That nice to see... But you are still running at 1GH per chip... You need to get it up to 1,3 to 1,5 range...
Currently, its already Passed 1G / chip ~
as I'm getting 17.6 G average Any news from guy ~
http://www.hongkongapple.com/miner/17.6G.jpg
Topic: Open Source Avalon Gen2 55nm Board - page 6. (Read 35942 times)
Currently, its already Passed 1G / chip ~
as I'm getting 17.6 G average Any news from guy ~
http://www.hongkongapple.com/miner/17.6G.jpg
That nice to see... But you are still running at 1GH per chip... You need to get it up to 1,3 to 1,5 range...
Now work flawlessly with MinePeon ~ for Rasp. PI 
0 Reject ~ 0 error
Special Thanks for Neil ~ who bring lots of us ~ To Joy of PI !! Pls support MinePeon !
It is so easy to use ~
MinePeon - SSH
http://www.hongkongapple.com/miner/MinePeon_Patched.jpg
MinePeon - Web Interface
http://www.hongkongapple.com/miner/MinePeon_Interface.jpg
0 Reject ~ 0 error
Special Thanks for Neil ~ who bring lots of us ~ To Joy of PI !! Pls support MinePeon !
It is so easy to use ~
MinePeon - SSH
http://www.hongkongapple.com/miner/MinePeon_Patched.jpg
MinePeon - Web Interface
http://www.hongkongapple.com/miner/MinePeon_Interface.jpg
Try to adjust this will get u different result ~ currently Max I get is around 12 - 16 G~ unstable ~
1st - #define MAX_WORK_COUNT 8 // must be binary multiple and match driver
2nd - #define TICK_TOTAL 12355 // 2^18 / 21.33uS TMR0 period (adjusted down for push time)
3rd - #define DEFAULT_HASHCLOCK 2300
this are the combo ~ u need to try on vary no. ~ if u get a best Combo ~ pls suggest here too
1st - #define MAX_WORK_COUNT 8 // must be binary multiple and match driver
2nd - #define TICK_TOTAL 12355 // 2^18 / 21.33uS TMR0 period (adjusted down for push time)
3rd - #define DEFAULT_HASHCLOCK 2300
this are the combo ~ u need to try on vary no. ~ if u get a best Combo ~ pls suggest here too
Nothing changes. Still "ignored" messages. Looks like there is something missing in microcontroller <> chip data exchange
if the Max Count is 8 ~ >>>> #define TICK_TOTAL 20800
Try to adjust this will get u different result ~ currently Max I get is around 12 - 16 G~ unstable ~
1st - #define MAX_WORK_COUNT 8 // must be binary multiple and match driver
2nd - #define TICK_TOTAL 12355 // 2^18 / 21.33uS TMR0 period (adjusted down for push time)
3rd - #define DEFAULT_HASHCLOCK 2300
this are the combo ~ u need to try on vary no. ~ if u get a best Combo ~ pls suggest here too
1st - #define MAX_WORK_COUNT 8 // must be binary multiple and match driver
2nd - #define TICK_TOTAL 12355 // 2^18 / 21.33uS TMR0 period (adjusted down for push time)
3rd - #define DEFAULT_HASHCLOCK 2300
this are the combo ~ u need to try on vary no. ~ if u get a best Combo ~ pls suggest here too
Nothing changes. Still "ignored" messages. Looks like there is something missing in microcontroller <> chip data exchange
Try to adjust this will get u different result ~ currently Max I get is around 12 - 16 G~ unstable ~
1st - #define MAX_WORK_COUNT 8 // must be binary multiple and match driver
2nd - #define TICK_TOTAL 12355 // 2^18 / 21.33uS TMR0 period (adjusted down for push time)
3rd - #define DEFAULT_HASHCLOCK 2300
this are the combo ~ u need to try on vary no. ~ if u get a best Combo ~ pls suggest here too
1st - #define MAX_WORK_COUNT 8 // must be binary multiple and match driver
2nd - #define TICK_TOTAL 12355 // 2^18 / 21.33uS TMR0 period (adjusted down for push time)
3rd - #define DEFAULT_HASHCLOCK 2300
this are the combo ~ u need to try on vary no. ~ if u get a best Combo ~ pls suggest here too
Guys!
