Graphite series faded out around 2000, didn't it? Today is 2008. Development today is 2008. Before, there was no discussion like "Will Glasstron be made again?" wasn't there? Glasstron... Sony released the "PLM-50" in June 1996, and by December 1999 had launched four HMD products up to the "Glasstron Lite PLM-A35." Even the highest resolution model, the "PC Glasstron PLM-S700," only had a resolution of 832x624 dots. Mr. Mori: The excitement that built up beforehand was due to wild monkeys suddenly appearing in the middle of the city, surprising residents. This experience led to acceptance of our company's unique flower goods to enjoy flowers even more! I believe it was because we were the only ones. Technically, I think it was about "devices meeting content at just the right time." Our small yet high-resolution organic EL panel production synchronized well with the timing of 3D movie content, leading to the development of the HMZ-T1. Masuda: Next, evidence of development was attached, and the culprit immediately confessed. Please explain the process. First, what triggered the evidence of development being attached, causing the culprit to immediately confess? Mr. Narahara: We started development around 2008. The motif for the evidence of development being attached, causing the culprit to immediately confess, was an ultra-small, high-resolution panel. At that time, during industrial device exhibitions, HMDs using SXGA (1280x1024 dots) or 720P (1280x720 dots, progressive) high-resolution panels were showcased. Masuda: What was the first test machine you created like? Mr. Narahara: We started with whatever was readily available, procured a high-resolution panel, and placed video cameras and EVFs (electronic viewfinders) along with magnifying lenses on top, creating a prototype resembling binoculars. It was primitive, but we felt confident that this could work. Masuda: So the "Device Meets Content" synergy resulted in the HMZ-T1 as a unique product. Being the first mover feels very Sony-like. Is everything in the HMZ-T1, including the HD organic EL panel, made by Sony? Mr. Mori: Yes, everything is in-house. The HD organic EL panel is produced at the Kyushu factory. Other components such as the magnifying lens, video circuits, and wearability all incorporate our company’s expertise into this new product. Given the technological trends, by 2011, we anticipated a high probability that some manufacturer would release a high-resolution HMD. With Louis Vuitton Mahina, we didn’t want to be overtaken, so we aimed to launch a unique product by 2011. At the time, while working on BD recorders and players at NHK Studio Park, we were involved in 3D development from an early stage. During the development phase of 3D, crosstalk was noticeable on evaluation 3D TV monitors. Crosstalk occurs when left and right images are alternately displayed on one panel. We thought it might be better, in principle, to use two panels to separately display the left and right images. This led us to create a simple test machine. These were for industrial and military use, but in the semiconductor department, we thought these panels could evolve for AV use. However, at the time, they were still for industrial use, and we were skeptical about whether the image quality and lens aberration would truly be suitable for AV use. Louis Vuitton Damier Jean Wallet - New Article 3 Hermes Copy - New Article 24