INNOSILICON T2T-32T Bitcoin Miner Machine Review

INNOSILICON has been developing ICs and IPS for the past 15 years. They started this business in 2006. Currently, their main focus is on the hardware for mining cryptocurrencies. They are into the manufacturing of high-end ASIC machines that can mine digital cryptos with good performance. They have also launched many algorithms for mining these crypto currencies. It includes CryptoNight, Blake 256, Scrypt, X11, etc. These algorithms are being used in many of their ASIC mining machines. They also support all types of digital crypto currencies.

They have also launched the T2T-32T tool for mining bitcoins. This tool has been launched in September 2012. So, you can get it too. We will do an in-depth evaluation of the INNOSILICON T2T-32T Bitcoin Miner machine through this article.

 

Parameters of the INNOSILICON T2T-32T Bitcoin Miner

 

We will have a look at the different specifications of the INNOSILICON T2T-32T Bitcoin Miner shared by the manufacturer. The machine supports a hash rate of 32 TH/s. There is a deviation of +/- 5 percent @sha256. The total power consumption is about 2200 Watts. The deviation in power consumption is around +/- 10 percent. 69 W/TH is the ratio of power consumption. The physical size of this bitcoin mining machine is 46 cm x 16 cm x 23.6 cm. This machine also comes with an inbuilt ASIC boost feature.

 

Appearance of the INNOSILICON T2T-32T Bitcoin Miner

 

When you look at the INNOSILICON T2T-32T Bitcoin Miner at first, you will feel that it is a heavy miner machine. The INNOSILICON T2T-32T Bitcoin Miner machine comes in a packaging of size 58 cm x 34 cm x 24 cm. The machine weighs around 15.65 kg. If you compare the weight of this mining machine with other major bitcoin miners in the market, this machine is quite heavy. This miner machine comes in industrial carton boxes. You can find the marking “INNOSILICON T2T-32T” in the carton box. There will be instructions for the logistics team, and the warehouse logo is also included in the packaging box.

You will be able to see thick EPE panels in the square reinforced shape inside the carton box. It is to provide sufficient protection to the miner machine while it is shipped. A power cord is also included in the package. In addition, the miner machine will be packed inside a moisture-proof cover. It ensures that moisture does not have any impact on the machine during shipping.

If you take out the INNOSILICON T2T-32T Bitcoin Miner machine from the packaging box, you will be able to see that the machine makes use of an all-in-one design. It comes with an integrated power supply unit. So, the total weight of this miner machine is around 14.2 kg. The physical size of this miner machine is 46 cm x 23.6 cm x 16 cm.

Aluminum die-cast material is used to manufacture the host of this miner. The outer shell made of metal ensures that the heat dissipation happens properly in this machine. The machine is really a compact one. Two fans are provided in this miner machine for cooling purposes. These are 14 cm fans that remove the excess heat from the machine.

You can find the model of the machine in the fuselage as markings. You will also find the barcode for the identification of the miner machine. There are warning signals in the markings. These signals correspond to the power requirements. You can also see the IP address acquisition technique, size of the mining machine, password, and username for login. They have also provided other information as well as some precaution steps to be followed.

If you go to the interface side of the controller of the miner, you will be able to find the TF card slot and the setting button for the IP. Interface for the Ethernet, a button for restarting the miner, and the status indicating lights. All the functions of these interfaces are listed below.

  1. Button for IP Settings – You need to press this button for around 4 seconds. After that, you will be able to see the miner machine IP in the Set Ip tool. You can switch the miner to the static mode. Now, you need to set the Ip in the Set IP. This Ip must be in the IP range of the network.

After doing this, you need to press and hold the IP settings button for around 4 to 15 seconds. Then, it will make the miner switch to DHCP. Thus, it will obtain the IP address. After that all the settings in the miner machine will get restored to their default values.

If you press the IP settings button for more than 20 seconds, then you will end up switching the dynamic IP to a static one.

  1. Restart Button – This button is provided for restarting the miner machine.
  2. Status Indicator – This light indicates the status of the miner machine. If you see steady light, it indicates that the IP address is in static mode. If the light is flashing continuously, it indicates that the IP address is in acquisition mode.
  3. The integrated power supply unit of the INNOSILICON T2T-32T Bitcoin Miner machine comes with a switch for easy control. A metal sheet is used for connecting the power supply unit with the miner. You can see two power supply interfaces in the control board of the miner. There is a 4-pin interface that is used to give the power to the control board. The other 6-pin interface is used for supplying the power to the fans in the system. These fans are provided for removing the excess heat from the machine. There are cable connections that connect the controller with the operation board.

There is no information related to the power in the power supply units. But as per the specifications, the power rating of the supply is 2200 Watts. This information is from their official website. The power efficiency of the power supply unit is around 93 percent.

There are 3 * 1.5 mm power cords. They weigh around 230 g.

You can see the connections in the power connector if you dismantle the control panel of the miner machine. There are spring screws provided in the connector. These screws ensure that the connector gets connected properly in the miner without any issues.

If you remove the power supply unit, you can clearly see all the connecting wires in the miner. The connection between the air outlet fan and the control board is via the power supply unit.

