寻找8位处理器的逻辑分析仪

所有支持这些处理器的HP / Agilent / Keysight产品早已不复存在，无法复活。
Emulation Technology（www.emulation.com）过去常常支持这些处理器，它们仍会出现在他们的网站上：http：//www.emulation.com/catalog/off-the-shelf_solutions/logic_analyzer-scope_adapters/preprocessors/hp_preprocessor_table/
index.html看起来他们没有任何可用的硬件，根据我的一些文件，他们只支持16700系列，之前是1650系列。
他们没有支持更新的1680/16800/16900系列。
据我所知，MSO永远不会做逆向装配。
它们是严格的时序分析器，反汇编器需要状态分析。
你可能运气不好。
人



     以下为原文

  All of the HP/Agilent/Keysight products to support those processors are long gone, and can't be resurrected.

Emulation Technology (www.emulation.com) used to support these processors, and they still show up on their website: http://www.emulation.com/catalog/off-the-shelf_solutions/logic_analyzer-scope_adapters/preprocessors/hp_preprocessor_table/index.html

It doesn't look like they have any of the HW available, and according to some documents I have, they only supported the 16700 family, and before that the 1650 series. They did not have support for the newer 1680/16800/16900 family.

The MSO's could never do Inverse Assembly, as far as I know. They were strictly Timing analyzers, and Inverse Assemblers required state analysis.

You're probably out of luck.

Al

非常感谢您的回复。
最新型的HP逻辑分析仪可以解码8位微处理器而无需额外的软件或硬件，你会记得吗？



     以下为原文

  Thank you very much for the response.

What was the most recent model of HP logic analyzer that can do decoding 8bit microprocessor without additional software or hardware, do you rember?

大多数逻辑分析仪（包括当前的逻辑分析仪）都可以正确地从这些处理器捕获数据，处理诸如总线解复用之类的问题。
然而，这不到问题的一半。
您还需要配置文件来正确分类信号，并给出正确的名称。
那些相对容易建立。
一旦你有了这个，你需要得到反汇编器来解码信号。
那些反汇编程序不存在，并且它们将很难构建。
免责声明：为了获得更可靠的响应，您应该考虑致电当地的Keysight技术呼叫中心。
Keysight论坛在“可用”的基础上进行监控，并不一定是解决技术问题的最快方式。



     以下为原文

  Most logic analyzers, including current ones, can correctly capture data from these processors, handling such issues as bus demultiplexing. That's less than half the problem, however.

You will also need configuration files to correctly classify the signals, and give the the proper names. Those are relatively easy to build.

Once you have that you will need to get inverse assemblers to decode the signals. Those inverse assemblers don't exist, and they will be very hard to build.

Al

Disclaimer: For more reliable response, you should consider calling your local Keysight Technical Call Center. The Keysight Forums are monitored on an "as available" basis, and aren't necessarily the fastest way to get technical questions answered.