2025-05-28 智能 0
一、夏新BT院线旗舰V系列47英寸液晶电视登场
在07年之后,夏新推出了V、K、W三大系列的BT院线液晶电视,这些产品深受消费者的喜爱。特别是由夏新与国际设计公司丹麦CBD联手打造的BT院线电视旗舰机型V系列,它以其平易近人的价格和强大的配置赢得了市场的关注。为了给大家提供更全面的参考,我们从夏新公司拿到了最具代表性的LC47V1P进行了深度评测。在评测之前,我们相信大家都对它充满好奇,准备好了吗?让我们一起揭开这个神秘面纱。
刚刚从包装盒中取出的是夏新的LC47V1P。除了电视本身,还有一些配件,比如遥控器、一根HDMI连接线、一份用户手册和一些其他的小配件。
现在,家庭娱乐正在经历着巨大的变革,而互联网正变得越来越重要,它将视频内容从电脑带入到我们的客厅,就像把网络电影搬进客厅一样。这是一个令人兴奋的事情,也是未来趋势的一部分。夏新的BT院线电视就提出了这样的宣言,并且为此做了很多努力,让我们看看他们是如何实现这一点的。
下面,我们来看看这款设备背后标签上的详细信息:
具体型号:LC47V1P
屏幕尺寸:47英寸
屏幕比例:16:9
分辨率:1920*1080
PC 最高支持分辨率:1920*1200
点距:0.5415(H)*0.5415(V)
动态对比度:6000:1
亮度:800nits
响应时间:4ms
可视角度:178度/178度
输入端子:
HDMI输入4路视频输入2路S视频输入1路D-sub115针VGA输入1路分量输入2路音频输入3路天线输入1个输出端子AV输出耳机输出及天线接口。
对于使用者来说,最重要的是屏幕尺寸和分辨率,以及是否有足够多的接口来连接各种设备,如游戏机或蓝光播放器。在这方面,LC47V1P表现出色,其拥有4个HDMI端口,可以同时连接多台设备。此外,该TV还具有低音锤高保真音响系统,为观看者带来沉浸式视听体验。
最后,让我们看一下该产品规格表:
| 规格名称 | 规格值 |
| --- | --- |
| 具体型号 | LC47V1P |
| 屏幕尺寸 | 47英寸 |
| 屏幕比例 | 16:9 |
| 分辨率 | 1920x1080(Full HD) |
| PC最高支持分辨率 | 1920x12000(DVI-D) |
| 点距(H x V) mm | (542.8 x 542.8)mm pixel pitch, aspect ratio of the screen is in a relationship of H to V as the width to height of the screen (16:9). The resolution is defined by the number of pixels along each dimension and is measured in pixels per inch (ppi), which measures how many pixels are present on a one-inch square area of the screen, with higher resolutions indicating more detailed images than lower resolutions do. The response time refers to how long it takes for a pixel on an LCD TV to change color when it receives an instruction from its controller, which can be anywhere between several milliseconds and tens or even hundreds of milliseconds depending on what type you have purchased; this will affect picture quality but not brightness or contrast ratios since these are determined by other factors such as backlighting technology used in your specific model's design rather than just display panel alone so that any changes made here would impact only performance while keeping everything else constant like always was before until now where things get really interesting because there’s something called "local dimming"! So let me tell you about it first then we'll go back into details later okay?