1. Reviving a classic electronic game – using SEGGER Tools and Software (Part III)
2. Reviving a classic electronic game – using SEGGER Tools and Software (Part II)
3. What’s Cooking at SEGGER: Introducing Embedded Apps
4. Reviving a classic electronic game using SEGGER tools and software (Part I)
5. From concept to completion: SEGGER’s toolkit for embedded development
6. ChatGPT’s take on SEGGER J-Links: An insightful “conversation”
7. J-Link PRO PoE powers the SEGGER test farm
8. Debugging with external memory: J-Link adds Dual Memory Maps
9. Automated testing made easy with emSim
10. CPU Design at SEGGER
11. A whole new way to interact with headless devices
12. RISC-V: Dividing efficiently across different hardware
13. Size matters – Comparing tool chains and CPUs
14. C++ pitfalls – Memory allocation from interrupts
15. Securing embedded systems with digital signatures: The basics
16. C++ real-time allocation — a chess engine
17. Hacking emSecure?
18. Algorithms for division – part 4 – Using Newton’s method
19. Algorithms for division – part 3 – Using multiplication
20. Saving power in embedded systems – Reducing idle CPU speed
21. Algorithms for division – part 2 – Classics
22. Algorithms for division – part 1
23. emWeb: User interface in the web browser
24. Risks Are Often Underestimated — It Is Not Only the Chip Crisis that Threatens Embedded Manufacturers
25. emVDSP vs CMSIS-DSP
26. SEGGER’s Embedded Studio Achieves Top Rating in German Elektronik Magazine
27. Working at SEGGER Microcontroller: The question of “why?”
28. SEGGER Embedded Studio on Apple M1 and Intel i7
29. Correlating and visualizing data sampling, current consumption, and program execution via Ozone’s Timeline Window
30. Code Size: Squeezing more with linker outlining
31. Code size: Closing the gap between RISC-V and Arm for embedded applications
32. Every byte counts – Floating-point in less than 1 KB
33. Every byte counts – Smallest “Hello world”
34. Integrity checks with the new SEGGER Linker
35. Every Byte counts – The 100-Byte Blinky Challenge
36. Debugging the dual-core NXP i.MX RT600 with the one and only SEGGER J-Link
37. Extending AppWizard-generated GUIs with emWin Widgets
38. How to do Gauges in AppWizard – Part II
39. Profiling and Code coverage on RISC-V using simulation
40. How to do Gauges in AppWizard – Part I
41. SEGGER in times of the coronavirus / COVID-19
42. The SEGGER Compiler
43. Floating-point face off, part 3: How we do it
44. Floating-point face-off, part 2: Comparing performance
45. Finding the right (Q)SPI Flash for your project
46. The Good, The Best, and The Only
47. Floating-point face-off
48. IoT Station#1 Launched (using emMQTT)
49. Using AppWizard to create interesting buttons
50. Turning an FPGA into a powerful microcontroller. No external memory required.
51. Creating a cool knob using the SEGGER AppWizard
52. Express Logic acquired by Microsoft
53. Building our own tools for documentation
54. Decoding the Akai Fire MIDI implementation – part 3
55. Decoding the Akai Fire MIDI implementation – part 2
56. Decoding the Akai Fire MIDI implementation – part 1
57. New office, more plans!
58. Designing quality software
59. Quality at SEGGER
60. J-Run: Automating performance tests on real hardware
61. Current state of the trace market
62. SMASH: an efficient compression algorithm for microcontrollers
63. RISC-V adoption and 7th Workshop thoughts
64. The SEGGER linker and SOMNIUM assets
65. emNet with built-in UDP flood protection
66. Killer features of the SEGGER linker, or what’s wrong with the GNU linker?
67. The SEGGER Linker – Replacing the GNU linker
68. Using a watchdog in a multi-task (RTOS) environment
69. Performance tuning our software
70. Getting printf Output from Target to Debugger
71. Update on: Comparing Performance on Windows, Linux and OS X
72. Getting started with J-Trace PRO
73. Why you should benchmark your embedded system
74. Comparing Performance on Windows, Linux and OS X
75. Embedded Studio for Windows: 64-bits vs. 32-bits
76. Welcome