Payment of 2.924 btc for 34 chip has been send from 1Fh9qNsC7YBV4z46ZwXoVkc7DnCatTVLo1
My second purchase from you.
Please acknowledge. Thanks
Topic: Liquid Synergy Designs Inc. -ASIC mining hardware - page 207. (Read 423275 times)
Would it be a good idea to spread the bad chip risk amongs all buyers in a batch? My problem with the current situation is who will get the shaft for the bad chips? If we think there could be a maximum of 2% chips failure we should reserve 2% of the batch has a reserve and all buyers should pay 2% more for the reserve of chips:
0.086 * 0.02 = 0.00172 more per chips for a reserve of 200 chips (2%)
During assembly, we can use the reserve to replace the bad chips. At the end of shipping and testing if for example 1% of the chips were faulty they are sent back to avalon for replacement. The rest of the chips in the reserve that are goods are sold in an auction at the best price. The replacements chips from Avalon will also be sale in an auction when received back. All the profit from the sales will be returned to the buyers (steamboat can keep 9% for is work). At the end no one should loose money and all of us will have better chance to have working chips and boards.
0.086 * 0.02 = 0.00172 more per chips for a reserve of 200 chips (2%)
During assembly, we can use the reserve to replace the bad chips. At the end of shipping and testing if for example 1% of the chips were faulty they are sent back to avalon for replacement. The rest of the chips in the reserve that are goods are sold in an auction at the best price. The replacements chips from Avalon will also be sale in an auction when received back. All the profit from the sales will be returned to the buyers (steamboat can keep 9% for is work). At the end no one should loose money and all of us will have better chance to have working chips and boards.
good idea. i was wondering if there was a faulty board, who would end up with it.
When do we start paying for assembly?
Those details will be released in the coming days.
I think assembly should be done in the order of who ordered chips first, only makes sense in my opinion, also steamboat since the assembly + costs will be in fiat, you may want to consider making a website/blog that has a bitpay order form or send invoices to each person who ordered chips. Or we can send btc, but bitpay is more conventient in locking in the price to the changing exchange rate.
Assembly is on a FIFO basis. The payment mechanism is being worked out and integrated into the final solution.
I think assembly should be done in the order of who ordered chips first, only makes sense in my opinion, also steamboat since the assembly + costs will be in fiat, you may want to consider making a website/blog that has a bitpay order form or send invoices to each person who ordered chips. Or we can send btc, but bitpay is more conventient in locking in the price to the changing exchange rate.
All purchases received, recorded, and replied.
I would like to thank those of you who have taken the time to answer questions. I would like to answer each of you immediately, but one of the ways I'm keeping costs low is by running a skeleton crew with low overhead, and have to process emails, pm's, and questions in this thread as batches.
I would like to thank those of you who have taken the time to answer questions. I would like to answer each of you immediately, but one of the ways I'm keeping costs low is by running a skeleton crew with low overhead, and have to process emails, pm's, and questions in this thread as batches.
Thanks steamboat; appreciate the attentiveness. A single daily update is more than enough, especially since no one has chips in hand yet.
+1 very appreciated, thank you!
Order placed, payment made and email sent.
Cheers
Cheers
Another 208 please, payment and email sent
When do we start paying for assembly?
Fair enough, thanks for the replies everyone.
In for 160, email & TX ID sent.
Thanks steamboat for a great project.
Now I'm just wondering if should double the order
In for 160, email & TX ID sent.
Thanks steamboat for a great project.
Now I'm just wondering if should double the order
Quick question, does anyone have an indication on what the yield is expected to be on Avalon's bulk orders?
Does Avalon pre-test the chips and only send 10,000 known-good-die? Or do they simply cut up the wafers and ship, so some group buy purchases may end up with 9,900 working chips out of 10K, whiles others yield 5,000 working chips out of 10K?
For PCB board assembly there is an additional yield lost. Even if all 10K die work in a shipped batch, post assembly some die will fail. How will that be handled?
I am VERY interested in this and think steamboat is doing a great job putting this project together.
But that said, it seems we might be rolling the dice a bit. If you order 20 boards, maybe 100% will work, but maybe only 50% will.
Does Avalon pre-test the chips and only send 10,000 known-good-die? Or do they simply cut up the wafers and ship, so some group buy purchases may end up with 9,900 working chips out of 10K, whiles others yield 5,000 working chips out of 10K?
For PCB board assembly there is an additional yield lost. Even if all 10K die work in a shipped batch, post assembly some die will fail. How will that be handled?
I am VERY interested in this and think steamboat is doing a great job putting this project together.
