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Upgrading the Lenovo Y720 RAM to 64GB

Upgrading the Lenovo Y720 RAM to 64GB

Hi everyone,

I’ve recently upgraded my Lenovo Y720 RAM to 64GB. This laptop came with 16GB initially, but it’s very easy to upgrade it.

Lenovo Y720 16GB RAM

I was browsing Amazon and found that the Samsung 32GB DDR4 SODIMM modules were the cheapest available, so I went ahead and ordered 2 of them.

Upgrading it was as easy as removing the back cover:

Lenovo Y720 motherboard with 16GB RAM

We can see the 2x 8GB RAM modules installed in the laptop here:

Samsung 8GB x2 RAM Modules in motherboard

And here they are removed:

Samsung 8GB x2 RAM Modules

The part number is M471A1K43CB1-CRC.

We will be replacing them with 2x 32GB Samsung DDR4 SODIMM modules with part number M471A4G43MB1-CTD:

Samsung 32GB x2 RAM Modules

Here we insert them in the laptop:

Samsung 32GB x2 RAM Modules in motherboard

A vew of the laptop’s motherboard with the new RAM modules:

Lenovo Y720 motherboard with 64GB RAM

And it booted!

Lenovo Y720 64GB RAM

Here’s the Task Manager reporting the 64GB of RAM:

Samsung 64GB RAM Lenovo Y720 1


Samsung 64GB RAM Lenovo Y720 2

While the RAM should go up to 2666Mhz, the laptop’s CPU only supports it up to 2400Mhz. It also seems that CPU-Z could not read the RAM details, as the SPD tab is empty:

The most important thing is that now my laptop has 64GB of RAM which will be plenty for a very long time.

Did I just received my UP AI Plus that I backed on Kickstarter?

Did I just received my UP AI Plus that I backed on Kickstarter?

Hi everyone,

Today, I got a package with Up Tape in it:

Up Board Package
Up Board Package

I’ve been expecting to receive my UP AI Plus that I backed on Kickstarter last year. The project got several delays due to Intel CPU shortages, but last week, I received a tracking number from AAEON, which makes the UP Board and this just popped up today. It initially should have been delivered on Thursday.

I’ll be opening the box and seeing if this is definitely the UP AI Plus and I’ll share the photos with you soon!

Battery Replacement for HP Stream 7 and 8 tablets done!

Battery Replacement for HP Stream 7 and 8 tablets done!

Hi everyone,

Today, I’ll share this picture of what I did during these weeks:

Cameron Sino HP Stream Battery Replacement

That’s right! I’ve replaced the batteries of both my old HP Stream 7 and HP Stream 8 batteries with these Cameron Sino batteries designed for the HP Stream 7 but that also works with the HP Stream 8. You can see that there is plenty of additional space in the HP Stream 8 and that I applied a tape to secure the battery in place.

Right now, the tablets are back at crunching BOINC Tasks and helping humanity toward scientific research and also they are finding aliens (Really, they are!).

During this week, I’ll be sharing the Unboxing video of this battery in both English and Spanish, so stay tuned!

Doing some cable management to my Tablet mining rig

Doing some cable management to my Tablet mining rig

Hi everyone,

Today, I spent some time in the morning doing some cable management to the area where I have my mining tablets:

Tablets Cable Management

Those tablets are contributing to distributed computing projects that runs using the Berkeley Open Infrastructure for Network Computing software, which is also available for Android devices, so my Android tablets are currently contributing to the [email protected] project and to World Community Grid if there’s no yoyo tasks available for them.

You can see I made use of the holes there to pass the cables and have a cleaner area. I’m also using some Aukey 5-port charging hubs to provide power to them. It works excellent. Also, you can see the router at the left which provides wifi to the tablets.

That’s all for this post. I hope this inspires you to do some cable cleanups 😁

The AMD Ryzen 7 2700X Unboxing and installation, + AMD Wraith Spire cooler

The AMD Ryzen 7 2700X Unboxing and installation, + AMD Wraith Spire cooler

Hi everyone,

In this post, I’ll like to show you the pictures and videos of my shiny new AMD Ryzen 7 2700X CPU which I received yesterday:

AMD Ryzen 7 2700X - 1

The AMD Ryzen 7 2700X is the newest CPU in the AMD Ryzen family, along with the 2600, 2600X and 2700. This particular CPU has a base speed of 3.7Ghz and can boost up to 4.3Ghz. It also comes with the new AMD Wraith Prism cooler, which you can see at the final parts of this post.

The box:

Here are the pictures of the box:


This is the unboxing video I made of this CPU. Hope you like it!

