I uploaded a new video to my YouTube channel. This time, I present you the BaseUs USB-C Hub, also called NuDock when it ran on Kickstarter. The final product turned out to be this BaseUs USB-C Hub, with identical features to the Kickstarter project.
The project creator told us that because NuDock was already being used, they had to rename the dock to BaseUs.
Watch the unboxing video below:
The Hidizs Mermaid MS1 and MS4 IEMs with their cables and accessories
Yesterday, I received the brand-new Hidizs Mermaid MS1 and MS4 In-Ear Monitors Absolute Kits.
The Hidizs Mermaid MS1 is an IEM with 1 Dynamic Driver, while the Hidizs Mermaid MS4 is an IEM with 1 Dynamic Driver and 3 Knowles Balanced Armatures.
My initial impressions are excellent. These IEMs do a lot to reproduce the music. I found that the MS1, with just the Dynamic Driver, produces a warm sound with great mids and smooth bass and treble. The MS4, on the other hand, improves the bass and treble while having great mids. Since the MS4 uses 3 balanced armatures for the mids and treble, they do a great job, and since the Dynamic Driver is focused on the bass, it also does a great job. The MS1, on the other hand, produces a warmer sound since the Dynamic Driver needs to reproduce the entire frequency spectrum.
The Hidizs Absolute Kits come with a choice of a 2.5mm or 4.4mm balanced cable, USB-C 2-pin cable and an aptX Bluetooth Cable using a CSR8645 chipset. They are also compatible with other 2-pin 0.78mm IEMs and you can also use other aftermarket cables due to their 2-pin connectors.
The IEMs can be driven easily since the MS1 only has an impedance of just 15Ω while the MS4 has an impedance of just 12Ω. However, you can use your favorite DAC like the Hidizs DH1000/Tempotec Sonata iDSD Plus and use the balanced output to enjoy an even better sound. You can also use them with the 3.5mm cable with the Hidizs AP80.
Now, here’s my unboxing video I recorded yesterday where I unbox both kits, their cables and accessories:
I personally like the MS4 due to their more punchier bass and their extended treble. The MS1 have more forward vocals, so if you’re looking for that, the MS1 is for you, but if you want the treble and a bit more bass, go for the MS4.
Here’s the review video I also recorded with my thoughts on the IEMs and the cables:
Overall, Hidizs did a great job with these new In-Ear Monitors.
You can purchase these 2 Hidizs IEMs at Amazon using the following links:
Today, I’m sharing my unboxing video of the KZ AS16 In-Ear Monitor. This IEM has 8 balanced armatures per side, for a total of 16. In the video, I compare the size of it with the KZ ZS10 Pro, which is also another of their newer IEM.
I’m currently listening to the KZ AS16 and will soon give my impressions of it. In the meantime, here’s the unboxing video:
I have found a solution for when my Tempotec iDSD Plus gets the Orange LED.
The solution is fairly easy. I believe that something may not be making good contact with the printed circuit board and may be preventing the DAC from working. However, slightly pushing around the SmartAction SA2000 chip, it seems to make the LED change back to green and allow the unit to work.
You can see the video below where you can see the fix in action:
To put it back in the case, I put a small piece of paper to make a bit of pressure around the SA2000 chip and so far, I haven’t yet had the orange LED issue again.
I hope that it keeps working fine, because I really enjoy the sound this DAC produces.
Unboxing Animal Crossing 3-Pack amiibos (Cyrus, K.K., and Reese)
This release adds a pause/resume button that allows you to pause and resume the encoding session right from the GUI. It also allows you to resume a previous session if the software is closed or a system crash occurs.
When there’s an interrupted session, say, your machine crashed, those hours wasted encoding the video are not entirely lost, because now, when you open the software again, it will recognize that there was an unfinished encoding and will prompt you to resume it:
If you accept, the GUI will load and the encoding will continue:
What the software actually does is that it will encode those .y4m files that are present in the temporary folder. The software will now delete the .y4m files on-demand as soon as the segment encode finishes, so shall a crash occur, only those files that are left will be put on the queue and start encoding in parallel depending on the number of threads that are set in the GUI.
Once the files finish encoding, then they will be concatenated and the audio will be encoded to Opus and it will be merged along with the concatenated video to generate the final file.