As far lately WASP team is attacking us and me in person in most of their posts.
Specially Mr. Bick, that put negative trust feedback even he did never do business with us.
The reason officially is to protect the community from us. The real one is .........................
The result is negative trust feedback.
We do not see us as a scam, as Mr. Bick says.
We did not start this war , but it is a fact already
Mr Bick is posting everywhere against us , but fails to answer a PM with the simple question WTF he actually wants.
I'm not going to continue writing endless post with the new Judge in the Bitcoin world.
So I'm asking all our customers here to leave trust feedback on us based on their personal experience.
Thank you very much
Topic: TECHNOBIT support tread + customer feedback - page 38. (Read 62586 times)
So I see cointerra is selling chips now. Did they ever send samples to you?
Rocker chips, are those the new asicminer chips?
NopeSpondo
Rocker chips, are those the new asicminer chips?
you are looking at it 
Will be published with the first shipments
I am disappointed marto no m$ Crap anymore.Will be published with the first shipments
Bill fans will be disappointed also
you are looking at it
Will be published with the first shipments
Will be published with the first shipments
our A2 based scrypt miner
looks good, will there be a new tp link bin to support this?
our A2 based scrypt miner
Nope they asked for 10k usd for samples 2months ago
We are more like considering cointera chip but the ask 5 k for samples no paypal or escrow.
So still not sure.
On the other side we expect Rocker chips to be available
We are more like considering cointera chip but the ask 5 k for samples no paypal or escrow.
So still not sure.
On the other side we expect Rocker chips to be available
What's the expected hash rate of your minion board? Are you going to be designing a board for use with the Hashfast chips?
HI,
For some reason one of my hex16A(1) is recognised as hex16c by mr3020.
I have 2 pcs hex16A and 2 pcs hex16c connected to mr3020.
mr3020 is seeing 1 pc hex16A and 3 pcs hex16c one of hex16c (hex16A) has 100% HW errors.
Config is: Handle USB detect errors as (Default: hexA)| hexA
Is there some kind of firmware on board and can I flash new firmware?
-Tmu
For some reason one of my hex16A(1) is recognised as hex16c by mr3020.
I have 2 pcs hex16A and 2 pcs hex16c connected to mr3020.
mr3020 is seeing 1 pc hex16A and 3 pcs hex16c one of hex16c (hex16A) has 100% HW errors.
Code:
[STATS] => 0
[ID] => HEXa0
[Enabled] => Y
[Status] => Alive
[Elapsed] => 4014
[MHS 5s] => 5.980G
[MHS av] => 5.537G
[Hardware Errors] => 55
[Hardware Errors%] => 1.0514
[USB Read Errors] => 2
[USB Write Errors] => 1
[USB Reset Count] => 2
[Last Share Time] => 1400252120
[Chip Count] => 16
[Frequency] => 350
[Core Voltage] => 1200
[PIC Voltage Readings] => 1207
[Chip1 Nonces] => 329
[Chip1 Dupes] => 1
[Chip2 Nonces] => 304
[Chip2 Dupes] => 0
[Chip3 Nonces] => 344
[Chip3 Dupes] => 0
[Chip4 Nonces] => 318
[Chip4 Dupes] => 0
[Chip5 Nonces] => 329
[Chip5 Dupes] => 0
[Chip6 Nonces] => 337
[Chip6 Dupes] => 1
[Chip7 Nonces] => 313
[Chip7 Dupes] => 0
[Chip8 Nonces] => 344
[Chip8 Dupes] => 0
[Chip9 Nonces] => 315
[Chip9 Dupes] => 0
[Chip10 Nonces] => 337
[Chip10 Dupes] => 0
[Chip11 Nonces] => 313
[Chip11 Dupes] => 2
[Chip12 Nonces] => 313
[Chip12 Dupes] => 1
[Chip13 Nonces] => 296
