USB Powered Hubs
There are millions of devices that rely on USB for power. Using a powered USB Hub should be a must for any SITCore developer.
Productivity Enhancements
• Debugging
• Memory Management
• Unmanaged Heap
• NuGet based libraries
• Mass production tools
• Device Info
Modern OS Features
• Multithreading
• Reflection
• Collections
• Serialization
• Encoding & Decoding
• Application Domain
• Marshal
• Regex
Learn More.
Application Security
• IP protection
• Encrypted in-field update
• Secure storage area
• Secure boot
Data Security
• TLS 1.3
• Cryptography
• Hashing
Learn More
Networking
• Networking Core
• HTTP/HTTPS
• MQTT
• PPP
• TLS 1.3
Interfaces
• WiFi
• Ethernet
• Cellular
Cloud support
• Azure, AWS, Google
• IFTTT, Adafruit IO
Learn More
Pin Level Control
• GPIO
• PWM
• Analog in/out
• Signal Control
Data Buses
• SPI
• I2C
• UART
• USB
• CAN
• 1-Wire
Learn More
• Versatile display options
• Touch screen support
• Powerful UI framework
• Native graphics
• Image decoders
• Font support
• Camera interface
• MJPEG video
• Audio playback
Learn More
• USB CDC/WinUSB
• SQLite database
• File system
• SD/MMC cards
• Modbus
• Power management
• Watchdog timer
• Real time clock
• Timers
• Resources
Learn More
There are millions of devices that rely on USB for power. Using a powered USB Hub should be a must for any SITCore developer.
Today’s Spotlight is on a project by @RoSchmi who built a project showing Amazon Web Services (AWS) through TinyCLR OS on the SITCore development board.
Many of our SITCore boards include the MikroBUS socket, giving you a long list of available plug-and-play modules.
Most IoT designs utilize one of the available networking interfaces, like WiFi modules, and assume they have a secure connection. They do NOT!
Companies need a way to protect their applications from piracy, and TinyCLR OS on SITCore boards gives you exactly what you need!