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苹果iPhone14会自研5G通信芯片SG-8101CGA爱普生有源编程晶振X1G005171006800

2022-10-14 15:38:40 康华尔电子

苹果iPhone14自研5G通信芯片SG-8101CGA爱普生有源编程晶振X1G005171006800

主要零部件在成本中的国家/地区占比受昂贵半导体价格上涨的影响,美国达到32%,比去年的模型高出约10个百分点.去年的领先者韩国下降了5个百分点至25%.2017年前后,苹果与高通之间爆发知识产权纠纷,虽然双方2019年达成和解,爱普生晶振但同年苹果从英特尔手中收购了智能手机基带业务.因此业界相信苹果将持续通过收购来实现自研通信芯片.此外在2018年苹果还从当时的英国公司Dialog手中收购了部分电源管理芯片业务,并实现了部分电源管理芯片的自研.高通仍是iPhone14上的主要移动通信芯片供应商.

QQ截图20221012113233

SG-8101CGA爱普生有源编程晶振X1G005171006800,苹果iPhone14自研5G通信芯片晶振

爱普生有源晶振编码 型号 频率 长X宽X高 输出波 电源电压 工作温度
X1G005171005400 SG-8101CGA 24.576000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171005500 SG-8101CGA 127.280000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171005600 SG-8101CGA 138.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171005700 SG-8101CGA 110.680000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171005800 SG-8101CGA 25.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171005900 SG-8101CGA 24.576000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171006000 SG-8101CGA 74.250000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171006100 SG-8101CGA 48.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171006200 SG-8101CGA 17.800000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171006300 SG-8101CGA 22.300000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171006400 SG-8101CGA 16.640000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171006500 SG-8101CGA 14.745600MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171006600 SG-8101CGA 27.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171006700 SG-8101CGA 54.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171006800 SG-8101CGA 30.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171006900 SG-8101CGA 60.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171007000 SG-8101CGA 54.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171007100 SG-8101CGA 22.579200MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171007200 SG-8101CGA 24.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171007300 SG-8101CGA 115.620000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
X1G005171007400 SG-8101CGA 40.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171007500 SG-8101CGA 14.745600MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171007600 SG-8101CGA 16.640000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171007700 SG-8101CGA 33.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to125°C
X1G005171007800 SG-8101CGA 100.000000MHz 2.50x2.00x0.80mm CMOS 1.620to3.630V -40to105°C
近年苹果每次发布新iPhone时人们都会关注其5G芯片是否实现自研.显示屏方面,iPhone14继续使用OLED,并从竞争对手三星电子采购.索尼的传感器具有独特的分层结构,可以通过更小的传感器尺寸来确保每个像素的面积,日本进口晶振确保亮度并抑制噪点,您可以拍摄出高质量的照片.相机部件的性能也有所提高其中主摄CMOS传感器由索尼集团制造,也是三个后置摄像头中最大的一个,尺寸增大了30%,价格高出约50%达到15美元.

SG-8101CGA爱普生有源编程晶振X1G005171006800,苹果iPhone14自研5G通信芯片晶振

QQ截图20221014153512

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