Skip to main content

ASIC Miner ICERIVER KAS KS0 Profitability

ASIC Miner ICERIVER KAS KS0 Profitability In the realm of cryptocurrency mining, the Iceriver KAS KS0 miner has garnered widespread attention. Tailored specifically for the Kaspa network's KHeavyHash algorithm, it boasts high hashing power and low power consumption, making it an ideal choice for many miners. In this article, we will comprehensively assess IceRiver KS0 profitability while considering the Kaspa market conditions and the attributes of KS0 miner. Kaspa Market Dynamics Kaspa is a vibrant cryptocurrency network aimed at delivering high performance and scalability for everyday transactions. At the time of writing this article, the Kaspa coin trades at approximately $0.04959. But it's essential to note that cryptocurrency markets are highly susceptible to price volatility. Hence, investors must remain vigilant about market dynamics. Additionally, the Kaspa network's mining difficulty and reward mechanisms play a role in mining returns. Attributes of the IceRiver KS

How to use online debugging PICKit 3.5 programmer to reprogram the hash board PIC file?

How to use online debugging PICKit 3.5 programmer to reprogram the hash board PIC file?

The PIC chip (such as PIC16F1704, PIC12F1572) on the Antminer hash board is one of the very important parts, which is used to store the chip and voltage data of the hash board. If the data of the PIC chip is damaged or lost, the hash board will not work, and the entire miner will not be able to operate normally and profitably.
The in-circuit debugging PICKit 3.5 programmer with firmware self-recovery function can be used to re-program the PIC file of the hash board.



Next, I will explain in detail how to use the PICKit 3.5 programmer to burn the PIC file of the hash board?
1. Before starting PIC file burning, you need to download and install the burning driver: MPLABX-v3.10-windows-installer.exe
MPLAB driver

2. Open MPLAB IPE V3.10, and select the PIC chip that needs to be reprogrammed. Here we will take PIC12F1572 as an example.
Set MPLAB IPE V3.10
3. Click File to select the corresponding program, and then click Settings.
setting PICKit3.5
PICKIT3.5 setting
4. Enter the password "microchip" in the new interface to enter the advanced settings page.
enter password
5. As shown in the figure below, select Power, then select 3.3V for VDD, and check ✔ Power target circuit from Tool.
voltage VDD 3.3V
Notice:
Here is an example of the PIC12F1572 chip, so VDD should be 3.3V. If it is a PIC16F1704 chip, it should also choose 3.3V, but if it is a PIC16F1705 chip, it needs to choose 4.8V for programming.
6. Click Operate, and reconfirm that the data serial port of the PICKit 3.5 programmer is properly connected to the computer.
connect PICKit3.5V to computer
7. The hash board no need powered on, then connect the PICKit 3.5 programmer to the hash board Pin 1. As shown below:
connect PICKit3.5 to hashboard
8. Then click Connect, when the MPLAB IPE warning appears on the interface, click OK.
MPLAB IPE warning
9. Finally, click Program to start programming.
start programming
In addition, if you want to program the next PCBA continuously, you need to reconnect the PICKit 3.5 programmer to the hash board correctly, and then click Program to start burning. To view the burning information, click Read.
read the programming information
The above are the specific operation steps for re-burning the PIC file of the hash board using the PICKit 3.5 programmer. The PICKit 3.5 programmer can quickly repair the failure of the hash board due to damage or loss of PIC chip data, so that the miner can quickly resume normal operation.


Comments

Popular posts from this blog

How to repair antminer T17 Hashboard and repair guide manual download

How to repair antminer T17 Hashboard and repair guide manual download This version contains the basic circuit schematic diagram and chip signal direction and voltage introduction We currently publish in Chinese and the English version will be released soon Basic overview: Antminer T17 single hash board uses a total of 30 hash chips, the model is "BM1397", and the signal direction is sequentially transmitted from U1 to U30. Signal direction: "CLK / CO / BO / RST", transferred from U1 to U30, "RI" is transferred from U30 to U1 It also passes 5 test points for testing and maintenance The five test points are: CLK-CO-RI-BO-RST (Please note: The location of the test points in different voltage domains are also different, please refer to the picture notes) For notes and instructions on the test points, please see the following articles: The whole board has 30 chips, divided into 10 voltage domains, and each voltage domain contains 3 chips For the description of

How to repair ASIC miner hash board

How to repair ASIC miner hash board Important parts of ASIC miners – Hash board One  ASIC miner consists of 3 to 5 Hash board, a control board, a casing, and software, among which the Hash board are easiest  to broken. because the ASIC bitcoin miner hash board consists of many serially connected ASIC chips. When they work, they will be in a high-temperature environment for a long time. In this environment, it is easy to burn the chip or scatter the solder due to high temperature which makes the hash board or the mining machine unable to work and no hash rate. How to quickly detective which chips broken it’s the most important when we repairing ASIC miners The Antminer chips fixture fast efficient and easy to use Bitmain Antminer repair inspection tool The ASIC bitcoin miner hash board consists of many serially connected ASIC chips. When they work, they will be in a high-temperature environment for a long time. In this environment, it is easy to burn the chip or scatter the solder du

Antminer APW9 and APW9+ Power Supply Repair Guide

Antminer APW9 and APW9+ Power Supply Repair Guide Apw9 Apw9+ is a high-power PSU with 2 single-phase AC inputs and 2   DC outputs. 1: 14.5v-21v voltage adjustable output, maximum current 170A 2: 12v voltage fixed output, maximum current 12A The circuit board layout is mainly divided into: 1A - The first AC input and EMI circuit 1B - PFC and MOS circuit 1C - 12V auxiliary circuit and VCC circuit 2A -  2nd AC input and EMI circuit 2B - PFC and MOS circuit 2C - 12V auxiliary circuit and VCC circuit 2D - 12V output port and PIC communication port   The vulnerable parts of PSU are: fuse, MOS, rectifier bridge A more detailed circuit diagram is provided in the document for  Reference See more details here  Antminer manuals and repair guide