All HI-TECH C compiler demos and updates can be downloaded from the Microchip website. Click on the compiler below to access its downloads.
Independent Review of the Hi-Tech C compiler for Microchip PIC18x Update on 10th November 2007 - tested the latest version of the Hi-Tech C compiler, v9.62. It produces code that is definitely smaller, and seems to be 100% backwards compatible.
The PICC18 compiler produces C code for the Microchip PIC18Fxxx series of micros. It is available from Hi-Tech C,. I've been using PICC18 for the last 8 months. In this time, I have not had any problems that can directly be attributed to the compiler. This continues a good tradition of nice products from Hi-Tech C. Previously, having used PICC for the PIC16Fxxx microcontrollers, I had spent 4 years, with only a couple of problems that could be directly attributed to the compiler.
All of these problems were fixed promptly. PICC18 is currently in use in many commercial settings, with excellent success.
I am a long time user of Microchip PIC micros - 5 years in fact. I tend to trust the Hi-Tech C crowd. They produce compilers for a number of other microcontrollers, which shows they have experience in the compiler area. I would agree that Hi-Tech C is probably the best compiler on the market for the PIC micro. It produces tight, small, fast code.
However, it doesnt come extremely cheaply - one must pay for quality. I would recommend Hi-Tech C for any company.
For a small-time hobbyist, I would suggest the free demo verison of Hi-Tech C for the 16F84. You can read. Pros of Hi-Tech PICC18 • In 5 years of use, the Hi-Tech C compiler has not exhibited any code-generation problems. You can trust Hi-Tech C to produce accurate code. • Good code optimizer produces tight code. • Supports a Real Time Operating System (RTOS) with the third-party addon, Salvo RTOS.
• Recommended in a company situation where it is absolutely necessary to have a compiler that developers can trust to produce accurate code. • Good range of build in functions.
• Comes with source code for all its libraries. • In-built support for interrupt service routines. Cons of Hi-Tech PICC18 • More expensive than other compilers. • Does not have a code-generation wizard, like CCS C.
Website Hi-Tech C for the PIC18X microcontrollers is available for $US850 from. Cross-grades are cheaper. A is available for evaluation from the. What do you think of this article? You can post public feedback on this article on the, or email me on.
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More Reviews. Addendum 'How I upgraded my C code from the PIC16877 to the PIC18452 microcontroller' Heres a story told to me by another embedded C developer, explaining his experiences upgrading from the 16F877 to the PIC18F452: 'We have a design based on the PIC16F877 microcontroller. It is written in Hi-Tech C, with the aim of monitoring a large amount of data flowing from a number of sensors.
We had run out of room on this micro, 8K was not enough for our needs. When the PIC18F452 was released by Microchip, we decided to upgrade. These new chips are pin compatible with the 16F876, and have double the memory (16kwords), and double the maximum speed (40Mhz). We got hold of the PICC18 compiler from Hi-Tech C, which can compile for the PIC18F452. At first, when we ran it through the compiler, it gave some errors. However, with a few minor tweaks, we had it compiling under the new architecture. We programmed the new chip up, plugged it into the chip holder, and to our satisfaction it worked beautifully.
We didn't even need to do a board revision! Time taken for the upgrade: 2 hours.
The new chip has a number of more powerful features compared to the older 16F877 chips. It has multi-level interrupts, which are a real bonus when doing any interrupt service routines. We changed INT0 to make for a simpler interrupt service routine.
This new code has been running flawlessly for a while now.' When you're upgrading 16Fxxx code to 18Fxxx code, here's what you have to change: • Change '#include ' to '#include ' • The PIC18Fxxx microcontrollers have multi-level interrupts.