But that said, it seems we might be rolling the dice a bit. If you order 20 boards, maybe 100% will work, but maybe only 50% will.
Avalon has stated each chip will be tested before shipping. That being said, inevitably there will be some bad chips. How this will be handled is yet to be determined. It is suggested to purchase additional chips to account for losses. It is very unlikely 50% of the chips will arrive DOA.
If I have a faulty board is it possible to know which chip is faulty and is it possible to swap it for a new one?
I will find out what the protocol is for determining which chip is faulty. A local member who has access to pick n place machines, and experienced assemblers, has offered his services. It may be possible to have the chips replaced for a nominal fee.
Sorry for the slightly off-topic post, but does anyone know of a reputable individual or company in the US who will be coordinating assembly / production of K1 usb mining devices? I was hoping to land a few to use as gifts... Something a few of my kindred coin-geeks would appreciate. : )
Search this thread for "K1" - steamboat mentions that it will be considered after the K16 prototype is complete. Also that there are others planning to sell K1s preassembled
EDIT: Looks like Noitev will be selling K1s for under 1BTC each:
https://bitcointalksearch.org/topic/m.2256752
Would it be a good idea to spread the bad chip risk amongs all buyers in a batch? My problem with the current situation is who will get the shaft for the bad chips? If we think there could be a maximum of 2% chips failure we should reserve 2% of the batch has a reserve and all buyers should pay 2% more for the reserve of chips:
0.086 * 0.02 = 0.00172 more per chips for a reserve of 200 chips (2%)
During assembly, we can use the reserve to replace the bad chips. At the end of shipping and testing if for example 1% of the chips were faulty they are sent back to avalon for replacement. The rest of the chips in the reserve that are goods are sold in an auction at the best price. The replacements chips from Avalon will also be sale in an auction when received back. All the profit from the sales will be returned to the buyers (steamboat can keep 9% for is work). At the end no one should loose money and all of us will have better chance to have working chips and boards.
0.086 * 0.02 = 0.00172 more per chips for a reserve of 200 chips (2%)
During assembly, we can use the reserve to replace the bad chips. At the end of shipping and testing if for example 1% of the chips were faulty they are sent back to avalon for replacement. The rest of the chips in the reserve that are goods are sold in an auction at the best price. The replacements chips from Avalon will also be sale in an auction when received back. All the profit from the sales will be returned to the buyers (steamboat can keep 9% for is work). At the end no one should loose money and all of us will have better chance to have working chips and boards.
I wouldn't worry too much about the fail rate on chips. I've purchased & used hundreds of chips while DIYing electronics over the years and I never encountered one that was DOA. I think requiring everyone to pay an additional previously unmentioned cost at this point is a bit unrealistic. If you're very worried, perhaps it's a good idea to purchase a few extra as backup while they're still available
Would it be a good idea to spread the bad chip risk amongs all buyers in a batch? My problem with the current situation is who will get the shaft for the bad chips? If we think there could be a maximum of 2% chips failure we should reserve 2% of the batch has a reserve and all buyers should pay 2% more for the reserve of chips:
0.086 * 0.02 = 0.00172 more per chips for a reserve of 200 chips (2%)
During assembly, we can use the reserve to replace the bad chips. At the end of shipping and testing if for example 1% of the chips were faulty they are sent back to avalon for replacement. The rest of the chips in the reserve that are goods are sold in an auction at the best price. The replacements chips from Avalon will also be sale in an auction when received back. All the profit from the sales will be returned to the buyers (steamboat can keep 9% for is work). At the end no one should loose money and all of us will have better chance to have working chips and boards.
0.086 * 0.02 = 0.00172 more per chips for a reserve of 200 chips (2%)
During assembly, we can use the reserve to replace the bad chips. At the end of shipping and testing if for example 1% of the chips were faulty they are sent back to avalon for replacement. The rest of the chips in the reserve that are goods are sold in an auction at the best price. The replacements chips from Avalon will also be sale in an auction when received back. All the profit from the sales will be returned to the buyers (steamboat can keep 9% for is work). At the end no one should loose money and all of us will have better chance to have working chips and boards.
Won't work. Just order extras if you are worried or pay steamboat for testing.
