When you open the box (P〇ste size) which looks like a game software, you will find each part.

All you have to do is connect it to your PC via USB. Simple!

It also comes with tweezers with the SiTime logo on them. It's cool in a subtle way.

It's great that blank items are included from the start.

You can also purchase additional units from Macnica, so feel free to try them out.
You can try both differential and single-ended oscillators. There are about three of each!

This is what it looks like when connected to a PC. It's as compact as a wired mouse.

You can do it at your desk without bothering the senior student next to you.

Any Micro-B cable will do, not just the one included.

The size is like this. On the right is the iPhone 15.

When I connected it, the bottom of the board lit up red!

There are three kinds of colorful socket cards. The left and right compatible packages are written on each card, so be sure to check them carefully.

Align the arrows on the socket card and the writing kit,

Please make sure to fit it properly before use.

Open the black socket part by hand and place the device with tweezers. After closing the cover, attach it to the programming kit as shown in the image on the left.

The photo shows a larger package for easier understanding.

Make sure to align the triangle part of the socket with Pin 1 (the round dot on the top of the package).

This is the top screen. Logs are accumulated at the bottom.

By clicking the orange frame, you can select the device you have placed from the drop-down menu.

After making your selection, the programmable specifications will be displayed below, so select them one by one.

If you select all specifications, the full part number will be displayed. It cannot be rewritten, so we recommend double-checking by referring to the data sheet.

Finally, click the orange button!

It only took 1-3 seconds to program. Super fast. Done!

The written device can be freely used for evaluation.

I simply attached it to a universal board in the laboratory.