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Green rectangular development board with M.2 module, USB-C and USB-A ports, pin headers and DIP switches

LORDWORLD

LORDWORLD SIM7600G-H M.2 4G HAT development board

SKU CH-9VFV-H2CK5

M.2 4G HAT with USB 3.1 and UART for Raspberry Pi or Jetson Nano, plus standalone USB-C power option

  • USB 3.1 port enables high-speed 4G links to Raspberry Pi or Jetson Nano
  • Built-in voltage level translator simplifies UART, power and reset control for Raspberry Pi or Arduino
  • DIP switch selects host interface without rewiring
  • USB-C power input allows standalone supply for stable operation
  • Supports LTE CAT4 global bands with GNSS positioning

Product identity and target user

The LORDWORLD SIM7600G-H is a 4G HAT development board that adds LTE CAT4 connectivity to Raspberry Pi or Jetson Nano platforms. It suits makers and engineers building IoT edge devices that need global-band cellular access and GNSS positioning.

Compatibility checks before ordering

Confirm your host board provides a USB 3.1 or USB 2.0 port for the high-speed link and that the UART, PWR and RST pins match your GPIO layout. Verify the DIP-switch voltage-level translator setting aligns with your host logic level and decide whether the standalone USB-C power input is required for your load.

Upgrade context and when to adopt

This board replaces earlier USB-dongle or UART-only modems by integrating the SIM7600 module onto an M.2-form-factor HAT with switched power paths. The jump is worth it when a project demands reliable multi-band 4G, 3G and 2G fallback plus GNSS in a single stackable module.

Høydepunkter

  • USB 3.1 port enables high-speed 4G links to Raspberry Pi or Jetson Nano
  • Built-in voltage level translator simplifies UART, power and reset control for Raspberry Pi or Arduino
  • DIP switch selects host interface without rewiring
  • USB-C power input allows standalone supply for stable operation
  • Supports LTE CAT4 global bands with GNSS positioning

Spesifikasjoner

BrandLORDWORLD

Spørsmål om denne varen

Does the SIM7600G-H HAT ship with a Raspberry Pi or Jetson Nano, or must the host board be purchased separately?

The HAT is an add-on board only; a Raspberry Pi, Jetson Nano, or compatible PC must be supplied by the user.

Which host interface should I select — USB 3.1 or the onboard UART pins — for the SIM7600G-H module?

Use the USB 3.1 port (USB 2.0 compatible) for highest throughput, or enable the UART, PWR and RST pins via the DIP switch for direct serial control.

What real-world throughput can I expect from the LTE CAT4 link on the SIM7600G-H when connected through USB 3.1?

The USB 3.1 connection supports the full LTE CAT4 data rate, so actual speed depends on carrier signal and network load rather than the host interface.

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