CPU Installed:

I’m using my current ASUS B350M-A to use this CPU. Before installing it, I updated the BIOS to version 4008. Then, I swapped the old CPU with the new one:

AMD Ryzen 7 2700X - 6

I then placed the included AMD Wraith Spire cooler:

AMD Ryzen 7 2700X - 7

It looks really awesome when we turn it on!

AMD Ryzen 7 2700X - 8

Watch the RGB lighting in action!


I’m really impressed. Running BOINC in this is really fast. The CPU runs at 4.00Ghz most of the time. I haven’t seen it go up but neither down. It is running at 3.95-4.00Ghz:

AMD Ryzen 7 2700X - 9

The project ODLK1 takes about 20 minutes or less to crunch a workunit per thread. This is an improvement from some 30 to 40 minutes it took with the AMD Ryzen 7 1700 stock speed CPU:

AMD Ryzen 7 2700X - 10

Video editing is also fast with this new CPU:

AMD Ryzen 7 2700X - 11

Please note that I’m running this CPU as is and I don’t plan on overclocking it. I’m very satisfied with it and hope it works excellent for me in all my daily tasks!

That’s all for this post and I hope you enjoyed it!

AMD Ryzen 7 2700X shipped!

AMD Ryzen 7 2700X shipped!

Hi everyone,

This is another Status Update regarding my soon-to-arrive AMD Ryzen 7 2700X processor.

It has been shipped yesterday night, and it is expected to arrive tomorrow 😁

AMD Ryzen 7 2700X Shipped

I can’t wait to install this CPU. Today afternoon, I will apply the newest BIOS to the motherboard to have it ready for the brand-new CPU.

Stay tuned for more about this new CPU, unboxing, and installation!

AMD Ryzen 2700X is coming!

AMD Ryzen 2700X is coming!

Hi everyone,

I have preordered the AMD Ryzen 7 2700X CPU to upgrade my AMD 1700 build. This will provide me a better performance increase as I’m running the CPU at stock speeds, up to 3.20Ghz.

The AMD Ryzen 7 2700X CPU runs at 3.7Ghz base speeds with Precision Boost going up to 4.3Ghz. It is a very nice speed boost compared to my 1700 CPU and considering I was overclocking it to 3.6Ghz, but I had to reverse it because of stability issues.

As far as the motherboard, new X370 boards are expensive, at $200+, so I’ll keep using my B350M which cost only $70 dollars when it was released. If new B450 boards are released, then I may consider upgrading it. The benefit of getting a new one is that I will then be able to run 2 AMD Ryzen machines for a total of up to 16 Zen cores and 32 total threads.

AMD Ryzen 7 2700X

Now, I don’t expect to receive this on Friday, but who knows! Last year this was a total pain. First, I received my AMD 1700 CPU and some weeks later I received the motherboard. I hope this time the CPU actually gets released the 19 and Amazon has enough stock to ship it to me.

I’ll keep you all updated!

The JET-5608AK DDR4 SODIMM to DIMM Adapter

The JET-5608AK DDR4 SODIMM to DIMM Adapter

Hi everyone,

Some time ago, I purchased the JET-5608AK SODIMM to DIMM Adapter. What this does is convert a SODIMM RAM module into a DIMM module. SODIMM is the RAM used on laptops, while DIMMs are the RAM used in Desktop computers.

JET-5608AK DDR4 SODIMM to DIMM Adapter - 1


The product came in a very simple box:

JET-5608AK DDR4 SODIMM to DIMM Adapter - 2

And opening it shows just the SODIMM to DIMM adapter very well protected:

JET-5608AK DDR4 SODIMM to DIMM Adapter - 3

The front of the device can be seen at the start of this posts but here it is again:

JET-5608AK DDR4 SODIMM to DIMM Adapter - 1

And the back of it:

JET-5608AK DDR4 SODIMM to DIMM Adapter - 4

Product usage:

I’m going to use this with an 8GB Samsung SODIMM DDR4 module from my laptop:

JET-5608AK DDR4 SODIMM to DIMM Adapter - 5

This is the front of it with the RAM inserted:

JET-5608AK DDR4 SODIMM to DIMM Adapter - 6

And the back:

JET-5608AK DDR4 SODIMM to DIMM Adapter - 7

Inserting the module in the machine:

I’m going to use this module with an ASUS B350M-A motherboard and an AMD Ryzen 7 1700 CPU. I currently have 32GB of RAM in it. Using this would raise it to 40GB as I’m using an 8GB Samsung DDR4 SODIMM module:

JET-5608AK DDR4 SODIMM to DIMM Adapter - 8

But because some machines have compatibility issues, I’m placing the RAM alone:

JET-5608AK DDR4 SODIMM to DIMM Adapter - 9


It didn’t work.

