Instead of G960F, look for (USA Unlocked) or G9600 (HK/China) firmware. These can be downloaded via Frija. 2. Flashing via Odin
The SCV38's network bands are designed specifically for Japanese carriers like KDDI and NTT Docomo. While it does support some LTE bands used elsewhere, it's not a perfect match for other regions. One user noted that the SCV38 has similar frequency support to the Hong Kong/China G9600 and Korean G960N models, "but nothing like a G960F". This means even if you could change the software, you cannot change the physical radio hardware that determines which cellular frequencies the phone can access.
Always verify your bootloader unlock status before starting. And never, ever flash an Exynos ROM on Snapdragon hardware. Scv38 Convert To G960f
Even with root access and custom ROMs, you cannot:
After successfully converting your SCV38 to a G960F: Instead of G960F, look for (USA Unlocked) or
: The standard desktop software used to flash Samsung firmware partitions.
Once you have confirmed the hardware, you must flash the for that model (e.g., SCV38KDU1CTC2 for Japan). Attempting to flash G960F firmware onto an SCV38 board will fail. Flashing via Odin The SCV38's network bands are
Load the modified "Global" firmware files (BL, CP, AP, and CSC) into the Odin tool on a PC.
The Japanese Samsung Galaxy S9 (SCV38) uses a Qualcomm Snapdragon 845 processor. The global international variant (SM-G960F) uses an Samsung Exynos 9810 processor.