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PiEmbSysTech - Embedded Systems & VLSI Lab

Learn, Innovate & Share - Engineer the Future

Home
Embedded
- E-Core
  - HSI
  - MCU
  - MPU
  - DPU
  - TPU
  - LPU
  - NPU
  - APU
  - QPU
  - VPU
  - FPGA
  - GPU
- E-Tech
  - Robotics
  - IoT
  - AIML
  - Quantum Computing
- Boot Loader
  - Boot Loader
  - RBL
  - BM
  - BL-Updater
  - PBL
  - SBL
  - FBL
  - Secure Bootloader
- Boards
- E-Tools
Processor
- Intel MPU
  - 8085
  - 8086
  - i4004
  - i8008
  - i8080
  - i80286
  - i80386
  - i80486
- Intel MCU
  - 8052
  - 8051
- Power PC
- AVR
- ARM
- PIC
- MIPS
P-Languages
- GPL1
  - Prolog
  - Smalltalk
  - Ocaml
  - Scratch
  - Logo
  - Eiffel
  - XSLT
  - Haskell
  - Odin
- GPL2
  - APL
- Embedded
  - Assembly
  - Embedded C
  - Embedded Linux
  - CPP (C++)
  - Rust
  - Ada
  - CAPL
  - Forth
- VLSI
  - Verilog
  - VHDL
- Mob App
  - Swift
  - Dart
  - React Native
  - Kotlin
- Desk App
  - Lisp
  - Chapel
  - Elixir
  - ZigLang
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  - R
  - S
  - Julia
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- Full Stack
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  - Hack
  - Racket
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  - Haskell
  - Fortran
  - Erlang
- DSL
- DSL
- QDL
- FLL
- EEL
- DB1
  - T-SQL
  - CQL
  - PLSQL
  - PL/pgSQL
  - HiveQL
  - ARSQL
  - SQL
  - N1QL
- DB2
  - GraphQL
  - Gremlin
  - BQL
  - Neo4jCQL
  - KQL
  - Pig Latin
  - Spark SQL
  - Datalog
  - SPARQL
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OS
- GPOS
  - Windows OS
  - Mac OS
  - Linux OS
  - Android OS
- RTOS_1
- RTOS_2
  - QNX RTOS
  - OSEK
  - eCos RTOS
  - Zephyr RTOS
  - Contiki RTOS
  - OpenWrt
  - Micrium µC/OS
- RTOS_3
  - TinyOS
  - RIOT OS
  - Mbed OS
  - ChibiOS/RT
  - μC/OS RTOS
  - Embedded Linux
  - μClinux
- RTOS_4
  - RTLinux
  - RT-Thread
  - VRTX
  - INTEGRITY
  - CMSIS-RTOS
  - NuttX RTOS
  - Ubuntu Core
- RTOS_5
  - RTEMS
  - pSOS
  - Micrium µC/OS
  - LynxOS
  - TenAsys INtime
Protocol
- Wired
  - GPIO
  - PWM
  - UART
  - 1-Wire
  - USART
  - RS-232
  - RS-485
  - I2C
  - MIPI I3C
  - SPI
  - EtherNet
  - USB
  - JTAG
- M-Board
  - SMBus
  - PCIe
  - SDIO
- Avionic
  - ARINC Protocol
  - MIL-STD-1553
  - AFDX
  - E-A664-5
  - CANaerospace
  - SpaceWire
  - ATN
  - ASTERIX
  - ADS-B
  - VDL-M2
  - FANS
  - ACARS
  - ISC
- Auto.1
  - CAN
  - CAN-FD
  - CAN-XL
  - CAN-TP
  - SAE J1939
  - LIN
  - FlexRay
  - FlexRay-TP
- Auto.2
  - SAE-J1708
  - ByteFlight
  - Automotive BAP
  - MOST
  - SENT
  - K-Line
  - SOME/IP
- Diag.
  - KWP-2000
  - UDS Protocol
  - DoCAN
  - XCP
  - DoIP
  - ISO-15031
  - OBD-II
  - GMLAN
- Industrial
  - MODBUS
  - Profibus
  - LINX
  - EtherCAT
  - SmartGrid-PLC
  - PROFINET
  - DeviceNet
  - OPC-UA
  - CANopen
  - HART
  - FF-BUS
  - AS-I
  - BACnet
  - ControlNet
  - MTConnect
  - POWERLINK
- WRLS1
  - RFID
  - NFC
  - BlueTooth
  - Wi-Fi
  - MiWi
  - LoRaWAN
  - 6LoWPAN
  - XBEE
  - DSRC
  - CV2X
  - Z-Wave
  - Thread
  - NB-IoT
- WRLS2
  - Sub-1
  - WirelessHART
  - Weightless
  - M-Bus
  - DASH7
  - INSTEON
  - Mioty
  - RPMA
  - Whispir
  - Wi-SUN
  - EnOcean
  - LTE-M
  - Sigfox
- InterNet
  - LAN
  - IP
  - TCP/IP
  - UDP/IP
  - HTTP
  - MQTT
  - MQTT-SN
  - CoAP
- Sound
  - I2S
  - PCM
  - SPDIF
  - AES3
  - DMIC
  - AC’97
  - MIDI
  - A2DP
  - WiSA
  - Dante
  - AVB
  - DSD
  - RAAT
- Video
  - HDMI
  - MIPI CSI-2
  - MIPI DSI
  - DALI
  - DMX512
- Power
  - PoE
  - PCB
  - MIPI-BIF
  - OCPP
  - IPMI
  - PMBus
  - QIWC
  - RIC
  - USB-PD
VLSI
- Semiconductor
  - Semiconductor Basics
- VLSI Basics
- ASIC
- Design Flow RTL 2 GDSII
Automotive
- Auto Tech’s
- Auto Testing Tools
  - CanaLyzer
  - Canoe
- Auto Architectures
  - Automotive Architecture
  - Automotive ECU
AUTOSAR
- Classic Autosar
- Adaptive AutosarNEW
  - Adaptive AUTOSAR
Blog

ISO 26262 Part 5 hardware development infographic showing SPFM, LFM, PMHF metrics, FMEDA analysis, diagnostic coverage, and fault classification in automotive functional safety

ISO 26262 Part 5 Hardware Development

By Bisworanjan Swain / Automotive Electronics / ISO 26262 Protocol

ISO 26262 Part 5 Hardware Development: SPFM, LFM, PMHF, FMEDA […]

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ISO 26262 Part 5 Hardware Development Read More...

ISO 26262 Part 4 system-level development diagram showing technical safety concept, system architecture design, safety requirements, FMEA, FTA, and validation process in automotive functional safety

ISO 26262 Part 4 System-Level Development: Technical Safety Concept & Architecture Guide

By Bisworanjan Swain / Automotive Electronics / ISO 26262 Protocol

ISO 26262 Part 4 System-Level Development: Technical Safety Concept, Architecture,

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ISO 26262 Part 4 System-Level Development: Technical Safety Concept & Architecture Guide Read More...

ISO 26262 Part 3 concept phase diagram showing item definition, HARA hazard analysis risk assessment, ASIL determination, and safety goals in automotive functional safety

ISO 26262 Part 3 Concept Phase: HARA, Hazard Analysis & Safety Goals Guide

By Bisworanjan Swain / Automotive Electronics / ISO 26262 Protocol

ISO 26262 Part 3 Concept Phase: HARA, Hazard Analysis, Risk

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ISO 26262 Part 3 Concept Phase: HARA, Hazard Analysis & Safety Goals Guide Read More...

ISO 26262 Part 2 Functional Safety Management: Complete Guide

By Bisworanjan Swain / Electronics Technology

ISO 26262 Part 2 Functional Safety Management: Safety Culture, Safety

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ISO 26262 Part 2 Functional Safety Management: Complete Guide Read More...

ISO 26262 Part 1 Vocabulary: Automotive Functional Safety Terms Explained

By piembsystech / Automotive Electronics / AUTOSAR, E2E

ISO 26262 Part 1 – Vocabulary and Key Terminology Explained

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