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New products
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Obsolete parts replacement
Since its foundation in 1997, Evatronix Electronic Design Department has gained extensive experience in designing IP cores with pin-to-pin equivalency to the existing hardware chips.
The company has developed a set of procedures for integration of hardware modeling technology into the IP development process. These procedures assume the use of advanced software and hardware tools for precise modeling of behavioral and functional features of the original component. The hardware tools applied to the process enable to analyze the original chip’s behavior with clock-by-clock precision, visualize it and then transfer into the developed replacement. Integration with verification environments from various EDA vendors highest available level of IP core’s compliance. Our Personal Hardware Modeler is integrated with a third-party simulation software to guarantee seamless operation of developed IP replacements.
All replacement cores below are available as off-the-shelf products with the relevant documentation. They may also be treated as a base for further development or modifications to suit customer’s application.
of the original part.
The hardware tools applied to the process enable to analyze the original behavior with
clock-by-clock precision, visualize and transfer it into the developed replacement. Integration with
verification environment working on the most popular programs from EDA vendors makes it a valuable
tool for every reengineering work.
Currently the implementation of OPReT bases on the preparatory hardware tools, but we has also use
third party solutions.
Our successful engagement in the replacement delivery process includes providing a replacement IP
core and/or arrangement final production of the physical implementation of the design.
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Off-the-shelf cores equivalent to discontinued ICs
Original device |
Equivalent IP core |
Notes |
| Z80-family based Microprocessor & Peripherals |
| Zilog™ Z80 CPU |
CZ80CPU |
8-bit processor |
| 8-bit Microprocessors |
| MOS Technology™ 6502 |
C6502 |
8-bit microprocessor |
| 16- & 32-bit Microprocessors |
| Intel 80c186 |
C80186 |
16-bit microcontroller |
| Intel 80c186ec |
C80186EC |
16-bit microcontroller |
| Intel 80c186xl |
C80186XL |
16-bit microcontroller |
| Motorola™ MC68000 |
C68000 |
16-/32-bit processor¹ |
| DSP & Numeric Coprocessors |
| TI’s TMS320C25™ |
C32025 |
16-bit fixed-point DSP² |
| Intel™ Intel387SX |
C387L |
numeric coprocessor dedicated for 80386 |
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1 C68000-AHB - 32-bit version of C68000 core with removed limitations of the 16-bit memory interface and AMBA™ 32-bit AHB host interface implemented is also available.
Debug Support
Our C68000 and C68000-AHB microprocessor cores are available with OCDS - Evatronix On Chip Debug Support module.
2 C32025TX - a version of the C32025 core executing most of instructions in a single clock cycle is available.
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