Fun fades, but irritation is infinite.
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#NoBridge
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| Blog | https://dev-zzo.github.io/blarg/ |
| Patreon | https://patreon.com/NakedSilicon |

| Blog | https://dev-zzo.github.io/blarg/ |
| Patreon | https://patreon.com/NakedSilicon |
Next up is removing the top metal layer, which if memory serves is a thick 3um one. Thread will update when that's done.
Until then, I wish you all a great Friday and the weekend too!
Capacitors seem to be purple.
Also in the frame is one chonky resistor...
Hello and welcome to this #nakeddiefriday installment.
Today's guest is an NXP chip for which I do not have the part number in memory. The chip was used as a training target for the sample preparation tutorial section by Chris Pawlowicz of TechInsights at HARRIS'26, in which I had the pleasure to participate. I have an intact sample which I plan to deprocess at home during the coming days and hopefully apply all I've learned there.
Full-res map for you to explore: http://infosecdj.net:8086/map/nxp/mp091a0/infosecdj_mz_nikpa60x_s0/
Image taken using Nikon PlanApo 60x/1.40, 3260 focus-stacked tiles of 21 individual shots.
We ported TamaGo to the Microchip LAN969x SoC.
A collaboration with Novarq to support the Tactical 1000 network switch.
Having bare metal Go on a network switch is an exciting context which opens up many development opportunities!
Check their blog post:
https://novarq.com/blogs/insights/beyond-linux-bare-metal-go-on-tactical-1000-with-tamago
For the infinitely curious.
Metal 2: http://infosecdj.net:8086/map/samsung/smartcard02/infosecdj_my_nikpa60x/
Metal 1: http://infosecdj.net:8086/map/samsung/smartcard02/infosecdj_mx_nikpa60x/