There are three computing power boards in the INNOSILICON T2T-32T Bitcoin Miner machine. The heat sink comes with an oblique design. This design helps to lower the wind resistance on the system. It also helps to enhance the intake of air into the mining system. Thus, the overall heat dissipation efficiency will be improved in the system.

 

There are a couple of 12 V fans used in this mining machine. These are 14 cm fans with a current rating of 4.5 A. They help to remove the excess heat from the miner. Other mining machines usually have 12 cm fans. So, the fans used in this mining machine are bigger. It comes with the same power specifications. But the large size helps to remove more volume of air. They have also provided metal meshes outside the fan as a protective cover for your safety as well as for the protection of the fans.

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You can see the fragile sticker for quality guarantee at the bottom of this miner machine. You will also see two anti-slip pads at the bottom of the miner machine. It helps to improve the stability of the INNOSILICON T2T-32T Bitcoin Miner machine. So, when you place it on any shelf, these pads ensure that they are in a stable position.

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The full image of the decomposition of the mining machine is given below.

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The interface diagram of the control board of the mining machine is given below.

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Installation & Commissioning of the INNOSILICON T2T-32T Bitcoin Miner

The INNOSILICON T2T-32T Bitcoin Miner machine is an easy to install miner. First, you need to plug in the power supply and the network cable to the miner. The power consumed by the INNOSILICON T2T-32T Bitcoin Miner machine exceeds 1800 Watts. So, you need to check and ensure that the power cable you are using meets the required power standards. The diameter of the power wire must not be less than 1.5 mm as per the standards. If you use a power wire with a diameter less than this value, it will affect the performance of the miner, and it can even damage the miner.

The ambient temperature of the testing environment is 17 degrees Celsius. The noise from the miner is around 79 decibels. The standby power consumption is around 33.5 Watts.

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You need to find the IP address of the miner machine first. You will not be able to find the IP address with the help of the MAC address here. It is because there is no MAC address marking on the network card of the mining machine. So, in order to find the IP address, you need to have a look at the name of the mining machine. You can use the IP scanner software or the controller IP setting button to find the IP address of the mining machine.

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Now, you need to go to the control page of the mining machine. First, open the network browser, and you can input the Ip address details in the address bar of the browser. Then, you can use the default log in name and the default password to enter into the log in page of the machine. Both password and username will be admin by default. Now, log in to the control page of the miner machine.

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Now, you need to change the address of the mining pool. Go to the Settings/ Pool option on the left side of the menu bar. You can enter the settings for the mining pool here. You can change the name of the miner and address of the mining pool and add details of the backup mining pool here. Once you have entered all the details, click on the Update Pools section below to save all these details. Now, you have updated the mining address.

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You can also modify the IP address of the INNOSILICON T2T-32T Bitcoin Miner machine. In order to do that, you need to go to the settings/ network page. You can go for static or a dynamic address, according to your requirement. Once you are done with all the modification settings, you need to click on the Update button to save all the changes. You can find this button on the lower side of the page.

It is also possible to change the user account information. You can make the changes on the settings page. The username and the password can be changed here. It is essential to change the default password. Otherwise, someone else can easily access your miner. It will result in the miner hacking and other security issues.

They have provided the option for the user to select the working mode. There are four operating modes for the INNOSILICON T2T-32T Bitcoin Miner machine. The user can choose any of these modes according to his choice. It includes the balanced mode, low energy mode, high power mode, and the default mode. The user can freely select any of these modes and select the Save option to run the machine in the selected mode.

It is possible to update the firmware of the INNOSILICON T2T-32T Bitcoin Miner. In order to update, you need to go to the maintenance page. You will have the update firmware option here. Once the firmware updating process is complete, you will have to restart the miner to start using the new firmware.

You can see the IP address, MAC address, firmware version, version of the system, the total memory usage, and other information related to the miner on the Overview page.

You can also see the different parameters of the miner on the home page. In order to view the correct data, make sure to check it once the miner starts to run in the normal condition.

 

Parameter Test for the INNOSILICON T2T-32T Bitcoin Miner Machine

 

There are four preset mining modes in the INNOSILICON T2T-32T Bitcoin Miner machine. You will get a fan speed of 30 percent when the miner is running during its normal operation. The level of noise will be around 77 to 80 decibels during this time. Once the temperature of the miner crosses a particular threshold value, the speed of rotation of the cooling fans will start to increase in a linear fashion. It can even go up to 100 percent, depending on the heat generated by the miner machine. The level of noise during this time will be in the range of 88 to 91 decibels. Once the miner machine runs continuously for 3 to 5 minutes, the total power consumed will be around 100 Watts. The level of noise in each of these modes will be close to the 80 dB mark.

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The temperature inside the miner machine will vary according to the mode of operation. If the miner is running in the low power mode, the temperature can go as low as 51 degrees Celsius. If the miner is running in the high-performance mode, the temperature of the miner can go as high as 70 degrees. So, the temperature range of the miner will be between 51 to 70 degrees Celsius.

