SG-210STF爱普生晶振X1G004171003400,?华为手机Mate50和苹果手机iPhone14晶振,谷歌卫星通信6

华为手机Mate50和苹果手机iPhone14与谷歌卫星通信6G的SG-210STF爱普生晶振X1G004171003400

之前爆料在台湾计划搞6G防大陆断网、苹果iPhone14支持卫星连接功能之后,9月份市场又有消息美国谷歌Google或通过Android14大版本更新引入对卫星连接功能的支持爱普生晶振.9月华为正式发布的Mate50已经确认具备此前余承东所说的（向上捅破天）的卫星通信功能.至此全球三大科技巨头华为、苹果、谷歌都确认或传言即将在他们各自的移动终端中支持卫星通信功能.

其中涉及到台湾欲搞6G防大陆断网、华为、苹果、谷歌决战卫星通信,移动通信单6G等话题.现在仅谈技术和趋势,其他相关讨论在分析.全球6G产业研究分析系列,该系列将从6G开始出现的小现象逐步深入探究它对我们生活的影响,日本进口晶振在全球科技脱钩之下全球各国6G的现状和布局,6G对半导体行业和产业链的影响,6G概念上市公司的分析以及6G与5G的交错进程等等.

SG-210STF爱普生晶振X1G004171003400,华为手机Mate50和苹果手机iPhone14晶振,谷歌卫星通信6G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	频差
X1G004171000900	SG-210STF	4.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171001500	SG-210STF	8.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171001600	SG-210STF	10.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171001800	SG-210STF	12.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171001900	SG-210STF	12.288000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171002500	SG-210STF	14.745600MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171002700	SG-210STF	16.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171002900	SG-210STF	20.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171003100	SG-210STF	24.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171003200	SG-210STF	24.576000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171003300	SG-210STF	25.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171003400	SG-210STF	26.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171003500	SG-210STF	27.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171004000	SG-210STF	32.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171004500	SG-210STF	40.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171004600	SG-210STF	48.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171004700	SG-210STF	50.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to85°C	+/-50ppm
X1G004171005900	SG-210STF	25.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to105°C	+/-50ppm
X1G004171006100	SG-210STF	12.288000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-20to70°C	+/-25ppm
X1G004171006900	SG-210STF	8.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to105°C	+/-50ppm
X1G004171007500	SG-210STF	33.333300MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-40to105°C	+/-50ppm
X1G004171007700	SG-210STF	25.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-20to70°C	+/-25ppm
X1G004171007800	SG-210STF	48.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-20to70°C	+/-25ppm
X1G004171007900	SG-210STF	50.000000MHz	2.50x2.00x0.80mm	CMOS	1.620to3.630V	-20to70°C	+/-25ppm

卫星通信将是6G必不可少的一部分,同时华为被美国制裁之后,高端5G芯片不能制造和购买,造成消费者营收下滑手机销量下跌严重.但是目前5G的应用其实还没有爆发,有源晶振大部分4G已经够用.如果华为能通过短报文卫星通信功能在Mate50及之后的机型中使其手机终端得到延续和传承,并在某些市场实现快速逆袭,或许能够再次抢占制销售高点.华为能否在消费终端市场再次实现销量市场占有率,我们期待马上要见分晓!