Would it be a good idea to spread the bad chip risk amongs all buyers in a batch? My problem with the current situation is who will get the shaft for the bad chips? If we think there could be a maximum of 2% chips failure we should reserve 2% of the batch has a reserve and all buyers should pay 2% more for the reserve of chips:
0.086 * 0.02 = 0.00172 more per chips for a reserve of 200 chips (2%)
During assembly, we can use the reserve to replace the bad chips. At the end of shipping and testing if for example 1% of the chips were faulty they are sent back to avalon for replacement. The rest of the chips in the reserve that are goods are sold in an auction at the best price. The replacements chips from Avalon will also be sale in an auction when received back. All the profit from the sales will be returned to the buyers (steamboat can keep 9% for is work). At the end no one should loose money and all of us will have better chance to have working chips and boards.
0.086 * 0.02 = 0.00172 more per chips for a reserve of 200 chips (2%)
During assembly, we can use the reserve to replace the bad chips. At the end of shipping and testing if for example 1% of the chips were faulty they are sent back to avalon for replacement. The rest of the chips in the reserve that are goods are sold in an auction at the best price. The replacements chips from Avalon will also be sale in an auction when received back. All the profit from the sales will be returned to the buyers (steamboat can keep 9% for is work). At the end no one should loose money and all of us will have better chance to have working chips and boards.
Sorry for the slightly off-topic post, but does anyone know of a reputable individual or company in the US who will be coordinating assembly / production of K1 usb mining devices? I was hoping to land a few to use as gifts... Something a few of my kindred coin-geeks would appreciate. : )
If I have a faulty board is it possible to know which chip is faulty and is it possible to swap it for a new one?
Order placed, email sent and payment sent for 160 chips.
Double Down !!
Now holding my breath.
Thanks Steamboat.
Adam
Double Down !!
Now holding my breath.Thanks Steamboat.
Adam
Quick question, does anyone have an indication on what the yield is expected to be on Avalon's bulk orders?
Does Avalon pre-test the chips and only send 10,000 known-good-die? Or do they simply cut up the wafers and ship, so some group buy purchases may end up with 9,900 working chips out of 10K, whiles others yield 5,000 working chips out of 10K?
For PCB board assembly there is an additional yield lost. Even if all 10K die work in a shipped batch, post assembly some die will fail. How will that be handled?
I am VERY interested in this and think steamboat is doing a great job putting this project together.
But that said, it seems we might be rolling the dice a bit. If you order 20 boards, maybe 100% will work, but maybe only 50% will.
Does Avalon pre-test the chips and only send 10,000 known-good-die? Or do they simply cut up the wafers and ship, so some group buy purchases may end up with 9,900 working chips out of 10K, whiles others yield 5,000 working chips out of 10K?
For PCB board assembly there is an additional yield lost. Even if all 10K die work in a shipped batch, post assembly some die will fail. How will that be handled?
I am VERY interested in this and think steamboat is doing a great job putting this project together.
But that said, it seems we might be rolling the dice a bit. If you order 20 boards, maybe 100% will work, but maybe only 50% will.
According to Avalon, chips are tested and working prior to shipping.
Quick question, does anyone have an indication on what the yield is expected to be on Avalon's bulk orders?
Does Avalon pre-test the chips and only send 10,000 known-good-die? Or do they simply cut up the wafers and ship, so some group buy purchases may end up with 9,900 working chips out of 10K, whiles others yield 5,000 working chips out of 10K?
For PCB board assembly there is an additional yield lost. Even if all 10K die work in a shipped batch, post assembly some die will fail. How will that be handled?
I am VERY interested in this and think steamboat is doing a great job putting this project together.
But that said, it seems we might be rolling the dice a bit. If you order 20 boards, maybe 100% will work, but maybe only 50% will.
Does Avalon pre-test the chips and only send 10,000 known-good-die? Or do they simply cut up the wafers and ship, so some group buy purchases may end up with 9,900 working chips out of 10K, whiles others yield 5,000 working chips out of 10K?
For PCB board assembly there is an additional yield lost. Even if all 10K die work in a shipped batch, post assembly some die will fail. How will that be handled?
I am VERY interested in this and think steamboat is doing a great job putting this project together.
But that said, it seems we might be rolling the dice a bit. If you order 20 boards, maybe 100% will work, but maybe only 50% will.
All purchases received, recorded, and replied.
I would like to thank those of you who have taken the time to answer questions. I would like to answer each of you immediately, but one of the ways I'm keeping costs low is by running a skeleton crew with low overhead, and have to process emails, pm's, and questions in this thread as batches.
I would like to thank those of you who have taken the time to answer questions. I would like to answer each of you immediately, but one of the ways I'm keeping costs low is by running a skeleton crew with low overhead, and have to process emails, pm's, and questions in this thread as batches.
Thanks steamboat; appreciate the attentiveness. A single daily update is more than enough, especially since no one has chips in hand yet.
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