KnCMiner Titan to Deliver 400 MH/s, Tape-Out Imminent

KnCMiner has announced that it has almost finalised the design for its upcoming Titan scrypt ASIC, although it did not provide further details as to when the tape-out would take place.Most notably, KnCMiner also announced a product update, saying the Titan will deliver up to 400 MH/s – a sizable increase over the original output estimate.When it was first announced back in March, KnCMiner said the Titan would deliver 100 MH/s, but, just days later it revised the spec and said the scrypt miner would churn out 250 MH/s.With the latest revision, the Titan should deliver a fourfold performance boost over the original spec.New versions unveiledKnCMiner also previewed two new versions of the Titan miner as part of its second batch, which are available for pre-order from the company’s web store starting today. The new rigs are expected to be ready for delivery about a month after the first batch is released.KnCMiner says the latest revision will not have a significant impact on power consumption and thermals:“In this run, we’ve been able to upgrade the Batch Two ‘Mini’ Titan to 200 MH/s, and the ‘standard’ Titan to 400 MH/s, while still keeping power consumption and thermal disturbance as low as possible. We’ve also made great strides in noise reduction and packaging, aiming for a sturdier product altogether.”The team has also unveiled new chip art. This little KnC logo, measuring 0.16mm across, will be embedded in every single Titan die.knc-die-artKeeping up with competitionKnCMiner’s announcement follows Alpha Technology’s revision of its Viper scrypt miner spec, which will now deliver up to 250 MH/s of power. When Alpha made the news, KnCMiner was promising 250 MH/s from its flagship Titan miner.Less than a month ago, KnCMiner said it would initiate tape-out of Titan ASICs within a few weeks, saying shipments will commence in the second or third quarter of 2014. With Q2 drawing to a close and no tape-out announcement yet, Q3 is starting to look like a more reasonable timeframe, though the process could be accelerated.Image via KnCMinerKnC Titankncminermining
Original author: Nermin Hajdarbegovic