Avalon3: Difference between revisions
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Line 22: | Line 22: | ||
! Hashrate | ! Hashrate | ||
|- valign="top" | |- valign="top" | ||
| | | 7125 | ||
| 450 | | 450 | ||
| 20.77 | | 20.77 | ||
| 1% | | 1% | ||
| | | 315 | ||
| 266 | | 266 | ||
|- valign="top" | |- valign="top" | ||
| | | 7250 | ||
| 500 | | 500 | ||
| 25.66 | | 25.66 | ||
Line 36: | Line 36: | ||
| 295 | | 295 | ||
|- valign="top" | |- valign="top" | ||
| | | 7500 | ||
| | | 550 | ||
| 30.36 | | 30.36 | ||
| <0.2% | | <0.2% | ||
| | | 458 | ||
| 325 | | 325 | ||
|} | |} | ||
== Type: 245 (35 chips) == | == Type: 245 (35 chips) == |
Revision as of 10:17, 25 July 2014
Pictures
A3233
- Datasheet: download here
Package: QFN48-7X7, 0.5mm pitch Core voltage: 0.75V Chip frequency: 600MHz Hashrate: 7.089GH/s
Avalon3 single module
Type: 290 (50 chips)
Voltage (V / 10000) | Frequency (MHz) | Current (A) | Device HW | Watt on wall | Hashrate |
---|---|---|---|---|---|
7125 | 450 | 20.77 | 1% | 315 | 266 |
7250 | 500 | 25.66 | <0.2% | 342 | 295 |
7500 | 550 | 30.36 | <0.2% | 458 | 325 |
Type: 245 (35 chips)
Voltage (V / 10000) | Frequency (MHz) | Current (A) | Device HW | Watt on wall | Hashrate |
---|---|---|---|---|---|
7000 | 400 | 14 | <0.2% | 187 | 165 |
7000 | 450 | 15.55 | <0.2% | 207 | 186 |
7000 | 500 | 17.18 | <0.2% | 229 | 207 |
7000 | 550 | 18.87 | 5% | 252 | 227 |
7250 | 550 | 20.45 | <0.2% | 273 | 227 |
7500 | 550 | 22 | <0.2% | 293 | 227 |
7500 | 600 | 23.8 | 1% | 317 | 248 |
7750 | 650 | 27 | 4% | 360 | 269 |
7875 | 650 | 27.8 | 1% | 371 | 269 |
8000 | 650 | 29 | 0.3% | 387 | 269 |
8000 | 675 | 30.2 | 2% | 403 | 279 |
Avalon3 machine
Type: 800 (150 chips)
Voltage (V / 10000) | Frequency (MHz) | Hashrate (GHs) | Watt on wall(W) | Memo |
---|---|---|---|---|
6625 | 400 | 710 | 668 | ECO mode |
6625 | 450 | 800 | 822 | Default |
6750 | 475 | 840 | 911 | Turbo mode |
7000 | 500 | 890 | 1037 | Winter mode |
7250 | 525 | 930 | 1186 | For testing (You on your own risk) |
7250 | 550 | 970 | 1235 | For testing (You on your own risk) |
Avalon3 1.2T
1.2T Watt (50 chips x 4)
Voltage (V / 10000) | Frequency (MHz) | Watt on wall(without fixed-speed) | Watt on wall(with fixed-speed:100) |
---|---|---|---|
7500 | 550 | 1689~1743 | 1747 |
7000 | 475 | 1295~1309 | 1312 |
7250 | 500 | 1454~1482 | 1483 |
Tested USB HUB
- 13Ports USB Hub, UNITEK Y-2132 USB2.0
- 10ports USB Hub, UNITEK Y-2110 USB2.0
- 10ports USB Hub, Orico P10-U2 USB2.0
Development
Debug port
Firmware
703n/RPi Host Firmware
After 20140320, the Avalon2 firmware support both Avalon2 and Avalon3 out of box. Please download the firmware here:
https://en.bitcoin.it/wiki/Avalon2#Firmware
MM Firmware
2014-06-06
- MM version: 331406-35fef7040
- Turn on the red led when the module id was match.
2014-05-27
- MM version: 331406-fe02da80
- Add code for turn on red LED
- When all those two temperature sensors bigger then 90C. power off ASIC.
- Clean old local works when get detect message
- Add one quick poweroff self test, indicator by red LED.
- Known Iusse: All modules(connect to one usb-serial port) red led will blinking when turn on any one of them
2014-05-04
- MM Version: 331404-dbb0c7c0
- Support newest ADP board
- Fixed a typo on read temperature
- Change default modules count from 3 to 4
2014-04-17
- MM Version: 331404-b191ace0
- Add ASIC core test code, host application is avalon3-a3233-modular-test.py
- Fix the power good shifter, it is binary format. 0x1F mean all 5 power module are good.
2014-04-01
- MM Version: 331404-ed2bbc80
- When temp > 90C. MM will power off all ASICs
- Make the Avalon3 MM 100% compatible with Cgminer Avalon2 code
- Please use the Avalon2 703n/RPi firmware after 2014-03-20. the firmware will support both Avalon2(A3255) and Avalon3(A3233). PLEASE NOTICE
- The voltage range is different
- Voltage: 0.6v ~ 0.8v
- The frequency is Mhz not MHs under Avalon3. so the range is
- Frequency: 400MHz ~ 650Mhz (MHz * 11.81 = MHs)
- For example: if you config the Frequency to 400 under Avalon3 that mean 400 * 11.81 = ~4.7GHs
NEXT-TESTING
- NOTICE: Only for testing
Design file
You can put 7 or 10 chips per small miner.
7 chips: high hashrate with more power consume 10 chips: high hashrate with more ASICs. save more power
20140319
- Fix one component footprint
20140317
- Init version