Latest Hardware Posts

A defective Dell Inspiron 5558 still sells in 2024 for about $ 20 on Ebay.

The answer I found and also AFAIK is you can't. This is not a straight Android device so those ideas are desd.
As to the files, we only lose what we don't backup. Our Kindles get their files from the Amazon cloud so when we reset, we don't lose any files because they are on the Amazon cloud.

I changed the password on my Kindle PaperWhite4 my senior year of high school. I am now in college and want to use the Kindle, but because I have not used it for a long time, I have forgotten the password.

The official method is to factory reset it. But then I'll lose all the files on the Kindle, which contains many memories of my six years of high school.

So how can I hack my Kindle PaperWhite4 or retrieve the password if I don't want to format the device?

same problem here.But after i change my power supply,my pc come back normal

Looks like payware that I haven't encountered. Read https://en.wikipedia.org/wiki/Guidewire_Software

Since you are paying them, ask their support for ideas.

We are doing performance testing of guidewire application,related batch process and REST API. We have a requirement to monitor batch processes and REST API performance with Guidewire monitoring tool. I am new to this. Can someone suggest how to monitor this and get performance statistics from GW inbuilt monitoring tool.

Hi Allen!

You probably meant Component?

"CompoNet is a four-wire, industrial, bus with a master-slave architecture."

As an electronics designer, I've never had to buy this.

Hi Friend ,

I'm Allen , nice to meet you!

When repairing a motherboard and its components such as the CPU (Central Processing Unit) and RAM (Random Access Memory), it's important to note that glue is generally not used in these processes. Glue is not a suitable or recommended material for securing or repairing electronic components on a motherboard. Instead, specialized techniques and tools are employed to ensure proper connections and stability.

Here are some guidelines for repairing a motherboard, CPU, and RAM:

Proper Handling: When working with delicate electronic components, handle them with care to prevent damage from static electricity. Use an anti-static wrist strap or mat to discharge static electricity before handling the components.

Troubleshooting and Diagnosis: Identify the specific issue with the motherboard, CPU, or RAM by troubleshooting and diagnosing the problem. This may involve checking for loose connections, damaged components, or faulty circuitry.

Component Replacement: If a component is found to be faulty or damaged, it may need to be replaced. This typically involves carefully removing the old component and installing a new one, following proper installation techniques and ensuring compatibility with the motherboard.

Thermal Paste Application: When installing or reseating a CPU, it's important to apply a thin layer of thermal paste between the CPU and the heatsink. This helps facilitate proper heat transfer and cooling. Clean off the old thermal paste using isopropyl alcohol before applying a fresh layer.

Secure Mounting: Ensure that the CPU, RAM modules, and other components are securely and correctly mounted in their respective slots or sockets on the motherboard. …

LED monitors, also known as LED-backlit monitors, use an array of Light Emitting Diodes (LEDs) to provide illumination behind the display panel. These LEDs are responsible for producing the light that passes through the liquid crystal display (LCD) panel, allowing the creation of images.

The LEDs in an LED monitor are typically arranged in a grid pattern, with rows and columns. The specific arrangement may vary depending on the design of the monitor, but the principle remains the same. Each LED represents a pixel on the screen, and by controlling the brightness of individual LEDs, the monitor can create different colors and shades.

To control the LEDs, LED monitors utilize a system called "LED driver circuitry." This circuitry includes various components such as integrated circuits (ICs), resistors, and transistors. The purpose of the LED driver circuitry is to regulate the power supplied to each LED and control its brightness.

The LED driver circuitry is typically connected to a microcontroller or a specialized chip that receives signals from the computer or other video sources. These signals contain information about the image to be displayed on the monitor. Based on this information, the microcontroller or chip determines the appropriate brightness levels for each LED in order to reproduce the desired image.

The LED driver circuitry sends electrical current through the appropriate rows and columns of LEDs to achieve the desired brightness levels. By selectively illuminating specific LEDs and adjusting their brightness, the monitor can display different colors and shades at each pixel …

Details would help, like

1. what type of information
2. frequency of updates
3. frequency and type of access
4. scope of access
5. how large is "large"
6. single user, or multi-user

Typically "large" amounts of data are stored in one or more databases such as SQL Server.

How can we store a large amount of information.
My world, I know a person is good.

AI runs on GPU’s - 1000’s of them, perhaps 1,000,000’s of them. The difference is where the processing is occurring, not the kind of hardware.

First let me write I wouldn't do this. Often folk want to quiet the fan and the notebook will run hotter. That's not good for its lifespan. Others want to make it run cooler but that's usually someone that doesn't like the usual notebook temperatures. The makers let the temps go up on purpose and the fan kicks in when needed.

All that aside, how about this from Reddit?

Update: Looks like Notebook Fan Control (NbFC) would work if I have time to configure it.

• https://www.reddit.com/r/Asustuf/comments/m5sq1k/xpost_tuf_a15_thermals_and_fan_control/

Hello everyone i have problem with asus tuf a15, you can manually control the fan of it, and there are so many restrictions on the power management of this laptop. is there a chance to unlock it. even the biod you cannot edit anything

Sincerely, I did not anticipate the rise of AI. I had assumed that the ghz unit will always be used to measure computer power. Over time, hardware rendering has become faster. However, given that DLSS and other applications of a similar nature already make use of AI, I'm concerned that it might eventually supplant our GPUs. Please excuse my stupidity, but could AI ever insert "fake" frames between real frames if it is already able to do so? What if the GPU just needs to render one frame per second, for instance? perhaps even a little. The rest is handled by AI, which fills it in at any framerate you choose.