[Chip13 Dupes] => 0
[Chip14 Nonces] => 310
[Chip14 Dupes] => 0
[Chip15 Nonces] => 343
[Chip15 Dupes] => 0
[Chip16 Nonces] => 331
[Chip16 Dupes] => 0
)
[STATS1] =>
(
[STATS] => 1
[ID] => HEXc0
[Enabled] => Y
[Status] => Alive
[Elapsed] => 4014
[MHS 5s] => 17.57G
[MHS av] => 19.42G
[Hardware Errors] => 325
[Hardware Errors%] => 1.7590
[USB Read Errors] => 5
[USB Write Errors] => 0
[USB Reset Count] => 1
[Last Share Time] => 1400252144
[Chip Count] => 16
[Frequency] => 1300
[Core Voltage] => 1020
[PIC Voltage Readings] => 1021
[Chip1 Nonces] => 1195
[Chip1 Dupes] => 15
[Chip2 Nonces] => 1225
[Chip2 Dupes] => 17
[Chip3 Nonces] => 1206
[Chip3 Dupes] => 20
[Chip4 Nonces] => 1156
[Chip4 Dupes] => 21
[Chip5 Nonces] => 1147
[Chip5 Dupes] => 15
[Chip6 Nonces] => 1149
[Chip6 Dupes] => 15
[Chip7 Nonces] => 1197
[Chip7 Dupes] => 13
[Chip8 Nonces] => 1172
[Chip8 Dupes] => 14
[Chip9 Nonces] => 1181
[Chip9 Dupes] => 17
[Chip10 Nonces] => 1221
[Chip10 Dupes] => 12
[Chip11 Nonces] => 1140
[Chip11 Dupes] => 13
[Chip12 Nonces] => 330
[Chip12 Dupes] => 35
[Chip13 Nonces] => 1214
[Chip13 Dupes] => 26
[Chip14 Nonces] => 1213
[Chip14 Dupes] => 23
[Chip15 Nonces] => 1156
[Chip15 Dupes] => 14
[Chip16 Nonces] => 1249
[Chip16 Dupes] => 16
)
[STATS2] =>
(
[STATS] => 2
[ID] => HEXc1
[Enabled] => Y
[Status] => Alive
[Elapsed] => 4014
[MHS 5s] => 21.96G
[MHS av] => 18.93G
[Hardware Errors] => 387
[Hardware Errors%] => 2.1405
[USB Read Errors] => 6
[USB Write Errors] => 0
[USB Reset Count] => 1
[Last Share Time] => 1400252149
[Chip Count] => 16
[Frequency] => 1300
[Core Voltage] => 1020
[PIC Voltage Readings] => 1007
[Chip1 Nonces] => 1225
[Chip1 Dupes] => 9
[Chip2 Nonces] => 1188
[Chip2 Dupes] => 12
[Chip3 Nonces] => 1140
[Chip3 Dupes] => 14
[Chip4 Nonces] => 1157
[Chip4 Dupes] => 15
[Chip5 Nonces] => 1229
[Chip5 Dupes] => 15
[Chip6 Nonces] => 1180
[Chip6 Dupes] => 12
[Chip7 Nonces] => 1141
[Chip7 Dupes] => 13
[Chip8 Nonces] => 1129
[Chip8 Dupes] => 14
[Chip9 Nonces] => 1200
[Chip9 Dupes] => 17
[Chip10 Nonces] => 1185
[Chip10 Dupes] => 16
[Chip11 Nonces] => 740
[Chip11 Dupes] => 20
[Chip12 Nonces] => 396
[Chip12 Dupes] => 33
[Chip13 Nonces] => 1195
[Chip13 Dupes] => 29
[Chip14 Nonces] => 1160
[Chip14 Dupes] => 21
[Chip15 Nonces] => 1177
[Chip15 Dupes] => 9
[Chip16 Nonces] => 1251
[Chip16 Dupes] => 14
)
[STATS3] =>
(
[STATS] => 3
[ID] => HEXc2
[Enabled] => N
[Status] => Alive
[Elapsed] => 4014
[MHS 5s] => 0.000
[MHS av] => 0.000
[Hardware Errors] => 84
[Hardware Errors%] => 100.0000
[USB Read Errors] => 0
[USB Write Errors] => 0
[USB Reset Count] => 1
[Last Share Time] => 0
[Chip Count] => 16
[Frequency] => 1300
[Core Voltage] => 1020
[PIC Voltage Readings] => 1100
[Chip1 Nonces] => 0
[Chip1 Dupes] => 0
[Chip2 Nonces] => 0
[Chip2 Dupes] => 0
[Chip3 Nonces] => 0
[Chip3 Dupes] => 0
[Chip4 Nonces] => 0
[Chip4 Dupes] => 0
[Chip5 Nonces] => 0
[Chip5 Dupes] => 0
[Chip6 Nonces] => 0
[Chip6 Dupes] => 0
[Chip7 Nonces] => 0
[Chip7 Dupes] => 0
[Chip8 Nonces] => 0
[Chip8 Dupes] => 0
[Chip9 Nonces] => 0
[Chip9 Dupes] => 0
[Chip10 Nonces] => 0
[Chip10 Dupes] => 0
[Chip11 Nonces] => 0
[Chip11 Dupes] => 0
[Chip12 Nonces] => 0
[Chip12 Dupes] => 0
[Chip13 Nonces] => 0
[Chip13 Dupes] => 0
[Chip14 Nonces] => 0
[Chip14 Dupes] => 0
[Chip15 Nonces] => 0
[Chip15 Dupes] => 0
[Chip16 Nonces] => 0
[Chip16 Dupes] => 0
Is there some kind of firmware on board and can I flash new firmware?
