I've attempted to use it in the past for newer AMD GPU's with no success.

Have there been code changes?

I can only get it to work with 5xxx & 6xxx GPU's.

I got the "CL_OUT_OF_RESOURCES" error after 3 days of "work" with my nvidia 9600GT,is it a real lack of power of its just a bug?
Tnx...

If you are having trouble with AMD video cards search for Lifeboats version of oclvanitygen.

It worked for me right out of the box on my 7950 and R9 270.

I am getting 50-55 Mkey/s with 2 r9 280x's using oclvanitygen. On one of them I am able to push 30-35 Mkey/s, I assume the lost hash is from the other one running the monitor.

Anyway if you wanted to add that to the specs part  r9 280x = 25-35 Mkey/s.

I would like to say a gtx 780ti does 50-60Mkey/s highest was 62Mkey/s

just for documenting purposes.

There is no "certain" parameters to boost your speed. You can see a slight increase if you kill unwanted processes/applications especially background ones.

vanitygen64 gives me 550Kkey/s.  oclvanitygen is much slower, that is why I know I am doing something wrong.

I think you may have been referring to my results.  The 5Mkey/s is off of a GeForce GT750M that's in the laptop.  I've never gotten it to work with the also built-in Intel HD 4600, with exactly the same error you're seeing, and an issue is open in the original vanitygen repo about this as well: https://github.com/samr7/vanitygen/issues/38

Thanks for the info, after reviewing a pull request to fix the bug I modified the calc_addrs.cl directly.  I also updated the device driver. All this got me a bit further but i am getting a CL_BUILD_PROGRAM_FAILURE error.  From reviewing the online information it seems unlikely I will get the program working on this Intel GPU, although I would like to hear from anyone who has managed to do it.

You reverse the last few steps that are part of a regular address generation;
https://en.bitcoin.it/wiki/Technical_background_of_version_1_Bitcoin_addresses
So you base58 decode your input, (1WhateverEtc), take the first section, double-sha256 that, take the first 4 bytes of that result as the CRC, and append that to your 1WhateverEtc.

There might be services that do this for you - if not, just run a bit of python code (can do that online, too): https://gist.github.com/CoinWhisperer/6d673f1f3d13da1611cd

In general, google 'bitcoin "burn address"' and then 'generator' or 'maker' or somesuch - bound to find more results