The old Bionz X was introduced in A7/A7R and I just realized that those two ground breaking pioneers are actually from almost 7 years ago. Yep, we’ve been using the same shit for 7 fucking years, from the first generation A7 to the latest flagship (wink wink) A7RIV, and the top gun that is supposed to shine in the Olympics games (thank you Winnie the Flu).Well the core hardware is not exactly the same for every camera though. Later Sony introduced the “Front-LSI” to work together with Bionz X in some of its new cameras, and has significantly boosted the performance. Since Bionz X itself is a 4-core ARM A5 processor it’s probably the one that handles the operating system, while the front-LSI takes over the image processing tasks, just like a CPU + GPU arrangement in your PC.

原来索尼用A5架构，现在用的A73架构，还有A76，78架构可以升级

松下维纳斯

尼康双芯

总的来说觉得无反相机性能上限的一个是cmos，另一个就是处理器，目前单处理器性能比双的更强，尼康e7可能强过佳能d10绝对强过索尼xr，各种处理器得架构和工艺都应该是保密的，只能从功耗续航和速度及菜单流畅度上去判断

相机的cpu就负责个菜单和储存调用之类的任务，用几年前的手机架构有什么奇怪的，不是写明了所有图像处理都又专门的集成电路吗，准确的说是cpu用的几年前的手机架构而不是soc，因为不少手机soc有的东西相机上根本没有

也许处理器比传感器还重要

肯定慢慢给你挤啊，一下子给你挤多了，以后还怎么割韭菜你看z9，压箱底的都给你了，结果现在新机迟迟出不来再看苹果m1芯片，一下子搞了个牛逼的，结果现在m2提升不大

论刀法谁有黄皮衣精准？论挤牙膏谁有intel会挤？论不要脸谁有黄皮衣涨价去库存手段狠？

没办法，市场就这么大点了，厂家心思暂时也不在这上面

日本人不太擅长做智能设备。a7第一二代跑的是Android。从索尼的角度，alpha用一颗较为节能的SoC是有好处的，可以共享Xperia的开发资源，很多功能的开发成本可以进一步降低。