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Canaan Technology Launches New Avalon A13 Series Bitcoin Miners

Canaan Technology Launches New Avalon A13 Series Bitcoin Miners According to the latest news, Canaan Technology announced the launch of the new Bitcoin miner Avalon Made A13 series, including Avalon A1346 and Avalon A1366. Canaan Technology said that the new generation of miners uses advanced ASIC technology, and the A13 series will include two different models. Compared with the 90 to 100TH/s hash rate offered by the A12 series, the A13 series has both hash rate, and energy efficiency has been enhanced. Canaan's CEO said the all-new A13 is a milestone in the company's over-computational energy consumption analysis. The model A1346 has a hash rate of 110 TH/s and an energy efficiency of 30J/TH. Model A1366 has a hash rate of 130TH/s and an energy efficiency of 25J/TH. Comparing the energy efficiency ratio of Bitmain's flagship S19 XP of 21.5 J/TH with that of Bitmain's M50S of 0.026j/Gh, the new series of A1346 is "very competitive" in terms of efficiency at

The important chips on the Antminer S17 + hash board

The important chips on the Antminer S17 + hash board

A hash board can have as few as dozens or hundreds of chips, including ASIC chips, converter chips, memory chips, temperature-sensing chips, MOS chips, etc. Where are these chips located? What role do they play on the hash board? Let's take a look!

Easily damaged parts of Antminer S17+ hash board introduction

BM1397AG ASIC chip:

BM 1397 ASIC chip
The ASIC chip is the most significant number of hash board chips. The entire board has a total of 65 BM1397AG ASIC chips. They are distributed under the dense heat sink and are connected to the heat sink through thermosetting adhesives. They are mainly responsible for the hash rate calculation of the whole machine. If one of the ASIC chips is damaged, the miner will have no or low hash rate.

U1: CT1F

transceiver chip location
SN74LVC1T45DBVR CT1F is a 6-pin dual power bus transceiver chip IC. There are 2 CT1F chips in the entire hash board. They are located in the upper right corner of the front of the hash board. They use SOT-23-6 packaging technology, and the working voltage is between 1.65V and 5.5V, and the working temperature is between -40°C and +80°C.

U3: PIC16F1704

microcontroller chip

PIC16F1704 is an 8-bit microcontroller mainly used for checking PIC circuits. For example, when the PIC pin voltage does not reach the standard value, you can re-program the PIC by checking whether the connection between the test fixture cable and the hash board is normal.

U5: ATH93702DMCN

memory chip
The ATH91502DMCN provides 2,048-bit serial electrically erasable and programmable read-only memory. In addition, the chip has a built-in two-way data transmission protocol, long data storage time, and operating voltage between 1.7V and 3.6V.

Q1: TPHR9003NL

MOS Chip TPHR9003NL
The MOS Chip TPHR9003NL is mainly used to check the voltage output in the voltage domain. By measuring the output of the power supply terminal of the hash board, it can judge whether the MOS is short-circuited (measure the resistance between pins 1, 4, and 8). Under normal circumstances, the voltage is unstable, and the lightning surge will cause damage to the MOS.

U6: 1517DR

MPSK391517DR chip
The MPSK391517DR chip is located in the lower right corner of the front of the Hash board and is a boost converter chip in a tiny 4mm*4mm 16-pin QFN package technology. The MP1517DR regulates the output voltage to 25V with up to 95% efficiency. In addition, its current mode regulation and external compensation components allow the MP1517DR control loop to be optimized over a wide range of input, output, and load current conditions.

U4: GCC AP431SAN1TR-G1

adjustable shunt regulator chip

The AP431SAN1TR-G1 chip is located in the lower right corner of the back of the hash board and is a 3-terminal adjustable shunt regulator using SOT23 packaging technology. With its sharp turn-on characteristics, the AP431SAN1TR has a low minimum cathode current for regulation, with a typical value of 50µA, making this chip ideal for low-power applications.

U28: MP2019K3869253MPSK34

linear regulators chip
MP2019K3869253MPSK34 is the product number of the MP2019 series of linear regulators. The chip is located at the upper right of the back of the Hash board. It adopts SOIC-8 EP packaging technology and has a voltage input range of 3V-40V. It is a 40V 300mA, low quiescent current adjustable output linear regulator.

U127: SQ7JK SGM2036-ADJ

SGM2036-ADJ chip
The SGM2036-ADJ chip is located above the back of the hash board; it is a low power, low dropout, CMOS linear regulator with an input voltage between 1.6V and 5.5V, providing up to 300mA of output current, perfect for low voltage, low power applications.

U128: qGBRC SY8120I

qGBRC chip
The qGBRC chip, located directly above the hash board, is a high-efficiency, synchronous step-down DC/DC converter capable of delivering 2A of load current. The chip integrates main and synchronous switches with very low RDS(ON) to minimize conduction losses.

U120: T2F NCT218

NCT218 temperature sensor chip
NCT218 temperature sensor chip is a temperature sensor chip with a dual-channel digital thermometer and under-temperature / over-temperature alarm, and it can be accurate to ±1.75°C Hash board ambient temperature. The temperature reading will be abnormal when the temperature sensor chip is damaged. When the temperature sensor chip temperature is too low, the hash board will not start. When the temperature is too high, the miner will stop running.

Antminer S17+ hash board chip summary:

S17+ hash board chip summary

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