Posts Tagged ‘Viper Scrypt ASIC


After over a month of silence with no updates Alpha Technology have released a new update on their status on the Viper Scrypt ASIC miners showing some photos of what seems to be the final enclosure of the miner as well as a board with 12 ASIC chips installed on it. Alpha Technology claims a better than expected performance of 1.5 MHS per chip and also says the chips could be overclocked further, the claim of these chips being “the most efficient on the market” however seems like an overstatement. The most important thing missing is information in the new update from Alpha Technology on when are they planning to stat shipping exactly as customers are already tired of things getting postponed for a later date. This Time Alpha Technology says soon, but how soon exactly and how many people are actually let that did not request to get a refund. Even if they do manage to ship any hardware anytime soon or at all we won’t be surprised to see the situation with KNC’s Titan miners repeating. Meanwhile there is already a dedicated website called Fight Alpha Technology Scam that is a forum dedicated to helping with useful information and advice people that want to get their money back from Alpha-T.

To check out the Fight Alpha Technology Scam website for some useful information…


The Alpha Technology Scrypt ASIC manufacturer has been silent for more than a month already since their last update, even though they did promise to release a video of a prototype miner after showing pictures of the chips that they have apparently received already. Since then however there is no word on anything going on, no video, no new delay information for the shipment schedule of the actual products, no nothing. Interesting enough the company seems to be still sending partial refunds to users that wanted to get these instead of continue to wait for hardware. In the end the intention of Alpha Technology could’ve been just that – promise something, not delivering it and returning a percentage of the money they’ve got from customers, and keeping the rest. It all sounds a lot like a classic scheme for a scam as apparently the company does not plan to deliver anything, even if they have actually made some hardware, or at least things look more and more like that is the case. In the meantime customers are apparently working on taking legal action against the company, though it seems that many have already asked and received partial refunds and have given up completely on dealing with Alpha Technology as well.


Alpha Technology has promised their customers that they will ship this month, October, after the company was unable to deliver by the end of September already. Today the pictures of the first produced Viper ASIC chips have been posted by the company and now they need to start assembling them into the Scrypt miners. And although no date is yet mentioned when they will be able to start shipping Viper Scrypt ASIC miners, it now seems realistic to believe that there is a chance that the first units may start shipping before the end of the month. Alpha Technology has also promised to “also be quickly releasing a video demonstrating our chips hashing as an update to the community”, so we are now waiting to see the first actual Viper unit in action.

Specifications wise the smaller 50 MHS Viper Scrypt ASIC miner and the bigger 250 MHS Viper Scrypt ASIC still look OK compared to other mining hardware already available on the market, though at the prices that they were originally sold you can already buy more powerful hardware in terms of hashrate. The situation with the time required for the Vipers to ROI is very similar to that of the situation with KnCMiner Titan miners – not very likely that it will ever happen, unless the price of LTC does increase quite a bit over the current level. So it will be very interesting to see what will happen with the company if/after it ships all of the pre-ordered miners – will they reduce the prices and continue making and selling the Vipers to new customers, will they be working on new generation of chips or…