That’s right. This module is NOT compatible with this motherboard or CPU, it seems. Even when placed alone or with the other RAM modules, the machine refused to boot. This could very well be the BIOS or can be the CPU itself not supporting SODIMM modules. After all, this CPU was released before the mobile AMD Ryzen CPUs were released.

Some people have got this adapter to work on their machines. You can read one of such reviews in Newegg, and there is a Reddit discussion of it over here.

Anyway, the adapter is not expensive and it was worth getting it to see if it would actually work. It would have been nice to use spare DDR4 SODIMM modules with my desktop.

Hope you enjoyed reading this post and be sure to follow me for more tech stuff!

All photos were taken using a Samsung Galaxy S9+.

Let’s put my laptop fan to work at maximum speed!

Let’s put my laptop fan to work at maximum speed!

Hi everyone,

In this post, today I’ll share you this method that will surely end with your laptop overheating issues.

As you may know, CPU fans comes normally with 3 or 4 pins. 3-pin fans are Volage-controlled, where the variance in voltage changes the CPU fan speed. The 3rd cable sends rotational speed information to the computer and depending on the heat and the BIOS, it will either increase or decrease the fan to a specified RPM. This is very dependent on the machine.

4-pin fans are PWM-controlled. This means the voltage is constant. The 3rd cable again is the cable that sends rotational RPM information to the PC, while the 4th cable is the one where the PC sends the signal to the fan to change their speed.

The laptop we will be seeing today is the Lenovo Y510p. It is a 2013 model (and we are in 2018 now. Time flies!). This laptop fan is a 4-pin fan but the connector is propietary, meaning that the cables aren’t in order.

The problem with the laptop is that the BIOS doesn’t allows setting up the fan speed and neither does it provide a “Turbo” mode, something that some gaming laptops have to allow the fan to spin at the maximum speed and prevent overheating.

The laptop does has a tool that provides a function called “Dust Removal”. With this function, the fan indeed runs at maximum speed, but for some seconds. It then reduces the speed and then goes to maximum speed again and this process continues, but once the “cleaning” process finishes, the fan speed is reduced. Therefore, even if the CPU is hot, the fan isn’t spinning to its maximum speed.

The solution to this is to cut the PWM signal cable. This allows the fan to rotate to its maximum speed as it will not be receiving a PWM signal from the motherboard. That’s why you can also use a 4-pin fan into a 3-pin connector and it will run at its maximum speed, because without a signal coming from the PC to the fan, the fan will spin at the fastest speed given that the voltage is constant.

Here’s the process to be able to use the fan at its maximum speed:

The first step is to flip the laptop and remove the back cover. Note that previously I’ve modded the case to allow more airflow into the laptop:

Lenovo Y510p fan - 1

Here’s the cover removed:

Lenovo Y510p fan - 2

Now, focus at the fan:

Lenovo Y510p fan - 3

We need to disconnect the fan cable from the motherboard. Taking it out is very easy. We just need to carefully pull the cable:

Lenovo Y510p fan - 4

Here is the disconnected cable:

Lenovo Y510p fan - 5

We need to cut the brown cable:

Lenovo Y510p fan - 6

Now, we will connect it again to the motherboard:

Lenovo Y510p fan - 7


Lenovo Y510p fan - 8

And… It works!!!:

Lenovo Y510p fan - 9

CPU at 100% percent:

Lenovo Y510p fan - 10

GPU at 100% percent:

Lenovo Y510p fan - 11

And, here’s BOINC running:

Lenovo Y510p fan - 12

Well, actually, the CPU starts at almost 3.40Ghz, but will gradually reduce to at least 2.60Ghz (At least that’s what it does for me) when the Nvidia GPU is running 100%. Still, I haven’t seen the CPU running at less than 2.40Ghz this way.

Also, be sure to use ThrottleStop or it will stay at 2.40Ghz. ThrottleStop will allow the laptop to use the Turbo Boost frecuencies.

That’s all. I hope you enjoyed this post!

Tablets placed in their new place crunching BOINC Tasks!

Tablets placed in their new place crunching BOINC Tasks!

Hi everyone,

Yesterday, I showed you my Raspberry/Orange Pi and other SBCs placed in their new place and crunching tasks

Today, I show you my tablets also crunching tasks in their new place as well. They are all crunching BOINC projects. The ones with the heatsinks are Intel-based tablets that overheat. Placing the heatsink and the fan cools them down:

Tablets 1

That’s all!