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Now, we will compare the different inbuilt mining modes of the INNOSILICON T2T-32T Bitcoin Miner machine.

Miner Efficiency in the Low power consumption mode – When you set the operation mode to the low power consumption mode, the machine will use very less power for its operation. So, the amount of heat generated by the miner machine will be very less. The temperature of the miner is around 55 degrees Celsius. The average computing power consumed by the miner machine is 27.9 T. If you take the total power consumed by the INNOSILICON T2T-32T Bitcoin Miner machine, it is in the range of 1940 w to 2037 W. The power consumption ratio at this point in time will be around 69.5 to 73 W/T.

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Miner in Balanced Mode – When you set the operation mode to the balanced mode, the miner machine temperature will be around 60 degrees Celsius. If you want a balance between the computing power of the miner and the power consumption of the miner machine, it is recommended to run the machine in this mode. The average computing power of the INNOSILICON T2T-32T Bitcoin Miner machine is around 29.5 T. The total power consumed by the miner machine will be in the range of 2204 W to 2265 W. The power consumption ratio at this point in time will be around 74.6 to 76.7 W/T.

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Miner in Factory Mode – When you set the operation mode to the factory setting mode, the miner machine temperature will be around 65 degrees Celsius. 31.6 T is the average computing power of the INNOSILICON T2T-32T Bitcoin Miner machine in this mode. If you take the total power consumed by the miner machine, it is in the range of 2217 w to 2350 W. The power consumption ratio at this point of time will be around 70.2 to 74.3 W/T.

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Miner in High Performance mode – If you are looking to get high performance from the INNOSILICON T2T-32T Bitcoin Miner machine, you need to operate it in the high-performance mode. When you try to operate the miner in this mode, you will get a prompt saying that you are overclocking the miner to enable this mode. So, you can expect more current to be drawn from the power supply during this mode. You need to check and ensure to use appropriate power cables in the system. The temperature in the miner can go as high as 70 degrees Celsius in this mode. The average computing power of the miner machine will be 33.8 T. The total power consumption of the miner machine will be in the range of 2370 W to 2512 W. The power consumption ratio at this point of time will be around 70.1 to 74.3 W/T.

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You can even switch the INNOSILICON T2T-32T Bitcoin Miner machine to a Performance+ mode. In order to enable this mode, you need to pull the progress bar of the mode to the extreme right. It will result in the overclocking of the miner system. It will also demand more power from the power supply unit. So, ensure that the power cable that you use in the system is capable of sourcing sufficient current to the miner. Otherwise, it will affect the working of the miner.

Miner in Performance+ mode – You can also switch the miner to the Performance+ mode if needed. This mode is also referred to as the supercomputing mode. You need to be very careful while running this mode. Make sure that the power supply cables and other cables meet the standards and are connected properly. A huge amount of power will be consumed during this operation mode. You can see the miner automatically adjusting its frequency of operation in the first half an hour of operation. You can see a fluctuation in the power board in the range of 7.7 T to 1.8 T. You can expect the maximum computing power to reach a value of 34.8 T. This value will get stabilized to 34T after some time. It will take around half an hour for the stabilization. The power consumed by the miner will be in the range of 2450 W to 2602 W during this mode. The ratio of power consumption is around 71.8 to 76.3 W/T.

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You can also see the comparison chart for the five mining modes in the INNOSILICON T2T-32T Bitcoin Miner machine.

Summary of INNOSILICON T2T-32T Bitcoin Miner machine

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  1. This cryptocurrency miner machine is an all-in-one machine. There is proper control of temperature on the outer shell. It is easy to maintain the INNOSILICON T2T-32T Bitcoin Miner machine. There is an improvement in the mining efficiency. When you compare the size and weight with the other miner machines, this machine is quite large. The level of noise produced by the miner during its operation is also slightly high.
  2. You will get four preset operation modes with the INNOSILICON T2T-32T Bitcoin Miner machine. You can switch between these modes according to your requirement. It helps to control the total power consumption. There are some requirements for the power cord and other cables when you are operating the miner in the high performance mode. You can overclock the machine as long as these conditions are satisfied. The maximum computing power of the INNOSILICON T2T-32T Bitcoin Miner machine can go up to 34 T/S in the high performance mode.
  3. There are metal protective mesh coverings for the front and the back side cooling fans of the miner machine. They have also provided a couple of anti-skid pads for the miner that helps to keep the miner safely in the rack during the mining process.
  4. All the computing power levels measured during the testing stage match the specifications shared by the manufacturer. 69.5 W/T is the lowest power observed in the low power consumption mode of the miner. The computing power in this mode is found to be 27.5 T/S. The INNOSILICON T2T-32T Bitcoin Miner machine is made to run in all four modes for 24 hours and also passed through the short overclocking test. The computing power curve is a smooth one in all these runs. There were no heavy fluctuations.
  5. You can see the graphical representation of all the important parameters of the INNOSILICON T2T-32T Bitcoin Miner machine on the control page. You can also see the real-time computational values for all three computing bower boards separately. Thus, all the operations of the miner can be seen in real time through the software.

 

 

 

 

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