Xmm 7360 Lte-a Driver | Intel

The result? The driver. How the Driver Works (The Technical Magic) Let’s get a little technical, but I’ll keep it painless.

There is a quiet, dusty graveyard in the world of PC hardware. It’s not filled with dead CPUs or fried motherboards, but with adapters —specifically, WWAN (Wireless Wide Area Network) cards. These are the little PCIe or M.2 chips that promised to keep you connected to LTE on the go, without tethering to your phone.

Absolutely. Instead of ripping it out, spend an afternoon wrestling with the xmm7360-pci driver. You will learn more about how modems work than you ever wanted to know, and you’ll end up with a free, built-in 4G connection for your Linux machine. intel xmm 7360 lte-a driver

They started reverse engineering the USB protocol between the modem and Intel’s proprietary drivers. They discovered that the XMM 7360 actually runs a Linux-based real-time OS internally. They found the debug ports. They found the AT command set.

The XMM 7360 isn't dead. It was just waiting for someone to write the right driver. And now, someone has. Have you tried reviving an old WWAN card? Did you get the XMM 7360 working on your distro? Let me know in the comments below. The result

If you bought a used laptop with this modem in 2021, you had two choices: live with the janky Intel software, or physically remove the card. On Linux, the situation was even worse. There were zero official drivers. The modem would show up on the PCI bus, but the kernel had no idea how to talk to it. For years, the advice on forums was simply: "Buy a Sierra Wireless card instead."

But then, something beautiful happened. A group of developers on GitHub (notably including the user ) decided to fight back against planned obsolescence. There is a quiet, dusty graveyard in the

No. Buy a laptop with a Qualcomm Snapdragon X55 or an actual 5G card.

One of the most famous (or infamous) residents of this graveyard is the .

The XMM 7360 is a PCIe device, but it emulates a USB modem internally. Intel’s driver basically creates a virtual USB tunnel over the PCIe bus.

If you bought a high-end ultrabook between 2016 and 2019—think Dell XPS, Lenovo ThinkPad X1 Carbon, or HP Spectre—there is a decent chance this little chip is hiding inside your motherboard. And for years, that chip has been a paperweight. But thanks to a dedicated group of reverse engineers, it is finally waking up.