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A review by Paul Andrews
Every once in a while, something comes along that seems so obvious that you don’t understand why you didn’t think of it yourself. I think the EleksTube IPS clock is one of those things. It is an elegant solution to how to make a retro-style clock, using what are now ubiquitous items. In this case six small LCD (or OLED?) screens and a powerful controller – the ESP32.
I have been pleasantly surprised with the packaging of the two ‘nixie’ clocks I have received from China. This one comes in a nice black box, with the various parts neatly packaged in purpose-cut foam:
Removing the clock and the first layer of foam reveals the other components – the power supply, the USB cable, and the small displays themselves, safely packaged in electrostatic bags. There is also a hex key provided – I couldn’t figure out why. The very brief instructions didn’t indicate what it might be used for, but this became apparent later on:
The displays are nicely made – mounted on PCBs with an edge-connector and a side-lit neopixel:
Everything is easy to put together – the display modules fit snugly into the sockets on the PCB and the glass tubes just drop over the displays.
The power supply looks to be good quality – it is an LG travel adapter. Even the USB lead is attractive, though a little short:
The underside of the case is also decorated – with a Stein’s Gate divergence number in the style of the anime:
It would be one thing having the idea, but that idea is well with this clock. I like the decision to make the electronics visible, and I like the use of copper masking and ENIG plating to provide decoration of the PCB – the gold and black together look very classy.
The case has a solid feel to it, and the screens fit very snuggly into their sockets, while the glass tubes also fit with a fairly tight tolerance.
The clock comes alive as soon as it is connected to power using the provided USB power adapter and cable – though the socket on the clock is USB-C, the USB adapter is USB-A. A regular USB-C power adapter and cable don’t work – the adapter doesn’t recognize the clock – so you have to use a USB-A to USB-C cable like the one provided. This clock uses very little power, the adapter is just 0.2A at 5V, so any source of USB power would be enough.
The time is maintained using a battery-backed RTC chip – the DS3231, so it will maintain the time even if power is lost. This is an extremely accurate, temperature compensated chip, and I’m glad to see they used this and not the DS1307.
The default characters are what I assume to be renders of an ideal nixie tube, and they look very nice. The digit height seems to be comparable with IN-14 nixie tubes, so around 18mm. The displays themselves are around 25mm high.
It was an unusual choice to put the USB-C connector on the end of the enclosure, and as I was looking at the PCB I noticed that there appeared to be connectors on both sides, so now I understood what the hex key was for – you can swap the two end caps so you can plug the lead into the other side if that better suits your arrangement. A nice touch and another indication of the thought that has gone into this.
Here’s the second clock face:
And the default DIY clock face:
There are four buttons at the back of the enclosure mounted on the top. They are:
I won’t go into details about how to use them – the clock comes with an instruction sheet that explains that. The designers have used the displays to good advantage in implementing the menu system, so you could almost forego the instructions, and at least there is some chance that I will be able to drive this after a few months, unlike most Nixie clocks that require you to memorize a labyrinthine menu structure – with each clock being different than the next. Yes I dislike push button interfaces generally, but as I say, having display screens available does make it a lot easier.
This was one of the big draws for me. The promotional video makes it pretty clear that you can modify the clock images. To do this you need to connect the clock to a PC running Windows 10. First download the software from here – it is all in Chinese
First you need to install the device driver, which is named CH340驱动.exe. I had to remove the Chinese characters to get this to run and I had also had to rename the parent folder to just use characters from the Roman alphabet.
Now you can plug the clock in.
Then you can run the uploader application called 图库上传工具.exe. You can rename it if you want, but you don’t need to. Make sure you select the correct serial port from the drop down.
Select the image you want to use, hit the middle button and wait for the clock to reboot. Your uploaded image will be in the third slot called DIY. These are the buttons, from left to right they say: ‘Compile a custom image’, ‘Upload IMG’, and ‘The currently selected style is:’
Here is one I uploaded:
The uploader application has 23 different built-in clock faces that you can upload, but you can also provide your own. If you look in the img subfolder you will see 12 BMP files. They 24 bit images of 135x240 pixels (this is 16:9 ratio). Replace them with any images you like of the same size and format and you can use these in the DIY slot:
Hit the left-most button and wait for the progress bar to display this image – it literally says ‘Gallery image compilation is complete, please click upload image’
So hit the upload image button (the middle one) and wait for the clock to reboot.
Overall, I really like this clock. It is a great idea, very well executed. The packaging, the enclosure, and the clock faces that are included all speak to a well thought out product that is a nice addition to my collection.
I especially like that it is configurable, even allowing you to upload your own images, and I am very pleased it uses the DS3231 to maintain accurate time.
I have only a few minor issues:
They could have made their USB-C connectors play nice with USB3.0 power supplies and still work with USB-2 power supplies.
It uses an ESP32, but there is no indication that it uses either WiFi or BlueTooth. Hopefully they will in a future firmware update.
It would be nice to be able to upload more clock faces at the same time.
'A picture says a thousand words' and a video says ten times more than that. Here are some videos from the the makers of the EleksTube IPS.
You might want to turn down the volume before clicking on these - the soundtrack is quite loud:
Operation of the clock
- Buy from Aliexpress
Table of Contents
A key ︱ set key / up key
B key mode switch key / confirm key
C key ︱ brightness key / down key (0-5 level brightness can be adjusted in any mode, 0 is off)
Mode 1: monochrome mode ︱ the color can be consistent, or the color of each digit can be customized.
Mode 2: flow mode: flow from right to left.
Mode 3: breathing mode ︱ brightness is getting brighter and darker.
Mode 4: Rainbow mode ︱ 6 digits with color gradient.
Mode 5: time line mode ︱ number random jump and freeze in time.
Mode 6: the test mode is displayed from 0 to 9, which is used to check whether the number is installed correctly.
Manual time adjustment
First, press B to switch to mode 6, then press a to enter the time adjustment interface, press a or C to adjust the number, and then press B to confirm and enter the next position. After confirming the last bit, it will flash green and automatically exit and switch to mode 1
Change overall color
First of all, key B switches to mode 4. When you see the color you like, click button a to absorb the current color. Then the machine will automatically absorb the color you selected and automatically switch to mode 1
Change each color
First, switch to No.1 mode by B key, then press a key to enter the color selection interface, then press a key or C key to adjust the color you like, and confirm by B key. (if the same color is needed, adjust the first digit and press confirm continuously to inherit the color of the previous digit)
Restore factory settings
First unplug the power supply, then press and hold the B key and plug in the power supply. When the number changes from red to blue, release the button, reset successfully and enter the No. 6 mode automatically.
Both win8 / 10 system and MAC system are drive free, which is not supported by win7 customers.
Right click on my computer - Management - Device Manager - port to find the port for the clock
Click refresh port, pull down and select the corresponding COM port
Click to connect the machine
Click to change all colors, then select the color you like, and click OK
Elekstube Ips Nixie Tube Digital Clock
You can also click a single number, then choose the color you like, click OK, and then disconnect from the computer