Any updates on the situation? We are still unable to get these avalon2 chips to work. We keep getting those "ignore" messages on our pcb's. Any thoughts will be appreciated.
Any updates on the situation? We are still unable to get these avalon2 chips to work. We keep getting those "ignore" messages on our pcb's. Any thoughts will be appreciated.
Cdragon,
I have been trying to do the compile on cgminer / bfg ~ but seem very hard to install all we needed~ Even with MinGW !
I have moved to try in Linux ~ seem more native this way ~
J
I have been trying to do the compile on cgminer / bfg ~ but seem very hard to install all we needed~ Even with MinGW !
I have moved to try in Linux ~ seem more native this way ~
J
How do i patch cgminer on windows?
I have tried has failed.
http://i.imgur.com/Qk1rFne.jpg
Please, send me patched version.(cgminer or bfgminer)
I have tried has failed.
http://i.imgur.com/Qk1rFne.jpg
Please, send me patched version.(cgminer or bfgminer)
For ~ DEFAULT_HASHCLOCK = 1000
We shoud have 16 Ghz ~ But still not the case here.
Below is needed to figure out :--
// set values for ASIC PLL, we use R=16 N=Freq in MHz
#define WORK_TICKS 16000 // 2^25 total / 2^18 hashes per tick ( 2^25 ~ as the Crystal is 25Mhz , address me if I'm wrong )
#define TICK_TOTAL 20800 // 2^18 / 21.33uS TMR0 period (how do we find out if 21.33uS is right ? )
Hoping by more people joining ~ then we could figure this ! Maybe the about is piece of cake for U ~~
We shoud have 16 Ghz ~ But still not the case here.
Below is needed to figure out :--
// set values for ASIC PLL, we use R=16 N=Freq in MHz
#define WORK_TICKS 16000 // 2^25 total / 2^18 hashes per tick ( 2^25 ~ as the Crystal is 25Mhz , address me if I'm wrong )
#define TICK_TOTAL 20800 // 2^18 / 21.33uS TMR0 period (how do we find out if 21.33uS is right ? )
Hoping by more people joining ~ then we could figure this ! Maybe the about is piece of cake for U ~~
I have been following this thread very closely for a while -- I am very impressed! You guys have put in a lot of hard work, and it will pay off very soon 
I understand that the design is still in the prototyping stage, however I was wondering if there are any plans to make a group PCB order once the design is finalized. I am a DIY-er and have a reflow oven, so I would prefer to build some of these badboys myself. I would imagine that the Avalon2 chips would have to be sourced elsewhere.. unless we can get enough people interested in this design, maybe we can do a separate group order. If so, I'm in
Keep up the great work!!
-IHateMayonnaise
I understand that the design is still in the prototyping stage, however I was wondering if there are any plans to make a group PCB order once the design is finalized. I am a DIY-er and have a reflow oven, so I would prefer to build some of these badboys myself. I would imagine that the Avalon2 chips would have to be sourced elsewhere.. unless we can get enough people interested in this design, maybe we can do a separate group order. If so, I'm in
Keep up the great work!!
-IHateMayonnaise
It great to hear people are interested ~
i have plenty of chips ~
The design by Form is great ~ we just need to try different figure in the firmware, to Optimize the speed
I can offer u $250 for a whole Kit ( PCB, Chips, 12" Fan & HeatSink included ), If u're interested to Join us
or $280 for Assembled ~
Fan ~ ( 12" Cool Master 2000rpm ) Sickle Flow X - High Airflow 90 CFM -
-------------------
I have work out value Price:- Since price for power module ( we are already having 1000+ pricing ) & $7 - 8 /chips are pretty much fixed ~
Only thing is labour cost can go down alot in volume.
