The nRF93M1 DK ships generally available. The headline is LTE Cat 1 bis plus Wi-Fi in a precertified module. The part worth tracking is the host MCU: the nRF54L15 runs a Cortex-M33 main core alongside a RISC-V coprocessor dedicated to software-defined peripherals, and that architecture is the real signal from this release.
The RISC-V coprocessor matters more than the headline spec. The nRF54L15 architecture uses the RISC-V core to offload peripheral control from the application processor, allowing firmware teams to reprogram peripheral behavior without pulling the Cortex-M33 out of low-power modes or paying the latency cost of interrupt routing. This is the same programmable-peripheral pattern Espressif used with the LP-RISC-V core on the ESP32-C6, and it is becoming a standard feature of next-generation connected MCUs: the main core stays asleep, the RISC-V coprocessor handles the peripheral decision loop.
For IoT teams building LTE-connected devices in the 2026-2027 window, the nRF93M1 collapses two integration problems: the cellular certification path (module is precertified) and the peripheral firmware problem (RISC-V soft peripheral engine reduces the firmware surface the application team needs to own). The development kit is priced around $60. At that entry point, the cost of not evaluating this against a discrete cellular + MCU design is higher than the cost of three days of engineer time.