Posts Tagged ‘Innosilicon’

Innosilicon T2Turbo+32T Bitcoin ASIC Miner With Up to 36 THS

16, Sep 2018

Innosilicon has just launched another BTC ASIC miner called T2Turbo+32T, a 32 THS miner that can run up to 36 THS according to the company with a power usage of 2200 Watts. What the company did with the new miner is to use the same 10nm ASIC chips like their previous 24 THS T2T-24T Bitcoin ASIC, but adding more chips running at lower operating frequency and delivering better efficiency per Watt. The efficiency in normal mode is 68 W/TH and the miner can apparently run in high-performance mode delivering up to 36 THS. Innosilicon currently has a special promotional price for the Innosiicon T2Turbo+32T of $1568 USD for online order with limited quantities available.

It seems that Innosilicon might be taking the lead in ASIC chip development for mining crypto currencies lately in terms of performance and efficiency even though it is not the largest company in this sector. Probably the fact that matters here is that the company has been designing and manufacturing chips even before venturing in the crypto mining market unlike most of the dedicated crypto ASIC manufacturers. What they still do seem to need to address however is their customer communications and service as this is what most customers that have some issues with their products issues are complaining from with Innosilicon

24 THS Innosilicon T2 Turbo (T2T) Bitcoin ASIC Miner

2, Aug 2018

Innosilicon has released a new 24 THS Bitcoin ASIC miner based on 10nm chips utilizing Samsung Foundry’s advanced low-power FinFET technology. The new T2 Turbo miner should be capable of deliverin 24 THS hasrate with 1980 Watts of power usage, very similar to what the recently announced Japanese 7nm GMO Miner B2 promises. The Innosilicon T2 Turbo is already available for order priced at $1350 USD (roughly 0.19 BTC or 19 LTC at the moment) and it comes with a built-in power supply included in the price. Delivery of the first batch starts from 15th August to 25th August on a first come first serve basis.

Innosilicon T2 Turbo Specifications:
– Hashrate: 24TH/s (+/-5%)
– Power Consumption: 1980W (+10%, normal mode, at the wall, with 93% efficiency PSU, 25°C temperature)
– Chip Type: INNOSILICON T2 Turbo Miner
– Dimensions: 408mm(L)*135mm(W)*232mm（H）
– Net Weight: 8.82KG
– Ambient Temperature: 0°C—85°C (device junction temperature)
– Network Connection: Ethernet

– For more details about the 24 THS Innosilicon T2 Turbo (T2T) Bitcoin ASIC miner…

Innosilicon A9 ZMaster 50 Ksol/s Equihash ASIC Miner

7, Jun 2018

Innosilicon has just announced their A9 ZMaster ASIC miner for the Equihash algorithm used by Zcash (ZEC) and other coins that is apparently capable of 50000 Sol/s with just 620W of power usage. This significantly outperforms the already announced Bitmain Antminer Z9 mini that should be offering 10 Ksol/s with 300W of power usage, but what makes us frown here is the price that Innosilicon wants to charge you for this device. The Innosilicon A9 ZMaster should cost $9999 USD with a PSU included even though the miner is apparently already available in limited quantity of 300 units with shipping scheduled to start on June 10th.

The A9 ZMaster is pretty expensive at least for batch 1, but apparently Innosilicon wants to beat Bitmain in releasing first a more powerful product, even in limited quantities and charging a pretty expensive price for the device. The second batch shipments are planned to start on August 15th, but by then the price should be significantly lower, especially considering that even Bitmain has already announced lower prices for its upcoming batches of the Z9 mini devices. Meanwhile we are probably soon going to see more ASIC manufacturers coming out with Equihash-based devices and this should further drive down prices, especially if there isn’t that much of a demand for the hardware with the current market conditions. The only problem with ASIC manufacturers trying to fuck up each other is that in the end the one often getting fucked up is usually the miner that buys one or the other of the devices…


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