-Tmu
Minion board and sample chips.
Going to PnP tommorow
Going to PnP tommorow
miner.php
Nice marto. Now i wonder about chip cooling.
We are finishing our design for our first Scrypt mining board
Specs
8 A2 terminator chip board
Hash rate - about 14 Mh/s SCRYPT overclocked in turbo mode
16 bit PIC controller
6 line power suply
Voltage controled by command in the software/firmware
USB connector
2 x 6 pin PCI-e power conectors @ 12 V
power consumtion 150-200 W
2 side heatsinks and fans
There will be also a 4 chip version
That's quite impressive for the footprint of these boards. Will they be running the huge heatsink like on the 8A1 or a moderate one like the 16B?Specs
8 A2 terminator chip board
Hash rate - about 14 Mh/s SCRYPT overclocked in turbo mode
16 bit PIC controller
6 line power suply
Voltage controled by command in the software/firmware
USB connector
2 x 6 pin PCI-e power conectors @ 12 V
power consumtion 150-200 W
2 side heatsinks and fans
There will be also a 4 chip version
How ever the bigger is always better option but expensive also
We are finishing our design for our first Scrypt mining board
Specs
8 A2 terminator chip board
Hash rate - about 14 Mh/s SCRYPT overclocked in turbo mode
16 bit PIC controller
6 line power suply
Voltage controled by command in the software/firmware
USB connector
2 x 6 pin PCI-e power conectors @ 12 V
power consumtion 150-200 W
2 side heatsinks and fans
There will be also a 4 chip version
That's quite impressive for the footprint of these boards. Will they be running the huge heatsink like on the 8A1 or a moderate one like the 16B? Specs
8 A2 terminator chip board
Hash rate - about 14 Mh/s SCRYPT overclocked in turbo mode
16 bit PIC controller
6 line power suply
Voltage controled by command in the software/firmware
USB connector
2 x 6 pin PCI-e power conectors @ 12 V
power consumtion 150-200 W
2 side heatsinks and fans
There will be also a 4 chip version
Yes,
also there will be a 4 chip version too
also there will be a 4 chip version too
We are finishing our design for our first Scrypt mining board
Specs
8 A2 terminator chip board
Hash rate - about 14 Mh/s SCRYPT overclocked in turbo mode
16 bit PIC controller
6 line power suply
Voltage controled by command in the software/firmware
USB connector
2 x 6 pin PCI-e power conectors @ 12 V
power consumtion 150-200 W
2 side heatsinks and fans
There will be also a 4 chip version
Specs
8 A2 terminator chip board
Hash rate - about 14 Mh/s SCRYPT overclocked in turbo mode
16 bit PIC controller
6 line power suply
Voltage controled by command in the software/firmware
USB connector
2 x 6 pin PCI-e power conectors @ 12 V
power consumtion 150-200 W
2 side heatsinks and fans
There will be also a 4 chip version
As always, great work Marto.
This one Will work with the tp-link ?
Jump to: