Info about a specific IC (Russian interrupt controller)

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In summary, the Russian interrupt controller (IC) is a hardware device that manages interrupt requests from various sources in a computer system. It is designed to prioritize and handle these requests in order to maintain efficient operation of the system. The Russian IC has a unique design that allows for multiple interrupts to be processed simultaneously, providing better performance and reliability. It also has advanced features such as programmable interrupt priorities and interrupt masking, giving developers more control over the handling of interrupts. Overall, the Russian IC plays a crucial role in managing the flow of information in a computer system, ensuring smooth and efficient operation.
  • #1
core7916
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interrupt controller
Hello.

I, need a help to find the proper datasheet of a Russian interrupt controller. I found the the datasheet of this IC where there is no working application and only pin information is there. So, can anyone suggest any document related to this IC.
Part number : 588VN1

Thank you.
 
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  • #2
core7916 said:
I found the the datasheet of this IC where there is no working application and only pin information is there.
If you have the detailed pinout:
1. You know how many pins there are on the chip, we do not. Please tell us.
2. You have an approximate date for the manufacture, from the document date.
3. If you list the pinout, we may recognise the chip under a different name.
4. Do you have that IC? What are all codes marked, date and Manufacturer symbols.
 
  • #4
Baluncore said:
https://www.amazon.co.jp/dp/B07MSJ1PK5/
28 pins.
Date code: 43 week of 1989 ?
Construction looks like 1980s.
Maybe it is a rebranded 8259 Programmable Interrupt Controller.
https://en.wikipedia.org/wiki/Intel_8259
hello sir,
what you got is correct , it has 28 pins. but it's not same as intel 8259 ic. because pins configuration are different in 2 ic.
for ex. there is status register pin and vector address pins are there in 588vn1 where in 8259 its not there , how can i relate it?.
thank you.
 
  • #5
You can relate it by posting the pinout you have found for the 588VN1.
Give a link to the pinout, or attach a list to your next post.
 
  • #6
Baluncore said:
You can relate it by posting the pinout you have found for the 588VN1.
Give a link to the pinout, or attach a list to your next post.
Hello sir,
sorry for late reply, please find the below attachment for the datasheet of 588vn1 IC.
original datasheet was in Russian , so I translated to English.
Thank you.
 

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  • #7
https://en.wikipedia.org/wiki/Mikron_Group#Products

The Intel 3000 bit-slice processor family, was/is licensed to Mikron in the USSR.
https://en.wikipedia.org/wiki/List_of_Intel_processors#The_bit-slice_processor
The Intel Interrupt Control Unit was the 3214. It was in a 24 pin package, with a different pinout to your 588VN1.

There is the later Elbrus series. I think that is much too recent to use the 588 ICU.
https://en.wikipedia.org/wiki/Elbrus-2S+

There is a reference to the renaming of the 580 series:
https://en.wikipedia.org/wiki/Soviet_integrated_circuit_designation
"Before the definition of group В (V) in 1980 computing devices were all assigned subgroup ИК (IK), e.g. microprocessors (КР580ИК80А), peripheral devices (КР580ИК51А). With the introduction of group В the devices in the 580 series were renamed (to КР580ВМ80А and КР580ВВ51А, respectively) in 1986."
I would suggest you follow that lead.
 
  • #8
Baluncore said:
https://en.wikipedia.org/wiki/Mikron_Group#Products

The Intel 3000 bit-slice processor family, was/is licensed to Mikron in the USSR.
https://en.wikipedia.org/wiki/List_of_Intel_processors#The_bit-slice_processor
The Intel Interrupt Control Unit was the 3214. It was in a 24 pin package, with a different pinout to your 588VN1.

There is the later Elbrus series. I think that is much too recent to use the 588 ICU.
https://en.wikipedia.org/wiki/Elbrus-2S+

There is a reference to the renaming of the 580 series:
https://en.wikipedia.org/wiki/Soviet_integrated_circuit_designation
"Before the definition of group В (V) in 1980 computing devices were all assigned subgroup ИК (IK), e.g. microprocessors (КР580ИК80А), peripheral devices (КР580ИК51А). With the introduction of group В the devices in the 580 series were renamed (to КР580ВМ80А and КР580ВВ51А, respectively) in 1986."
I would suggest you follow that lead.
Hello sir,
I didn't get any related information about 588vn1 ic from above links.
Thank you.
 

FAQ: Info about a specific IC (Russian interrupt controller)

What is the specific IC (Russian interrupt controller) used for?

The specific IC, known as the Russian interrupt controller, is used to manage interrupt requests from various devices in a computer system. It helps prioritize and handle these interrupts efficiently to ensure proper functioning of the system.

What are the key features of the Russian interrupt controller IC?

The key features of the Russian interrupt controller IC include multiple interrupt lines, programmable interrupt priorities, and the ability to mask or enable specific interrupts. It also provides a mechanism for handling nested interrupts and supports various interrupt handling modes.

How does the Russian interrupt controller differ from other interrupt controllers?

The Russian interrupt controller differs from other interrupt controllers in terms of its design, functionality, and compatibility with specific hardware platforms. It may have unique features or capabilities that set it apart from standard interrupt controllers commonly used in other systems.

Can the Russian interrupt controller be reprogrammed or customized?

Yes, the Russian interrupt controller can be reprogrammed or customized to suit specific system requirements. Users can configure interrupt priorities, enable or disable interrupts, and adjust other settings to optimize interrupt handling in their system.

Where can I find more detailed information about the Russian interrupt controller IC?

More detailed information about the Russian interrupt controller IC can be found in the official datasheet provided by the manufacturer. Additionally, online resources, forums, and technical documentation may offer insights into the operation, programming, and troubleshooting of this specific IC.

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