2 - 5+ pcs ~ $245 USD
6 - 10 pcs ~ $235
11-19 pcs ~ $225
20+ pcs ~ $215
I have been following this thread very closely for a while -- I am very impressed! You guys have put in a lot of hard work, and it will pay off very soon
I understand that the design is still in the prototyping stage, however I was wondering if there are any plans to make a group PCB order once the design is finalized. I am a DIY-er and have a reflow oven, so I would prefer to build some of these badboys myself. I would imagine that the Avalon2 chips would have to be sourced elsewhere.. unless we can get enough people interested in this design, maybe we can do a separate group order. If so, I'm in
Keep up the great work!!
-IHateMayonnaise
I understand that the design is still in the prototyping stage, however I was wondering if there are any plans to make a group PCB order once the design is finalized. I am a DIY-er and have a reflow oven, so I would prefer to build some of these badboys myself. I would imagine that the Avalon2 chips would have to be sourced elsewhere.. unless we can get enough people interested in this design, maybe we can do a separate group order. If so, I'm in
Keep up the great work!!
-IHateMayonnaise
if that is still true on 16 chips board ?
hash unit working clock frequency = XCLKIN frequency * F/(R*(2^OD)).
hash unit working clock frequency = XCLKIN frequency * F/(R*(2^OD)).
Form : We need oscilloscope for the ~ TMR0 Time period (uS) ?
also if ~ 2^18 hashes per tick , still valid ?
Cdragon: Nice Soldering ~ the board looks great ~ Nice slot
One important thing i forgot:
The value of MAX_WORK_COUNT in klondike.h has to match the value in the driver of cg/bfgminer.
In the github-repository i set it to "8" everywhere.
So when you are using other non-patched mining software (bfgminer for example), be sure to change it to "8", too.
@cdragon: Why are you hashing at 500 MHz?
The value of MAX_WORK_COUNT in klondike.h has to match the value in the driver of cg/bfgminer.
In the github-repository i set it to "8" everywhere.
So when you are using other non-patched mining software (bfgminer for example), be sure to change it to "8", too.
@cdragon: Why are you hashing at 500 MHz?
if that is still true on 16 chips board ?
I'm writing a blog every day about making the this board.
My blog name is say "indu dot com"
orignal artwork not modify.
appended outline only.
http://i.imgur.com/sn9kHpF.jpg
All parts are hands soldering by iron.
http://i.imgur.com/ujiitFe.jpg
cgminer(runing time 30min)
http://i.imgur.com/sMdxbqb.jpg
http://i.imgur.com/Wj3BgId.jpg
bfgminer(runing time 1hour)
http://i.imgur.com/St6pPnC.jpg
http://i.imgur.com/O8iabts.jpg
if that is still true on 16 chips board ?
hash unit working clock frequency = XCLKIN frequency * F/(R*(2^OD)).
hash unit working clock frequency = XCLKIN frequency * F/(R*(2^OD)).
Still Trying to Optimum the speed ~ usually over 3000 will have 100% no Rejected ~
Now I got top side with HeatSink too.. Result is very different performace, much better !
but still the arange is around 13-4 G
Is there a way we would know if all single chips is working ?
~~ Mine only works in CGminer, I have the driver installed before, but still don't see it in BFGminer ~
Now I got top side with HeatSink too.. Result is very different performace, much better !
but still the arange is around 13-4 G
Is there a way we would know if all single chips is working ?
~~ Mine only works in CGminer, I have the driver installed before, but still don't see it in BFGminer ~
I was change the frequency between 500~700MHz.
Increase in performance, but the result is similar to the previous.
Increase in performance, but the result is similar to the previous.
I don't know how to adjust clock.
You should add this to the parameters of cg/bfgminer:
--klondike-options 1300:70
First number is frequency in MHz, second is desired temperature in °C.
I used zadig(v2.0.1.162)driver with windows7.
This driver is mount Univeral Serail Bus devices(K16).
I don't know how to adjust clock.
This driver is mount Univeral Serail Bus devices(K16).
I don't know how to adjust clock.
Jump to: