FastAccelStepper (1.4.0) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
GitHub - gin66/FastAccelStepper: A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2
A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2 - gin66/FastAccelSte...
github.com
September 29, 2026 at 2:00 AM
FastAccelStepper (1.4.0) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
FastAccelStepper (1.3.4) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
GitHub - gin66/FastAccelStepper: A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2
A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2 - gin66/FastAccelSte...
github.com
September 25, 2026 at 2:10 AM
FastAccelStepper (1.3.4) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
Tried to read a longform thing about how AI coding works at Ramp just so I can Be Informed and it's just so.... circular and contentless. I can read a 700 page Atmel datasheet and understand it perfectly so why not this?
September 23, 2026 at 2:18 PM
Tried to read a longform thing about how AI coding works at Ramp just so I can Be Informed and it's just so.... circular and contentless. I can read a 700 page Atmel datasheet and understand it perfectly so why not this?
FastAccelStepper (1.3.3) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
GitHub - gin66/FastAccelStepper: A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2
A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2 - gin66/FastAccelSte...
github.com
September 22, 2026 at 2:00 AM
FastAccelStepper (1.3.3) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
FastAccelStepper (1.3.1) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
GitHub - gin66/FastAccelStepper: A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2
A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2 - gin66/FastAccelSte...
github.com
September 17, 2026 at 6:10 AM
FastAccelStepper (1.3.1) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
Atmel TSS463C VAN bus Datalink Controller library (2.0.3) for avr/esp32/stm32 by Peter Pinter
➡️ https://github.com/morcibacsi/arduino_tss463_van
A library for the Atmel TSS463/TSS461 VAN Datalink Controller
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #stm32Libraries
➡️ https://github.com/morcibacsi/arduino_tss463_van
A library for the Atmel TSS463/TSS461 VAN Datalink Controller
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #stm32Libraries
GitHub - morcibacsi/arduino_tss463_van: Arduino TSS463/TSS461 VAN interface library
Arduino TSS463/TSS461 VAN interface library. Contribute to morcibacsi/arduino_tss463_van development by creating an account on GitHub.
github.com
September 14, 2026 at 10:00 PM
Atmel TSS463C VAN bus Datalink Controller library (2.0.3) for avr/esp32/stm32 by Peter Pinter
➡️ https://github.com/morcibacsi/arduino_tss463_van
A library for the Atmel TSS463/TSS461 VAN Datalink Controller
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #stm32Libraries
➡️ https://github.com/morcibacsi/arduino_tss463_van
A library for the Atmel TSS463/TSS461 VAN Datalink Controller
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #stm32Libraries
FastAccelStepper (1.3.0) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
GitHub - gin66/FastAccelStepper: A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2
A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2 - gin66/FastAccelSte...
github.com
September 13, 2026 at 2:00 PM
FastAccelStepper (1.3.0) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
FastAccelStepper (1.2.8) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
GitHub - gin66/FastAccelStepper: A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2
A high speed stepper library for Atmega 168/328p (nano), Atmega32u4, Atmega 2560, ESP32, ESP32S2, ESP32S3, ESP32C3, ESP32C6, Atmel SAM Due, SAMD51, Raspberry pi pico and pico 2 - gin66/FastAccelSte...
github.com
September 6, 2026 at 10:00 PM
FastAccelStepper (1.2.8) for avr/esp32/sam by Jochen Kiemes
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
➡️ https://github.com/gin66/FastAccelStepper
A high speed stepper library for Atmega 168/168p/328/328p (nano), 32u4 (leonardo), 2560, ESP32, ESP32S2, ESP32…
#ArduinoLibs #ArduinoLibraries #avrLibraries #esp32Libraries #samLibraries
To zas bude kanóóón na vrabce 🤭😁
Hele, pokud to nemá být onemankit, tak hlavně postavit na něčem co je dostupné - scintillak a GPS modul. Zbytek = pocitat pulzy, avg a log, zvládne kdejaké MCU (arduino/samd/atmel/st)
Hele, pokud to nemá být onemankit, tak hlavně postavit na něčem co je dostupné - scintillak a GPS modul. Zbytek = pocitat pulzy, avg a log, zvládne kdejaké MCU (arduino/samd/atmel/st)
September 6, 2026 at 3:57 PM
To zas bude kanóóón na vrabce 🤭😁
Hele, pokud to nemá být onemankit, tak hlavně postavit na něčem co je dostupné - scintillak a GPS modul. Zbytek = pocitat pulzy, avg a log, zvládne kdejaké MCU (arduino/samd/atmel/st)
Hele, pokud to nemá být onemankit, tak hlavně postavit na něčem co je dostupné - scintillak a GPS modul. Zbytek = pocitat pulzy, avg a log, zvládne kdejaké MCU (arduino/samd/atmel/st)
The interior of the ecoMAX 800 controller/display manufactured by a Polish company: A teardown of the 2013 ecoMAX 800 coal-boiler controller display reveals a compact operator panel built around an Atmel ATxmega128A1U microcontroller.
The display board combines a PCF8563 real-time clock and SP485EE…
The display board combines a PCF8563 real-time clock and SP485EE…
The interior of the ecoMAX 800 controller/display manufactured by a Polish company
A teardown of the 2013 ecoMAX 800 coal-boiler controller display reveals a compact operator panel built around an Atmel ATxmega128A1U microcontroller.
The display board combines a PCF8563 real-time clock and SP485EE RS485/RS422 transceiver, showing that its D+ and D− terminals carry RS485 rather than USB.
The ATxmega128A1U runs at up to 32 MHz and provides 128 kB Flash, 8 kB SRAM, 2 kB EEPROM, USB-capable peripherals, and USART/SPI/I²C interfaces.
UART-to-RS485 routing uses USARTF1 pins PF6/PF7, while PF5 jointly controls the SP485EE receiver-enable and driver-enable lines.
The panel uses a proprietary framed protocol rather than Modbus, and only the display unit was available, leaving the main boiler controller unexamined.
Full article on the elektroda homepage.
www.elektroda.com
September 6, 2026 at 2:39 PM
The interior of the ecoMAX 800 controller/display manufactured by a Polish company: A teardown of the 2013 ecoMAX 800 coal-boiler controller display reveals a compact operator panel built around an Atmel ATxmega128A1U microcontroller.
The display board combines a PCF8563 real-time clock and SP485EE…
The display board combines a PCF8563 real-time clock and SP485EE…
Wnętrze przemysłowego modułu UPS na szynę DIN - UB10.241 od PULS - co kosztuje ponad 1000 zł?: Demontaż przemysłowego kontrolera DC-UPS PULS UB10.241 ujawnia moduł na szynę DIN, który podtrzymuje 24 V/10 A z pojedynczego akumulatora 12 V.
Układ łączy ładowarkę, przetwornicę step-up i mikrokontroler…
Układ łączy ładowarkę, przetwornicę step-up i mikrokontroler…
Wnętrze przemysłowego modułu UPS na szynę DIN - UB10.241 od PULS - co kosztuje ponad 1000 zł?
Demontaż przemysłowego kontrolera DC-UPS PULS UB10.241 ujawnia moduł na szynę DIN, który podtrzymuje 24 V/10 A z pojedynczego akumulatora 12 V.
Układ łączy ładowarkę, przetwornicę step-up i mikrokontroler Atmel ATmega88A, który zarządza baterią, testami okresowymi oraz sygnalizacją przekaźnikową.
W pracy bateryjnej UB10.241 stabilizuje wyjście na 22,3 V, dostarcza 10 A ciągle i 15 A przez pierwsze 5 sekund.
Sprawność w trybie normalnym wynosi 97–98%, a straty przy pełnym obciążeniu i ładowaniu akumulatora nie przekraczają zwykle 5–6 W.
Moduł wymaga zachowania odstępu wentylacyjnego na szynie DIN, a nowy egzemplarz może kosztować około 1000 zł.
Cały artykuł na stronie głównej elektroda.
www.elektroda.pl
September 5, 2026 at 10:15 AM
Wnętrze przemysłowego modułu UPS na szynę DIN - UB10.241 od PULS - co kosztuje ponad 1000 zł?: Demontaż przemysłowego kontrolera DC-UPS PULS UB10.241 ujawnia moduł na szynę DIN, który podtrzymuje 24 V/10 A z pojedynczego akumulatora 12 V.
Układ łączy ładowarkę, przetwornicę step-up i mikrokontroler…
Układ łączy ładowarkę, przetwornicę step-up i mikrokontroler…
#電子工作 reduceAVRをいじってて、FUSEファイルをビルドできないことに気付いた。原因はリンカスクリプト`avrtiny.x`からの`.fuse`セクションの欠落。なので`.elf`に何も吐かれてない。マジか。そしてIOヘッダファイル内に、ATtiny102/104 だけはFUSE定義がある一方、他のATtiny4/5/9/10/20/40では完全欠損。なんだそれ。
これはバグか？仕様か？
Atmelめ、妙な遺産残しおって…
まあうちの reduceAVR SDKは糖衣構文で補完するけどさ。FUSEをソースコードで管理できないのは、バックアップできないのと同じやん。
これはバグか？仕様か？
Atmelめ、妙な遺産残しおって…
まあうちの reduceAVR SDKは糖衣構文で補完するけどさ。FUSEをソースコードで管理できないのは、バックアップできないのと同じやん。
September 4, 2026 at 5:09 AM
#電子工作 reduceAVRをいじってて、FUSEファイルをビルドできないことに気付いた。原因はリンカスクリプト`avrtiny.x`からの`.fuse`セクションの欠落。なので`.elf`に何も吐かれてない。マジか。そしてIOヘッダファイル内に、ATtiny102/104 だけはFUSE定義がある一方、他のATtiny4/5/9/10/20/40では完全欠損。なんだそれ。
これはバグか？仕様か？
Atmelめ、妙な遺産残しおって…
まあうちの reduceAVR SDKは糖衣構文で補完するけどさ。FUSEをソースコードで管理できないのは、バックアップできないのと同じやん。
これはバグか？仕様か？
Atmelめ、妙な遺産残しおって…
まあうちの reduceAVR SDKは糖衣構文で補完するけどさ。FUSEをソースコードで管理できないのは、バックアップできないのと同じやん。
MICROCHIP TECHNOLOGY CORP. TO PAY $13 MILLION TO SETTLE ERISA SEVERANCE LAWSUIT
www.lawyersandsettlements.com/legal-news/e...
#ERISA #SeverancePay #AtmelCorp #WrongfulTermination
www.lawyersandsettlements.com/legal-news/e...
#ERISA #SeverancePay #AtmelCorp #WrongfulTermination
Microchip Technology Corp. to Pay $13 Million to Settle ERISA Severance Lawsuit
Oakland, CA – On July 17, Microchip Technology Corp. agreed to pay $13 million to settle an ERISA lawsuit that arose from its termination of an ERISA-covered severance plan created by the Atmel Corp.…
www.lawyersandsettlements.com
August 31, 2026 at 1:54 PM
MICROCHIP TECHNOLOGY CORP. TO PAY $13 MILLION TO SETTLE ERISA SEVERANCE LAWSUIT
www.lawyersandsettlements.com/legal-news/e...
#ERISA #SeverancePay #AtmelCorp #WrongfulTermination
www.lawyersandsettlements.com/legal-news/e...
#ERISA #SeverancePay #AtmelCorp #WrongfulTermination
「デバッグするのもメモリ全体をhexdumpして目視でやってた時代は最大でも64KiB」と聞いてびっくりした思い出
16列16行、256bytesを一気に表示できれば256ページ見るだけでメモリの始めから終わりまで見渡せる
もちろん64KiBより小さければそれだけ最大ページ量も小さくなる
カーネルもVRAMも込みなのでプログラム領域はもっと小さくなる
8ビットCPUが主流だった時代
僕は8ビットCPUと聞くとAtmelさんのATMegaシリーズマイコンを思い浮かべます そういえばArduinoに書くときはRAM制限に気をつけてたわ
16列16行、256bytesを一気に表示できれば256ページ見るだけでメモリの始めから終わりまで見渡せる
もちろん64KiBより小さければそれだけ最大ページ量も小さくなる
カーネルもVRAMも込みなのでプログラム領域はもっと小さくなる
8ビットCPUが主流だった時代
僕は8ビットCPUと聞くとAtmelさんのATMegaシリーズマイコンを思い浮かべます そういえばArduinoに書くときはRAM制限に気をつけてたわ
August 31, 2026 at 11:45 AM
「デバッグするのもメモリ全体をhexdumpして目視でやってた時代は最大でも64KiB」と聞いてびっくりした思い出
16列16行、256bytesを一気に表示できれば256ページ見るだけでメモリの始めから終わりまで見渡せる
もちろん64KiBより小さければそれだけ最大ページ量も小さくなる
カーネルもVRAMも込みなのでプログラム領域はもっと小さくなる
8ビットCPUが主流だった時代
僕は8ビットCPUと聞くとAtmelさんのATMegaシリーズマイコンを思い浮かべます そういえばArduinoに書くときはRAM制限に気をつけてたわ
16列16行、256bytesを一気に表示できれば256ページ見るだけでメモリの始めから終わりまで見渡せる
もちろん64KiBより小さければそれだけ最大ページ量も小さくなる
カーネルもVRAMも込みなのでプログラム領域はもっと小さくなる
8ビットCPUが主流だった時代
僕は8ビットCPUと聞くとAtmelさんのATMegaシリーズマイコンを思い浮かべます そういえばArduinoに書くときはRAM制限に気をつけてたわ
dev @ customer used Claude to port a flash driver
old system used atmel flash with 264 byte pages, and had code to map a memory space to pages
new system has memorymapped octospi
Claude wrote code to create virtual flash pages of 512 bytes that map to the new flash
so address -> 264b page -> […]
old system used atmel flash with 264 byte pages, and had code to map a memory space to pages
new system has memorymapped octospi
Claude wrote code to create virtual flash pages of 512 bytes that map to the new flash
so address -> 264b page -> […]
Original post on mastodon.social
mastodon.social
August 31, 2026 at 10:46 AM
dev @ customer used Claude to port a flash driver
old system used atmel flash with 264 byte pages, and had code to map a memory space to pages
new system has memorymapped octospi
Claude wrote code to create virtual flash pages of 512 bytes that map to the new flash
so address -> 264b page -> […]
old system used atmel flash with 264 byte pages, and had code to map a memory space to pages
new system has memorymapped octospi
Claude wrote code to create virtual flash pages of 512 bytes that map to the new flash
so address -> 264b page -> […]
westlichen Atmel unnötig. Man bekommt mehr Leistung mit mehr Speicher in einem Package zu einem niedrigeren Preis. Schraubt neue Geräte auf. Was ist drin? Ein ESP. Ein "kleiner Chinese". Der Wachstumsmarkt ist nicht KI. Der Wachstumsmarkt sind nicht mehr Rechenzentren. Es ist auch nicht mehr ⬇️
August 31, 2026 at 7:30 AM
westlichen Atmel unnötig. Man bekommt mehr Leistung mit mehr Speicher in einem Package zu einem niedrigeren Preis. Schraubt neue Geräte auf. Was ist drin? Ein ESP. Ein "kleiner Chinese". Der Wachstumsmarkt ist nicht KI. Der Wachstumsmarkt sind nicht mehr Rechenzentren. Es ist auch nicht mehr ⬇️
Schnittstelle ist vorhanden und übertrifft das Angebot unserer ARM-Systeme bei weitem. Schraubt mal ein Gerät auf. Was werdet ihr in vielen Fällen finden? In älteren Serien werdet ihr einen alten Atmel finden, der einen ESP zur Kommunikation nutzt. Die neuen Varianten des Chips machen aber den ⬇️
August 31, 2026 at 7:30 AM
Schnittstelle ist vorhanden und übertrifft das Angebot unserer ARM-Systeme bei weitem. Schraubt mal ein Gerät auf. Was werdet ihr in vielen Fällen finden? In älteren Serien werdet ihr einen alten Atmel finden, der einen ESP zur Kommunikation nutzt. Die neuen Varianten des Chips machen aber den ⬇️
die dicke Kohle? Bei Controllern. Hatte seinen Grund, dass Intel Atmel eingekauft hat. Deren Chips sind in unseren Autos. Die Chips sind in unseren Waschmaschinen. Und den Markt holt sich gerade China mit der RISC-V-Architektur. Der Name? ESP32. RISC-V-Controller. Sparsam. Zuverlässig. Jede ⬇️
August 31, 2026 at 7:30 AM
die dicke Kohle? Bei Controllern. Hatte seinen Grund, dass Intel Atmel eingekauft hat. Deren Chips sind in unseren Autos. Die Chips sind in unseren Waschmaschinen. Und den Markt holt sich gerade China mit der RISC-V-Architektur. Der Name? ESP32. RISC-V-Controller. Sparsam. Zuverlässig. Jede ⬇️
Z80マイコンが古すぎてちょうど入替時期に工高へ入ってしまい、選ばれたのは超マイナーなAtmel(アトメル)社のAVRマイコンでした……
後年、誰に話しても
え？何それ？
って言われましたよ
大学でも雑誌付録で安かったという理由でルネサス社SH2、卒業研究でちっこい自動運転車に積みました……
後年、誰に話しても
え？何それ？
って言われましたよ
大学でも雑誌付録で安かったという理由でルネサス社SH2、卒業研究でちっこい自動運転車に積みました……
August 28, 2026 at 12:38 PM
Z80マイコンが古すぎてちょうど入替時期に工高へ入ってしまい、選ばれたのは超マイナーなAtmel(アトメル)社のAVRマイコンでした……
後年、誰に話しても
え？何それ？
って言われましたよ
大学でも雑誌付録で安かったという理由でルネサス社SH2、卒業研究でちっこい自動運転車に積みました……
後年、誰に話しても
え？何それ？
って言われましたよ
大学でも雑誌付録で安かったという理由でルネサス社SH2、卒業研究でちっこい自動運転車に積みました……
🤣 Back when I was doing that it was 8080, Z80, 6510, TI7000 (specifically TI7020). Of course that path naturally lead to to x86 family. The 286, 386, etc. I find Atmel devices are more reliably programmed in assembly rather than C. Was an early adopter of the Atmel porting of MS Visual Studio.
August 24, 2026 at 10:41 AM
🤣 Back when I was doing that it was 8080, Z80, 6510, TI7000 (specifically TI7020). Of course that path naturally lead to to x86 family. The 286, 386, etc. I find Atmel devices are more reliably programmed in assembly rather than C. Was an early adopter of the Atmel porting of MS Visual Studio.
The Microchip (Atmel) SAMA7G54 has a ROM bootloader which looks for a first-stage bootloader on the first FAT32 partition on the attached eMMC/SD card. For secure boot, you need to sign an NDA and then they give you the Python signing tool, and an RSA key exchange via email to get the key to use it.
August 22, 2026 at 5:25 PM
The Microchip (Atmel) SAMA7G54 has a ROM bootloader which looks for a first-stage bootloader on the first FAT32 partition on the attached eMMC/SD card. For secure boot, you need to sign an NDA and then they give you the Python signing tool, and an RSA key exchange via email to get the key to use it.
Arduino_SecureElement (1.0.1) by Arduino
➡️ https://github.com/arduino-libraries/Arduino_SecureElement
Arduino Library for the Atmel/Microchip ECC508 and ECC608 and NXP SE050 crypto chips
#ArduinoLibs #ArduinoLibraries
➡️ https://github.com/arduino-libraries/Arduino_SecureElement
Arduino Library for the Atmel/Microchip ECC508 and ECC608 and NXP SE050 crypto chips
#ArduinoLibs #ArduinoLibraries
GitHub - arduino-libraries/Arduino_SecureElement
Contribute to arduino-libraries/Arduino_SecureElement development by creating an account on GitHub.
github.com
August 19, 2026 at 10:20 AM
Arduino_SecureElement (1.0.1) by Arduino
➡️ https://github.com/arduino-libraries/Arduino_SecureElement
Arduino Library for the Atmel/Microchip ECC508 and ECC608 and NXP SE050 crypto chips
#ArduinoLibs #ArduinoLibraries
➡️ https://github.com/arduino-libraries/Arduino_SecureElement
Arduino Library for the Atmel/Microchip ECC508 and ECC608 and NXP SE050 crypto chips
#ArduinoLibs #ArduinoLibraries
New on SmallRun — ATMEL AT89LP Standalone/Mass Production Programmer by Microprogrammers. → https://smallrun.net/shop/microprogrammers/atmel-at89lp-standalone-mass-production-programmer
August 10, 2026 at 3:35 PM
New on SmallRun — ATMEL AT89LP Standalone/Mass Production Programmer by Microprogrammers. → https://smallrun.net/shop/microprogrammers/atmel-at89lp-standalone-mass-production-programmer
No, actually C# was sort of a MS bastardized version that I never really found any use for, so I know (remember) little about it.
Yes, ASM is device specific but I once was fluent in several, the X86, 8088, 6510, TI990, TI7000, and Atmel devices (which I still toy with).
Yes, ASM is device specific but I once was fluent in several, the X86, 8088, 6510, TI990, TI7000, and Atmel devices (which I still toy with).
August 9, 2026 at 2:03 PM
No, actually C# was sort of a MS bastardized version that I never really found any use for, so I know (remember) little about it.
Yes, ASM is device specific but I once was fluent in several, the X86, 8088, 6510, TI990, TI7000, and Atmel devices (which I still toy with).
Yes, ASM is device specific but I once was fluent in several, the X86, 8088, 6510, TI990, TI7000, and Atmel devices (which I still toy with).
Beckhoff BK5200 od środka - budowa przemysłowego łącznika DeviceNet z CAN: Beckhoff BK5200 to rozebrany przemysłowy łącznik DeviceNet, ujawniający wielopłytkową architekturę łączącą terminale I/O K-Bus z magistralą CAN.
Główną logikę tworzą 16-bitowy mikrokontroler Siemens SAB-C165-LM, kontroler…
Główną logikę tworzą 16-bitowy mikrokontroler Siemens SAB-C165-LM, kontroler…
Beckhoff BK5200 od środka - budowa przemysłowego łącznika DeviceNet z CAN
Beckhoff BK5200 to rozebrany przemysłowy łącznik DeviceNet, ujawniający wielopłytkową architekturę łączącą terminale I/O K-Bus z magistralą CAN.
Główną logikę tworzą 16-bitowy mikrokontroler Siemens SAB-C165-LM, kontroler CAN Philips SJA1000T oraz CPLD Altera EPM7032LC44-15.
BK5200 obsługuje do 64 terminali K-Bus, pracuje z zasilaniem 24 V i oferuje prędkości DeviceNet 125/250/500 kBaud.
Pamięć obejmuje dwa SRAM PDM41256SA15SO po 32 KB oraz EEPROM Atmel AT28C256 32 KB, a komunikację izolują transoptory HCPL-0601.
Na płycie CPLD widnieje nietypowy rezystor przewlekany dolutowany do nóżki układu Altera; nie ustalono, czy to naprawa serwisowa czy fabryczna poprawka.
Cały artykuł na stronie głównej elektroda.
www.elektroda.pl
August 9, 2026 at 11:54 AM
Beckhoff BK5200 od środka - budowa przemysłowego łącznika DeviceNet z CAN: Beckhoff BK5200 to rozebrany przemysłowy łącznik DeviceNet, ujawniający wielopłytkową architekturę łączącą terminale I/O K-Bus z magistralą CAN.
Główną logikę tworzą 16-bitowy mikrokontroler Siemens SAB-C165-LM, kontroler…
Główną logikę tworzą 16-bitowy mikrokontroler Siemens SAB-C165-LM, kontroler…