In FHD 120Hz TV, frame rate converting IC with the MEMC (Motion Estimation and Motion Compensation) function is applied to make the 120Hz image and 2 cables with 4 port LVDS pairs are used to transmit FHD 120Hz image data. Therefore, The cost of FHD 120Hz TV System is higher than the cost of FHD 60Hz TV System. LGD(LG‐Display) have evaluated the new FHD 120Hz LCD panel with HF (High Frequency) LVDS which is the most cost‐effective way to make FHD 120Hz TV System. This paper will review the technical aspects of FHD 120Hz LCD panel with HF LVDS and cost and propose to adapt Next Generation Interface for the new standard of FHD 120Hz LCM (LCD Module) in the Future.
The present study develops a method for directly measuring the temperature field in the primary deformation zone with a high spatial resolution during 2-D orthogonal machining. This is enabled by the use of a high-speed, charge-coupled device (CCD) based, infra-red (IR) imaging system which allows characteristics of the temperature field such as the location and magnitude of the highest temperature and temperature gradient in the primary deformation zone to be identified. Based on these data, the relation between the machining temperature and the cutting conditions is investigated.
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