J-Link debuggers are buried into more dev-boards like the ones from Silicon Labs, usually on some kind of STM32 hidden under the LCD screen. LPC2100 series), fancy trace features, or faster download speeds (200k/s vs 1MB/s to RAM) then buy their expensive debug pods. It includes the core feature set a clone buyer is probably most interested in (programming and debugging). For that money and hassle, I would probably get a J-Link EDU Mini ( ). Not sure how much that's worth though (and if it even works), because the LPC4337 is almost 13 euro's on Mouser. bin file from 2019 for the LPC4337 on the first google page. I use an old J-Link EDU from 2011 with STM32L4 and STM32F4 parts with OpenOCD, which works fine, so perhaps the feature set is limited for J-Link own executables. I was surprised by that wiki article saying that the J-Link EDU v8 does not support Cortex-m4 devices. There really isn't much device-specific going on for Cortex-Mx targets. Google for document "RM08001-R2" to see an ancient Jlink USB spec.
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