So something like:
--icarus-timing 2.5=100It will show the MH/s incorrectly, but it will still hash at the highest rate it can.
The random unknown MHz is actually problematic
![Sad](https://bitcointalk.org/Smileys/default/sad.gif)
It looks that v42 firmware is actually faster than 200Mhz firmware, even with the hardware errors that is yielding. The number of packets accepted is higher than a device running at 200Mhz.
I've also looked at ztex and it is producing the same amount of errors so it should be fine.
I think that with v42 firmware Lancelot reaches 500Mega hases. I haven't looked at your code but I think that based on the proof of work you should be able to accurately calculate the speed. You should not rely on how fast the device returns data but on what date it is actually returning.
Regards!
If it's hashing at 500MH/s then use
--icarus-timing 2.0=80The
=80 is actually the important number.
(=100 will be OK only up to about 428MH/s)
The Hs nanoseconds number is just used to try to get the display right if you also specify a value with the =
We've done the Blackarrow Lancelot (BLT) code and it works fine.
Also working with AMU (asicminer USB) and of course should work with a normal Lancelot (LLT)
Just need to do the Icarus (ICA) and Cairnsmore1 (CMR) and then it will be done.
They are all in the one driver, so all need to be working before we'll put it in a release
(though you can get it from git as it is now - but you need to know which commits)
e.g. almost 5hour runtime:
cgminer version 3.1.1k - Started: [2013-05-20 03:21:21]
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(5s):968.0M (avg):734.7Mh/s | A:2927 R:4 HW:9 U:10.2/m WU:10.3/m
ST: 2 SS: 0 NB: 37 LW: 5611 GF: 0 RF: 0
Connected to au.ozco.in diff 1 with stratum as user
Block: 011b55e1d73ee2d4... Diff:11.2M Started: [08:05:05] Best share: 25.9K
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[P]ool management [S]ettings [D]isplay options [Q]uit
BLT 0: | 398.2M/399.3Mh/s | A:1584 R:0 HW:1 U: 5.54/m
AMU 0: | 335.1M/335.5Mh/s | A:1344 R:3 HW:8 U: 4.70/m
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