Minion Asic2 Chip Bundle Scam Chip Bundle

The Black Arrow Software Minion ASIC chip bundle is a business to business product. It is a bundle of Scrypt chips to be used to make mining rigs. The chips can be bought individually if you are looking at constructing your own rig - although the price per GH you pay will be higher.

Terms:

MADE TO ORDER
NEW
NON-REFUNDABLE (see below note)
NON-CANCELABLE (see below note)
not tested
not binned (some will be slower, some will be faster)
Speed: average 1.15 MHash/second @ TT corner (Typical Typical)

Specifications:

Node process: 28nm SLP
Package: QFN
Voltage: 1V
Efficiency (including leakage): 3 W/Mhash/second
The integrated ASIC supports internal commands for over-clocking and under-clocking.

It has been designed to be:

Over-clocked with around 20%. Increasing the voltage might be required. If voltage is increased, the efficiency will drop.
Under-clocked to obtain better efficiency you can drop the voltage. If the voltage is dropped the clock frequency will have to be dropped resulting in slower hashing speeds.
Testing:

If customer requires testing and binning, a one time $100k NRE will apply. Contact us for details

Note:

A total of 15 orders are required to start manufacturing. The specified lead time will start after we have gathered all orders.

Refunds allowed:

7 days after order is paid: 100% - 3rd party fees - US$100
After 7 days, but before the tape out: 95%
After tape out: cannot cancel, no refund will be issued.
Yield:

A lot of effort has been put to assure a high yield but we cannot guarantee any yield at this time. Customer who wish to get a yield guarantee should contact us to organize an MPW which will delay the delivery with 6 months.

Power consumption efficiency is 3W/MH.

This chip Bundle comprises 75,000 Minion2 ASIC chips with a delivery timescale above three months with options for faster delivery costing more.

You can also mine litecoin through a cloud mining contract with Genesis Mining as well as other cloud mining contracts that can be found here.